General Scenario for Case Studies on Strategic Shift at AutoTech GmbH

 

Introduction

In this learning unit, you will explore how strategic management techniques can be applied to drive organizational success. You will learn how to conduct business strategy analysis, business field strategy analysis, and SWOT analysis to derive organizational goals. These analyses provide a clear understanding of an organization’s current state and help define its desired future state. The strategic goals identified through this process guide the development of a portfolio of initiatives aimed at achieving the desired transformation.

Using business cases within the portfolio management process, you will learn how to create a matrix to evaluate and compare different types of projects—ranging from research and development initiatives, market entry strategies, and operational efficiency improvements to risk management enhancements and leadership development programs. By understanding how to assess these diverse initiatives within various strategic programs you will gain insight into the decision-making process that determines which projects should be prioritized and executed first.

In summary, you will develop a clear understanding of how projects are incepted, prioritized, and authorized within a strategic framework, reflecting real-world processes and decision-making.

To illustrate these concepts, we have created a detailed scenario for AutoTech GmbH, a fictitious company undergoing a significant transformation initiative. AutoTech’s corporate goals are addressed through a structured portfolio and program management approach, where individual projects serve as essential puzzle pieces that together achieve the organization’s long-term vision. The result of this strategic and portfolio management process is a clear understanding of AutoTech GmbH’s current state, its future state, and the means to achieve that future state. These means are organized into programs within a comprehensive portfolio, with each program aligned with specific strategic objectives.

Your Task

You will select one project from the different programs presented within the portfolio. For the purposes of this exercise, assume that your selected project has been approved for execution by the portfolio authority.

To assist you, we provide three sample solutions based on projects covering product development, market development, and human capital development. These examples serve as models for resolving case studies on project management, specifically in developing a problem/opportunity statement, a project charter, and a project management plan.

Additionally, leverage the other learning units provided in the series to deepen your understanding of project management principles and practices. These resources will equip you with the knowledge needed to apply best practices in your case study resolution.

By defining the problem to be solved or the opportunity to be exploited, logically shaping the initiative in a project charter, and planning its development and implementation in the project management plan for one of the numerous projects presented in the scenario, you and your team will transform theoretical knowledge into practical skills. This is the core purpose of the case study technique.

 

 

General Scenario for Case Studies on Strategic Shift at AutoTech GmbH

AutoTech GmbH, based in Stuttgart, Germany, operates in the automotive manufacturing industry, focusing on producing high-performance engine and traditional powertrain components. The company provides reliable, efficient, and sustainable solutions to the automotive sector. AutoTech’s mission is to deliver high-quality components while its vision is to become the leading supplier in the German automotive sector, recognized for technological advancements and a commitment to excellence. Serving major clients such as BMW, Mercedes-Benz, and Volkswagen, AutoTech is a key player in the industry, known for its innovation and quality.

Organizational Structure of AutoTech GmbH

Executive Management Team (C-suite) – Overview

  • Chief Executive Officer (CEO) – Mr. Alexander Weissleder
  • Chief Financial Officer (CFO) – Ms. Anna Wilhelm
  • Chief Operating Officer (COO) – Mr. Aleksander Aleksy
  • Chief Technology Officer (CTO) – Mr. Lorenzo Teslacci
  • Chief Sales Officer (CSO) – Mr. Jürgen Weber
  • Chief Human Resources Officer (CHRO) – Ms. Katrin Hoffmann

Departmental Responsibilities under the Executive Management Team

  • Chief Executive Officer (CEO) – Mr. Alexander Weissleder
    • Project, Program, and Portfolio Management Office (P3MO): Head: Mr. Martin Keller
    • Corporate Affairs Office: Head: Ms. Lise Messerschmidt
      • Corporate Strategy: Head: Mr. James Montgomery
      • Corporate Communications: Head: Ms. Sophie Dubois
      • Legal, Compliance, and Internal Audit: Head: Ms. Martina Fischer
      • Sustainability & Corporate Social Responsibility: Head: Mr. Hiroshi Tanaka
      • Risk Management: Head: Mr. Marco Rossi
  • Chief Financial Officer (CFO) – Ms. Anna Wilhelm
    • Department Finance and Controlling: Head: Ms. Claudia Kowalski
    • Department Financial Planning and Analysis: Head: Mr. Frank Bauer
    • Department Taxes: Head: Ms. Petra Nowak
  • Chief Operating Officer (COO) – Mr. Aleksander Aleksy
    • Department Production and Quality Control: Head: Mr. Stefan Braun
    • Department Logistics and Supply Chain Management: Head: Ms. Anja Altmann
    • Department Procurement and Facility Management: Head: Mr. Luca Romano
  • Chief Technology Officer (CTO) – Mr. Lorenzo Teslacci
    • Department Research and Development (R&D) and Innovation Management: Head: Mr. Thomas Richter
    • Department IT and Technical Support: Head: Mr. Andrei Kochkarov
    • Department Product Development and Technology Strategy: Head: Mr. Michael Neumann
  • Chief Sales Officer (CSO) – Mr. Jürgen Weber
    • Department Sales and Business Development: Head: Ms. Laura Schmidt
    • Department Customer Service and Support as well as Account Management: Head: Mr. Carlos Gonzalez
    • Department Marketing and Market Research: Head: Ms. Christina Wolf
  • Chief Human Resources Officer (CHRO) – Katrin Hoffmann
    • Department Recruitment and Development: Head: Ms. Sabine Fischer
    • Department Compensation, Benefits, and Employee Relations: Head: Mr. Mehmet Yildiz
    • Department Labor Law and Health & Safety: Head: Ms. Claire Dubois

Product Portfolio:

  • High-Performance Engine Components:
    • Advanced fuel injectors
    • Turbochargers and superchargers
    • Performance pistons
  • Traditional Powertrain Components:
    • Engine control units
    • Transmission systems

Sales Performance

Turnover Distribution Over the Last 5 Years

Over the past five years, AutoTech has experienced a notable decline in turnover across most of its product categories, except for Engine Control Units. The company’s total turnover decreased from €130 million to €112 million, representing a 13.85% reduction. This decline underscores the urgent need for strategic changes and diversification to address the shifting demands within the automotive industry, particularly the move towards electric vehicles (EVs).

The table below shows the turnover distribution of AutoTech across its various product categories over the past five years, including the percentage change from the previous year. Turnover is in million euros (€M):

Product Category Year -5 (€M) Year -4 (€M) Year -3 (€M) Year -2 (€M) Year -1 (€M)
High-Performance Engine Components
Advanced Fuel Injectors 35

34

(-2.86%)

32

(-5.88%)

30

(-6.25%)

28

(-6.67%)
Turbochargers and Superchargers 30

28

(-6.67%)

27

(-3.57%)

25

(-7.41%)

23

(-8.00%)
Performance Pistons 22

21

(-4.55%)

20

(-4.76%)

19

(-5.00%)

18

(-5.26%)
Subtotal 87

83

(-4.60%)

79

(-4.82%)

74

(-6.33%)

69

(-6.76%)
Traditional Powertrain Components
Engine Control Units 18 19 (+5.56%) 20 (+5.26%) 21 (+5.00%) 22 (+4.76%)
Transmission Systems 25

24

(-4.00%)

23

(-4.17%)

22

(-4.35%)

21

(-4.55%)
Subtotal 43

43

(0.00%)

43

(0.00%)

43

(0.00%)

43

(0.00%)
Total Turnover 130

126

(-3.08%)

122

(-3.17%)

117

(-4.10%)

112

(-4.27%)

Note: Year -1 is the most recent year. Turnover is in million euros (€M).

Data Analysis

The decline in turnover highlights several key issues:

  • Market Shifts: The automotive industry’s transition towards EVs is significantly impacting the demand for traditional ICE components.
  • Product Impact: Products such as advanced fuel injectors, turbochargers, superchargers, and performance pistons are more affected by this shift, leading to decreased turnover.
  • Resilient Products: Engine Control Units have shown resilience and growth potential, indicating an area where the company can focus its efforts.
  • Strategic Necessity: There is a pressing need for AutoTech to diversify its product offerings and focus on emerging technologies such as EV components to adapt to market changes and mitigate declining revenues.

Conclusion

AutoTech must address these challenges through strategic initiatives aimed at innovation, market expansion, and diversification. By realigning its product portfolio and investing in new technologies, particularly those related to electric vehicles, the company can better position itself to meet the evolving demands of the automotive industry and achieve sustainable growth.

Strategic Workshop Overview

During the summer, the executive management team and all the heads of departments at AutoTech participated in a one-week strategic workshop facilitated by StrategyLabs Consulting. The purpose of this intensive workshop was to comprehensively analyze the company’s business strategy and business field strategy. The result of this collaborative effort is the following detailed analysis, including a consolidated SWOT analysis that identifies the strengths, weaknesses, opportunities, and threats facing AutoTech.

Strategic Analysis

Business Strategy

  • Products: Focused on high-performance engine components and traditional powertrain components.
  • Markets: Primarily catering to major German automotive manufacturers like BMW, Mercedes-Benz, and Volkswagen, which are heavily invested in internal combustion engine vehicles.
  • Evaluation:
    • Strengths: Strong relationships with traditional automotive manufacturers, high performance, and quality of engine and powertrain components.
    • Weaknesses: Limited diversification, heavy reliance on a declining market (internal combustion engines), minimal presence in emerging EV markets.

Business Field Strategy

  • Cost Leadership: Not Practiced. AutoTech does not focus on cost leadership. Their production involves small series tailored to specific client requirements, which does not allow for the economies of scale typically associated with cost leadership. Their manufacturing processes prioritize quality over cost minimization, resulting in medium cost efficiency but not positioning them as a low-cost producer.
  • Specialization: Not Practiced: AutoTech does not practice specialization in the classical sense where a company develops and markets unique, proprietary products independent of specific client requirements. Instead, they produce components based on the specifications and commands of their automotive clients. This reactive approach limits their innovation potential and brand recognition outside their existing client base.
  • Focus Strategy (Niche): Practiced. AutoTech operates in a niche by focusing on supplying high-performance and traditional powertrain components to specific major German automotive manufacturers. This niche market strategy leverages strong relationships and a deep understanding of the needs of these premium automotive manufacturers. Their products are tailored to the exact specifications of their clients, ensuring precise alignment with client requirements.

SWOT Analysis

Strengths Weaknesses
Strong Client Relationships: Established strong relationships with major German automotive giants such as BMW, Mercedes-Benz, and Volkswagen. Limited Diversification: Heavy reliance on internal combustion engine vehicles, with minimal presence in the emerging EV markets.
High Performance and Quality: Known for high-performance engine components and traditional powertrain components, maintaining high quality standards. High Dependency: High dependency on a few major clients increases vulnerability to market and client shifts.
Customized Solutions: Ability to produce highly customized products tailored to specific client requirements, ensuring precise alignment with client needs. Reactive Innovation: Innovation driven primarily by client specifications rather than proactive internal development, limiting broader market recognition and differentiation.
Deep Market Understanding: Strong understanding of the needs and specifications of premium German OEMs. Market Limitation: Focusing on a narrow niche limits market size and growth potential.
Potential Quality Trade-Offs: Shifting towards cost leadership could compromise the high quality and customization currently provided.
Narrow Focus: Over-specialization could limit market opportunities and make the company more vulnerable to shifts within that specific niche.

 

Opportunities Threats
Expansion into EV Market and Strategic Alliances: Potential to diversify product offerings for electric vehicle components and form strategic alliances with other leaders in the field to enhance innovation and market reach. Market Shifts: The automotive industry’s shift towards electric vehicles and sustainable technologies could reduce demand for traditional powertrain components.
Broaden Client Base: Opportunity to expand the client base beyond current major automotive manufacturers, including targeting automotive manufacturers outside of Germany. Economic Fluctuations: Economic downturns or fluctuations in the automotive market could impact client budgets and demand for components.
Diversification into New Industries and Markets: Exploring opportunities in adjacent industries such as aerospace, defense, or renewable energy both within Germany and globally could diversify revenue streams, reduce dependency on the automotive sector, and open new market segments. This includes forming strategic partnerships or alliances to enhance innovation and market reach. Competitive Pressure: Increased competition from other suppliers who may be more advanced in EV technology and innovation.
Leadership in Emerging Technologies: Specializing in EV components or other emerging technologies could position AutoTech as a leader. Technological Advances: Rapid advancements in automotive technology, particularly in EVs, could outpace the company’s current specialization, making existing products obsolete.
Potential for Cost Efficiency: If AutoTech were to adopt cost leadership, they could achieve cost efficiencies through economies of scale, especially if they expand their production capabilities. Brand Perception: Transitioning to cost leadership could negatively impact the brand’s perception of quality and exclusivity.
Enhanced Expertise: Further specializing in a niche area could deepen the company’s expertise and reputation as a leader in that specific field. Market Volatility: High dependence on a specialized market segment could expose AutoTech to volatility and fluctuations specific to that niche.

Portfolio Workshops

Given the results of the Strategic Workshop, the Executive Management Team decided to create the Project Program and Portfolio Management Office (P3MO) as shown in the organizational structure. Under the leadership of the Head of P3MO, Martin Keller, a series of animated workshops were conducted both by specific areas and in plenary sessions. These workshops resulted in the development of the following Portfolio of Programs. Each program is designed to address the opportunities, threats, and weaknesses identified in the SWOT analysis.

List of Programs

  1. Diversification and Innovation Program (DIP)
  • Purpose: Diversify product offerings and foster proactive innovation to enhance market resilience and drive sustainable growth.
  • Expected Outcomes: Development of new product lines, increased R&D initiatives, and enhanced brand recognition as an innovator in the automotive industry.
  • Benefits:
    • Increased market adaptability and resilience
    • Broader product portfolio reducing risk
    • Enhanced market position and competitive edge
  • Key Elements: Establish R&D team, identify potential products, launch pilot projects, evaluate and scale successful pilots.
  1. Global Market Expansion Program (GMEP)
  • Purpose: Expand the client base and enter new markets to reduce dependency on current major automotive manufacturers and achieve revenue diversification.
  • Expected Outcomes: Successful entry into new markets, diversified revenue streams, and reduced client dependency.
  • Benefits:
    • Greater revenue stability and growth
    • Reduced business risk from reliance on few clients
    • Enhanced global market presence
  • Key Elements: Conduct market research, develop market entry strategies, form strategic alliances, conduct marketing and sales initiatives.
  1. Cost Efficiency Enhancement Program (CEEP)
  • Purpose: Achieve significant cost efficiencies while maintaining high-quality standards to improve financial performance and competitiveness.
  • Expected Outcomes: Reduced production costs, increased competitiveness, and improved profit margins.
  • Benefits:
    • Higher profit margins and financial health
    • Increased operational efficiency and productivity
    • Enhanced competitiveness in the market
  • Key Elements: Optimize manufacturing processes, invest in automation, implement lean manufacturing, monitor and evaluate initiatives.
  1. Leadership in Emerging Technologies Program (LETP)
  • Purpose: Maintain and enhance leadership in emerging automotive technologies to strengthen market position and drive innovation.
  • Expected Outcomes: Strengthened market position, enhanced innovation reputation, and increased market share in emerging technologies.
  • Benefits:
    • Leading market position in cutting-edge technologies
    • Enhanced reputation as an industry innovator
    • Increased market share and future growth potential
  • Key Elements: Invest in R&D for EV components, collaborate with industry leaders, develop and launch advanced products, monitor industry trends.
  1. Risk Management Program (RMP)
  • Purpose: Enhance market resilience and reduce economic vulnerability through the development and implementation of comprehensive risk management strategies ensuring proactive and adaptive handling of risks.
  • Expected Outcomes: Improved market resilience, reduced economic vulnerability, and enhanced risk management practices.
  • Benefits:
  • Increased organizational stability and security
  • Reduced impact of market and economic fluctuations
  • Improved risk management and compliance
  • Key Elements: Conduct risk assessments, develop and implement risk response strategies (e.g., avoidance, transfer, mitigation, acceptance), establish a continuous monitoring system, train employees on best practices
  1. Leadership and Employee Development Program (LEDP)
  • Purpose: To enhance organizational stability and growth by developing leadership capabilities and fostering a productive and engaged workforce.
  • Expected Outcomes: A robust leadership pipeline, improved employee engagement, multicultural competency, and strategic alignment with AutoTech’s global expansion efforts.
  • Benefits:
  • Strengthened leadership across all levels.
  • Increased employee satisfaction and retention.
  • Enhanced global collaboration and cultural competency.
  • Improved communication and innovation strategies.
  • Key Elements: Implement structured leadership development and succession planning, develop employee wellness and engagement initiatives, enhance multicultural competency and global integration, revamp corporate communication strategies, conduct workshops to align corporate strategy and foster innovation, design training programs on emerging automotive technologies.

List of potential projects

Appendix 1 shows a full list of 35 potential projects that have been identified to align with each strategic program designed to address the opportunities, threats, and weaknesses identified in the SWOT analysis. Each project supports the purposes, expected outcomes, and benefits of its corresponding program, ensuring that AutoTech can effectively leverage its strengths and enhance its market position.

Current State and Future State

The following table shows the current state (before the programs) and the future state (after the programs) of the business strategy and the business field strategy.

Aspect Current State Future State
Business Strategy
Products Focused on high-performance engine components (advanced fuel injectors, turbochar-gers, superchargers, performance pistons) and traditional powertrain components (engine control units, transmission systems).
  • Continued high-performance engine components.
  • Diversified into advanced EV components, hydrogen fuel cells, and renewable energy solutions.
  • Incorporated new technologies such as AI-based predictive maintenance systems, custom 3D-printed engine parts, and lightweight materials.
Markets Primarily catered to major German automotive giants like BMW, Mercedes-Benz, and Volkswagen, with heavy reliance on the internal combustion engine vehicle market.
  • Maintained relationships with major German automotive giants.
  • Entered new markets including North America, China, India, and the aerospace sector.
  • Formed strategic partnerships with new automotive startups (Rivian) and renewable energy companies (Siemens Gamesa).
Evaluation: Strengths Strong relationships with traditional automotive manufacturers, high performance, and quality of engine and powertrain components.
  • Expanded client base with strategic partnerships (Tesla, BYD).
  • Diversified product portfolio with advanced technologies.
  • Proactive innovation through R&D.
Evaluation: Weaknesses Limited diversification, heavy reliance on a declining internal combustion engine market, and minimal presence in EV markets.
  • Managing the complexity of a diversified product line.
  • Balancing traditional product lines with emerging technologies.
Business Field Strategy
Cost Leadership Not practiced. Focused on small series tailored to specific client requirements, prioritizing quality over cost minimization.
  • Partially practiced.
  • Implemented improvements in lean manufacturing, IT infrastructure, and automated assembly lines to achieve higher cost efficiency while maintaining quality.
  • Enhanced operational efficiency through supply chain optimization and cost reduction initiatives.
Specialization Not practiced in the classical sense. Produced components based on specific client requirements, limiting innovation potential and broader market recognition.
  • Practiced.
  • Focused on proprietary products in EV components, hydrogen fuel cells, and advanced battery management systems.
  • Dedicated R&D teams and innovation hubs foster proactive innovation, enhancing AutoTech’s brand as a technological leader.
Focus Strategy (Niche) Operated in a niche by supplying high-performance and traditional powertrain components to specific major German automotive manufacturers. Products tailored to the exact specifications of premium automotive manufacturers.
  • Enhanced focus.
  • Continued supplying high-performance engine components and powertrain components for premium automotive manufacturers.
  • Expanded niche to include EV and green technologies, providing highly specialized and innovative solutions tailored to both existing and new client needs.

The following table shows the current state (before the programs) and the future state (after the programs) of strengths, weaknesses, opportunities, and threats.

Category Aspect Current State Future State
Strengths Expanded Client Relationships Strong relationships with major German automotive giants such as BMW, Mercedes-Benz, and Volkswagen. Enhanced relationships with existing clients and new strategic partnerships with international and emerging market clients (e.g., Tesla, BYD, Tata Motors, Rivian).
High Performance and Quality Known for high-performance engine components and traditional powertrain components, maintaining high-quality standards. Maintained high performance and quality in new product developments, including advanced EV components and green technologies.
Customized Solutions Ability to produce highly customized products tailored to specific client requirements. Expanded customization capabilities to meet the specific needs of new markets and advanced technologies (e.g., AI-based predictive maintenance systems, custom 3D-printed engine parts).
Deep Market Understanding Strong understanding of the needs and specifications of premium German OEMs. Broadened market understanding to include diverse global markets and new sectors such as aerospace and renewable energy.
Proactive Innovation Innovation driven primarily by client specifications. Proactive innovation culture fostered by dedicated R&D teams and new technology hubs.
Operational Efficiency Medium cost efficiency. Enhanced operational efficiency through optimized processes, lean manufacturing, and IT infrastructure modernization.
Leadership and Employee Development Existing leadership and employee development practices. Comprehensive programs for leadership development, employee wellness, and multicultural competency.
Weaknesses Diversification Limited diversification, heavily reliant on internal combustion engine vehicles. Expanded diversification into EV components, green technologies, and new industries.
Client Dependency High dependency on a few major clients. Reduced dependency through market expansion and a broader client base.
Innovation Approach Reactive innovation. Shift towards proactive innovation with dedicated R&D efforts and strategic partnerships.
Market Limitation Focusing on a narrow niche limits market size and growth potential. Expanded market opportunities through global market expansion and diversification strategies.
Cost Leadership Potential quality trade-offs if cost leadership is adopted. Improved cost efficiency while maintaining quality standards through targeted initiatives.
Specialization Over-specialization could limit market opportunities. Balanced specialization in high-performance components and emerging technologies.
Opportunities EV Market Expansion Potential to diversify product offerings for EV components. Successfully expanded into the EV market with new products such as advanced fuel injectors, battery management systems, and hydrogen fuel cell components.
Strategic Alliances Potential for forming strategic alliances. Established strategic alliances with universities, defense sectors, and industry leaders.
Broadened Client Base Opportunity to expand the client base beyond major German automotive manufacturers. Successfully expanded the client base to include North America, China, and emerging markets.
New Industry Diversification Exploring opportunities in adjacent industries. Diversified into the aerospace market and renewable energy sectors.
Cost Efficiency Potential for cost efficiencies through economies of scale. Achieved cost efficiencies through automation, lean manufacturing, and IT modernization.
Employee Development Opportunity to enhance employee development. Implemented comprehensive programs for employee wellness, engagement, and leadership development.
Threats Market Shifts The shift towards EVs could reduce demand for traditional powertrain components. Mitigated by developing and introducing relevant EV technologies and green solutions.
Economic Fluctuations Economic downturns could impact demand. Enhanced market resilience through comprehensive risk management and diversification.
Competitive Pressure Increased competition from suppliers advanced in EV technology. Strengthened competitive position through innovation and new product offerings.
Technological Advances Rapid advancements could outpace current specializations. Maintained leadership in emerging technologies through proactive R&D and strategic partnerships.
Brand Perception Cost leadership could impact brand perception. Balanced cost efficiency with quality, maintaining brand integrity.
Market Volatility High dependence on a specialized market segment. Reduced volatility through market expansion and diversification strategies.

Process Report on the Program and Project Portfolio

  1. Introduction

This report outlines the results of the project portfolio management process for AutoTech GmbH, following a strategic analysis that included a business strategy analysis, business field strategy analysis, and SWOT analysis. The objective of the process was to evaluate and select projects that align with the company’s strategic goals and resource capabilities.

  1. Project Identification and Preliminary Screening

A total of 35 potential projects were initially identified from the strategic analysis. These projects were distributed across six strategic programs, each designed to address specific objectives and opportunities highlighted by the analysis:

  1. Diversification and Innovation Program (DIP)
  2. Global Market Expansion Program (GMEP)
  3. Cost Efficiency Enhancement Program (CEEP)
  4. Leadership in Emerging Technologies Program (LETP)
  5. Risk Management Program (RMP)
  6. Leadership and Employee Development Program (LEDP)

Preliminary Screening

A preliminary screening process was conducted to narrow down the list from 35 projects to 9, focusing on high-level strategic alignment, feasibility, and resource availability. The outcome of this screening was the creation of a short list of 9 projects, selected for further detailed evaluation.

  1. Short-Listed Projects

The 9 projects selected after the preliminary screening represent a diverse mix of initiatives across the strategic programs, with a strong emphasis on the criteria used during the screening process:

Program Initiatives
Diversification and Innovation Program (DIP): DIP-01: Advanced Fuel Injectors for hybrid vehicles
DIP-04: High-Performance Pistons. Production Scale-Up
Global Market Expansion Program (GMEP): GMEP-01: North American Market Entry Strategy
GMEP-03: Chinese Market Entry Comprehensive Plan
Cost Efficiency Enhancement Program (CEEP): CEEP-02: Supply Chain Optimization
Leadership in Emerging Technologies Program (LETP): LETP-02: Next-Generation Battery Management Systems
Risk Management and Mitigation Program (RMP): RMP-05: Corporate Sustainability Initiative
Leadership and Employee Development Program (LEDP): LEDP-02: Leadership Development and Succession Planning
LEDP-04: Corporate Communications Strategy Revamp
  1. Development of Business Cases

For each of the 9 short-listed projects, a detailed business case was developed. These business cases included:

  • Strategic Alignment
  • ROI
  • Risk Mitigation
  • Innovation Potential
  • Cost Efficiency
  • Resource Availability

Example Business Case Highlights:

  • DIP-01: Advanced Fuel Injectors for Hybrid Vehicles
    • Goal: Develop advanced fuel injectors tailored for BMW’s hybrid vehicles to maintain market relevance.
    • Estimated Cost: €7.5 million.
    • Estimated Benefits: €12.5 million cumulative net profit over 5 years, strengthened strategic partnership with BMW.
    • Expected Timeline: 18 months.
    • Key Risks: High technical complexity, mitigated by in-house development, which offers superior strategic control and innovation potential.
    • Options Evaluated: In-house development, outsourcing, joint development with a partner. In-house development was selected for its strategic control and alignment with BMW’s needs.
  • GMEP-01: North American Market Entry Strategy
    • Goal: Establish a subsidiary in the U.S. to achieve a 1.5% market share within 5 years of operations.
    • Estimated Cost: €1.5 million.
    • Estimated Benefits: Long-term growth, strong brand presence, direct customer relationships.
    • Expected Timeline: 18 Months.
    • Key Risks: Moderate operational risk, mitigated by full operational control through establishing a subsidiary.
    • Options Evaluated: Acquiring an existing U.S. automotive supplier, establishing a subsidiary, using an agent, forming a joint venture, direct exporting. Establishing a subsidiary was selected for optimal control and growth potential.
  • LEDP-02: Leadership Development and Succession Planning
    • Goal: Ensure a continuous leadership pipeline to support growth and stability.
    • Estimated Cost: €1.2 million.
    • Estimated Benefits: €900,000 cumulative net profit over 5 years through cost reductions, enhanced organizational stability, leadership continuity.
    • Expected Timeline: 12 months.
    • Key Risks: Moderate, with the hybrid approach offering balanced control and reduced risk.
    • Options Evaluated: Establishing an internal leadership academy, partnering with external providers, adopting a hybrid approach. The hybrid approach was selected for its balanced control, scalability, and alignment with AutoTech’s strategic goals.

Full Content Business Cases

Appendix 2 contains the full text business cases for three projects.

Detailed Evaluation Table:

Project ID

Strat.

Alignment

 ROI

Risk

Mitigation

Innovation

Potential

Cost

Efficiency

Resource

Availability

Total

Score

 Status
DIP-01 5 4 4 5 4 4 26 Approved
GMEP-01 5 5 4 4 4 4 26 Approved
LEDP-02 4 4 4 4 5 5 26 Approved
DIP-04 4 4 3 3 3 4 21 Deferred
GMEP-03 3 4 3 3 3 3 19 Deferred
CEEP-02 4 3 3 2 4 3 19 Deferred
LETP-02 3 3 3 4 3 3 19 Further Review
RMP-05 3 2 3 3 4 3 18 Deferred
LEDP-04 2 2 2 2 2 3 13 Rejected

Scale: 1 to 5, where 5 is the highest.

  1. Final Selection and Status Assignment

Based on the evaluation scores, the following decisions were made:

  • Approved Projects: These projects scored highest and are selected for immediate development.
    • DIP-01: Advanced Fuel Injectors for Hybrid Vehicles
    • GMEP-01: North American Market Entry Strategy
    • LEDP-02: Leadership Development and Succession Planning
  • Deferred Projects: These projects are strategically important but have lower priority or resource constraints.
    • DIP-04: High-Performance Pistons. Production Scale-Up
    • GMEP-03: Chinese Market Entry Comprehensive Plan
    • CEEP-02: Supply Chain Optimization
    • RMP-05: Corporate Sustainability Initiative
  • Further Review: One project requires additional analysis before a final decision.
    • LETP-02: Next-Generation Battery Management Systems
  • Rejected Projects: This project does not align with current priorities.
    • LEDP-04: Corporate Communications Strategy Revamp
  1. Next Steps

For the three approved projects, the next steps involve creating detailed project charters and project management plans. These documents will define the project scope, deliverables, timelines, and resource allocations to ensure successful execution.

The deferred and further review projects will be revisited in future portfolio management sessions, considering future developments in strategic priorities and resource availability.

  1. Documentation and Communication

All decisions, evaluations, and business cases have been meticulously documented and will be communicated to key stakeholders to ensure organizational alignment and transparency. This thorough documentation serves as a foundation for the successful execution of the approved projects and provides a reference for future portfolio reviews and strategic decisions.

Note: The scoring and selection process presented here has been streamlined for the purposes of this case study. For a comprehensive understanding of the full portfolio management process, including more detailed methodologies and strategic considerations, please refer to the learning unit on Strategic Project Management.

 

 

 

Appendix 1 – List of potential projects

Appendix 1 shows a full list of 35 potential projects that have been identified to align with each strategic program designed to address the strengths, weaknesses, opportunities, and threats identified in the SWOT analysis. Each project supports the purposes, expected outcomes, and benefits of its corresponding program, ensuring that AutoTech can effectively leverage its strengths and enhance its market position.

  1. Diversification and Innovation Program (DIP)

  • DIP-01: Advanced fuel injection valves for hybrid vehicles.
    • Need: BMW requires specialized fuel injection valves to improve the performance and efficiency of its hybrid models as the company increasingly shifts towards electric vehicles.
    • Scope: Concept and design, prototype development, testing and validation, pilot production (Germany, BMW).
    • Core activities: Research and development project to create prototypes of advanced fuel injection valves specifically for BMW hybrid vehicles in Germany.
    • Expected outcome: High-performance fuel injection valves that meet the demands of BMW hybrid vehicles.
    • Potential: The project offers the potential to position AutoTech as a key supplier of advanced EV components, strengthen partnerships with BMW, and expand opportunities in the growing EV market.
  • DIP-02: Autonomous driving technologies.
    • Need: Mercedes-Benz requires advanced autonomous driving technologies to stay competitive.
    • Scope: Proof of concept, prototype development, testing and validation, data analysis (Germany, Mercedes-Benz).
    • Core activities: Development and validation of autonomous driving technologies for Mercedes-Benz through a proof-of-concept approach (PoC).
    • Expected outcome: Validated autonomous driving technologies with comprehensive test data and analyses, ready for further development and potential pilot production.
    • Potential: Successful completion of this project could position AutoTech as a leading provider of autonomous driving technologies, create long-term partnerships with Mercedes-Benz, and open doors for future innovations in this field.
  • DIP-03: Turbochargers for Hybrid Vehicles.
    • Need: Volkswagen requires high-performance turbochargers to enhance the efficiency and power output of its hybrid vehicle lineup, addressing the growing demand for higher-performance, eco-friendly hybrid models.
    • Scope: Concept design, prototype development, testing, validation, and pilot production (Germany, Volkswagen). This project will focus on the development of innovative turbochargers that optimize fuel efficiency and performance for Volkswagen hybrid vehicles.
    • Core activities: Research and development of advanced turbochargers, prototype creation for integration into Volkswagen hybrid vehicles, testing and validation of performance and efficiency metrics, and pilot production to ensure scalability and production readiness.
    • Expected outcome: Successfully developed turbochargers that meet Volkswagen’s performance standards and are ready for full-scale production.
    • Potential: This project has the potential to position AutoTech as a key supplier of high-performance turbocharging systems for Volkswagen’s hybrid vehicle strategy, furthering collaboration opportunities and strengthening AutoTech’s role in the hybrid and electric vehicle market.
  • DIP-04: High-performance pistons.
    • Need: BMW requires industrial scaling for mass production of high-performance pistons to meet growing demand for performance hybrid vehicles.
    • Scope: Production scaling (Germany, BMW).
    • Core activities: Industrial scaling for mass production of high-performance pistons for BMW performance hybrid vehicles in Germany.
    • Expected outcome: Mass-produced high-performance pistons that meet BMW’s quality standards.
    • Potential: The production scaling could improve AutoTech’s manufacturing capabilities and secure long-term supply contracts with BMW for their high-performance hybrid vehicles.
  • DIP-05: Intelligent engine control units for electric vehicles.
    • Need: Mercedes-Benz requires advanced engine control units to optimize the performance of its electric vehicles.
    • Scope: Design and production integration (Germany, Mercedes-Benz).
    • Core activities: Development and production of intelligent engine control units for Mercedes-Benz electric vehicles and their integration into the production line in Stuttgart.
    • Expected outcome: Integrated advanced engine control units in the Mercedes-Benz electric vehicle production line.
    • Potential: This project could solidify AutoTech’s role in advanced powertrain solutions and lead to expanded cooperation with Mercedes-Benz as well as increased demand for intelligent engine control units across the industry.
  • DIP-06: Hydrogen fuel cell components.
    • Need: Mercedes-Benz requires reliable fuel cell components for the development of sustainable powertrain solutions.
    • Scope: Prototype development, testing, and validation (Germany, Mercedes-Benz).
    • Core activities: Development and validation of hydrogen fuel cell components for Mercedes-Benz.
    • Expected outcome: Successfully tested and validated hydrogen fuel cell components ready for further development.
    • Potential: Success in this project could position AutoTech at the forefront of hydrogen fuel cell technology, fostering partnerships with Mercedes-Benz and other automakers transitioning to sustainable energy solutions.
  • DIP-07: AI-based predictive maintenance systems.
    • Need: Volkswagen requires intelligent maintenance systems to reduce downtime and maintenance costs.
    • Scope: Development and integration (Germany, Volkswagen).
    • Core activities: Development and implementation of AI-based systems to predict and prevent maintenance issues for Volkswagen automotive parts.
    • Expected outcome: Implemented AI-based predictive maintenance systems for Volkswagen parts.
    • Potential: This project could lead to widespread adoption of AI-based predictive maintenance systems across the automotive industry and establish AutoTech’s role as an innovator in automotive maintenance solutions.
  • DIP-08: Customized engine parts from 3D printing.
    • Need: BMW requires highly customized engine parts to increase production flexibility and efficiency.
    • Scope: Prototype development and testing (Germany, BMW).
    • Core activities: Development and testing of customized engine parts using 3D printing technology for BMW.
    • Expected outcome: Successfully produced and tested customized 3D-printed engine parts for BMW.
    • Potential: Mastering 3D printing technology for automotive parts could give AutoTech a competitive edge by reducing costs and increasing production flexibility, with the potential to expand to other automakers.
  • DIP-09: Sustainable materials.
    • Need: BMW requires sustainable materials to meet its environmental goals.
    • Scope: Research collaboration with university (Germany, University of Stuttgart, BMW).
    • Core activities: Joint research initiative with the University of Stuttgart to develop sustainable materials for BMW automotive components.
    • Expected outcome: Sustainable materials for BMW components.
    • Potential: This project could position AutoTech as a leader in the development of sustainable materials and a key supplier of environmentally friendly automotive components across the industry.
  • DIP-10: Next-generation battery management systems.
    • Need: Volkswagen requires advanced battery management systems to optimize the performance of its electric vehicles.
    • Scope: Research and development and prototype development (Germany, Volkswagen).
    • Core activities: Research and development project to create advanced battery management systems for Volkswagen electric vehicles.
    • Expected outcome: Advanced battery management systems for Volkswagen electric vehicles.
    • Potential: The project offers the opportunity to establish AutoTech as a key innovator in battery management technology, with opportunities for expansion into a broader EV market.
  • DIP-11: Lightweight materials for automotive applications.
    • Need: Mercedes-Benz requires lightweight materials to increase the fuel efficiency and performance of its vehicles.
    • Scope: Research and development and prototype development (Germany, Mercedes-Benz).
    • Core activities: Research and development project to explore and develop new lightweight materials for use in Mercedes-Benz automobiles.
    • Expected outcome: Lightweight materials that improve the efficiency of Mercedes-Benz vehicles.
    • Potential: Success in the development of lightweight materials could position AutoTech as a pioneer in fuel-efficient automotive components and strengthen partnerships with Mercedes-Benz and other manufacturers.
  • DIP-12: Innovation center for green technologies.
    • Need: AutoTech requires an innovation center to research and develop environmentally friendly technologies.
    • Scope: Concept and design, establishment, commencement of operations (Germany, AutoTech).
    • Core activities: Establishment of a dedicated innovation center in Stuttgart for researching and developing environmentally friendly technologies.
    • Expected outcome: Operational innovation center delivering green technology solutions.
    • Potential: The establishment of this center could position AutoTech as a hub for innovation in green technology, creating opportunities for partnerships and leadership in sustainable automotive solutions.
  • DIP-13: Advanced component supply in the defense sector.
    • Need: Rheinmetall requires advanced components for defense applications.
    • Scope: Partnership development and component supply (Germany, Rheinmetall).
    • Core activities: Building partnerships and developing components for Rheinmetall’s defense sector.
    • Expected outcome: Established partnerships and supply contracts with Rheinmetall.
    • Potential: This project provides AutoTech with the opportunity to enter the defense sector, secure long-term contracts, and expand its market beyond the automotive industry.

  1. Global Market Expansion Program (GMEP)

  • GMEP-01: North American Market Entry Strategy
    • Need: AutoTech requires a clear strategy to gain a foothold in the highly competitive North American EV market and secure a 1% to 2% market share in the EV components segment within five years.
    • Scope: Comprehensive market entry implementation (USA). This project involves the development and execution of a comprehensive market entry strategy for the North American automotive market, with a focus on the electric vehicle components (EV) segment.
    • Core activities: Extensive market research on key EV markets and competitors, creation of a detailed strategic roadmap with phased market entry in key regions, building partnerships with local distribution companies, ensuring compliance with regulations and certifications, developing and implementing a marketing campaign, and setting up the logistics infrastructure to support the product launch.
    • Expected outcome: Successful market entry with established sales channels, full regulatory compliance, strong brand presence, and initial sales in key regions, positioning AutoTech for long-term growth in North America.
    • Potential: This project offers the potential to secure AutoTech’s position in the North American EV market, expand market share, increase partnerships, and create long-term competitive advantages.
  • GMEP-02: EV Manufacturer Strategic Partnerships
    • Need: AutoTech requires strategic partnerships with leading EV manufacturers to strengthen its market position and innovation capabilities.
    • Scope: Partnership building with Tesla and securing supply contracts for EV components.
    • Core activities: Conducting a market analysis to identify cooperation opportunities, preparing and presenting proposals to Tesla, initiating technical discussions to define requirements, negotiating contract terms, developing and testing prototypes, conducting an audit, and implementing pilot production.
    • Expected outcome: Strategic partnerships and supply contracts with Tesla.
    • Potential: A partnership with Tesla could strengthen AutoTech’s market position and innovation capabilities.
  • GMEP-03: Chinese Market Entry Comprehensive Plan
    • Need: AutoTech must tap into the growing Chinese EV market to act as a reliable supplier for BYD.
    • Scope: Market research, strategy development, and initial implementation (China, BYD).
    • Core activities: Conducting extensive market analyses of the EV sector in China, developing a detailed market entry plan tailored to BYD’s needs, negotiating with potential distribution partners, ensuring compliance with local regulations, and preparing for and initiating pilot sales.
    • Expected outcome: Detailed market entry plan and initial supply contracts with BYD.
    • Potential: BYD is a major player in the Chinese automotive market, and entering this market offers significant growth opportunities for AutoTech.
  • GMEP-04: Emerging Markets Global Sales Team Formation
    • Need: AutoTech requires a specialized sales team to successfully operate in the expanding Indian automotive market.
    • Scope: Recruitment, training, and strategy implementation (India, Tata Motors).
    • Core activities: Recruiting sales experts with specific industry knowledge and networks in India, conducting an intensive training program to provide technical product knowledge and sales strategies, adapting sales approaches to the needs of Tata Motors, developing sales targets, and monitoring progress within the framework of a global sales strategy.
    • Expected outcome: Trained sales team achieving sales targets in the Indian market.
    • Potential: The Indian automotive market is rapidly expanding, and establishing a sales team targeting Tata Motors can foster significant growth.
  • GMEP-05: Aerospace Market Feasibility Study
    • Need: AutoTech must explore new markets to diversify its business and secure additional revenue streams.
    • Scope: Research, analysis, and strategic planning (Germany, Airbus).
    • Core activities: Conducting a feasibility study to assess the market for aerospace components, analyzing the competitive landscape and the technical requirements of Airbus, identifying potential supply contracts and product offerings, and developing a strategy for entering the aerospace market.
    • Expected outcome: Feasibility report and strategic plan for entering the aerospace market.
    • Potential: Entering the aerospace market offers new revenue streams and diversification opportunities for AutoTech.
  • GMEP-06: Marketing Campaign for New Automotive Startups
    • Need: AutoTech must launch targeted marketing campaigns to establish itself in the innovative automotive startup segment.
    • Scope: Market analysis, campaign development, and execution (USA, Rivian).
    • Core activities: Developing a specific marketing strategy to target automotive startups like Rivian, analyzing the competitive landscape and identifying unique selling propositions, executing a targeted campaign tailored to the needs and values of startups, and collaborating with Rivian to develop product solutions that appeal to the startup market.
    • Expected outcome: Increased brand awareness and new business opportunities with automotive startups.
    • Potential: Targeting Rivian and other startups with a marketing campaign can open new business opportunities in the innovative automotive startup segment.
  • GMEP-07: Renewable Energy Markets Diversification Strategy
    • Need: AutoTech must identify new markets related to renewable energy to diversify its business and create new revenue streams.
    • Scope: Market research, strategy development, and initial implementation (Germany, Siemens Gamesa).
    • Core activities: Conducting market research to identify opportunities in the renewable energy sector, developing a strategic plan to enter the market by partnering with Siemens Gamesa, and initiating initial business activities.
    • Expected outcome: Strategic plan and initial partnerships in renewable energy markets.
    • Potential: Entering the renewable energy markets, such as partnering with Siemens Gamesa, can provide new business opportunities and revenue diversification for AutoTech.

  1. Cost Efficiency Enhancement Program (CEEP)

  • CEEP-01: Automated Powertrain Assembly Line
    • Need: Volkswagen requires a more efficient and automated assembly line to meet the increasing production demand and maintain quality standards.
    • Scope: Design, development, and installation (Germany, Volkswagen).
    • Core activities: Designing, developing, and installing a fully automated assembly line for Volkswagen powertrain components in Stuttgart.
    • Expected outcome: Operational automated assembly line increasing production efficiency and quality.
    • Potential: This project could enhance AutoTech’s reputation as a leader in automotive automation technology, increasing demand for similar solutions and strengthening relationships with Volkswagen.
  • CEEP-02: Supply Chain Optimization
    • Need: Mercedes-Benz requires optimization of supply chain processes to reduce production costs and increase efficiency.
    • Scope: Analysis, process improvement, and cost reduction (Germany, Mercedes-Benz).
    • Core activities: Analyzing and improving supply chain processes to reduce costs and increase efficiency for Mercedes-Benz components.
    • Expected outcome: Optimized supply chain processes leading to cost reductions and efficiency gains.
    • Potential: Successful supply chain optimization could position AutoTech as a preferred partner for Mercedes-Benz, enhancing competitiveness and securing long-term supply contracts.
  • CEEP-03: Lean Manufacturing Implementation
    • Need: BMW requires lean production principles to increase efficiency and reduce waste.
    • Scope: Training and process integration (Germany, BMW).
    • Core activities: Introducing lean manufacturing principles and training staff at the Stuttgart facility focused on BMW component production.
    • Expected outcome: Lean manufacturing principles adopted, leading to improved manufacturing efficiency and reduced waste.
    • Potential: The project could establish AutoTech as a pioneer in lean manufacturing, attracting further business opportunities for implementing these principles with other automotive clients.
  • CEEP-04: IT Infrastructure Modernization
    • Need: AutoTech requires modernized IT infrastructure to support advanced technologies and improve cybersecurity.
    • Scope: Upgrading and enhancing cybersecurity (Germany, AutoTech).
    • Core activities: Upgrading the IT infrastructure to support advanced technologies and improve cybersecurity.
    • Expected outcome: Modernized IT infrastructure supporting advanced technologies and improved cybersecurity.
    • Potential: A modernized IT infrastructure could allow AutoTech to enhance technological competitiveness, support innovation, and protect sensitive data, making it more attractive to high-tech partners.
  • CEEP-05: Compensation, Benefits, and Employee Relations
    • Need: AutoTech requires more competitive compensation and benefits policies to attract and retain top talent.
    • Scope: Policy review and enhancement (Germany, AutoTech).
    • Core activities: Reviewing and improving compensation, benefits, and employee relations policies.
    • Expected outcome: Improved employee satisfaction and retention through enhanced policies.
    • Potential: Improved compensation and employee relations policies could increase AutoTech’s ability to attract and retain top talent, improving overall workforce productivity and satisfaction.

  1. Leadership in Emerging Technologies Program (LETP)

  • LETP-01: Turbochargers and Superchargers for Hybrids.
    • Need: Volkswagen needs a more efficient and automated assembly line to meet the increasing production demand and maintain quality standards.
    • Scope: Design, development, and installation (Germany, Volkswagen).
    • Core activities: Design, development, and installation of a fully automated assembly line for Volkswagen powertrain components in Stuttgart.
    • Expected outcome: Operation of an automated assembly line that increases production efficiency and quality.
    • Potential: This project could strengthen AutoTech’s reputation as a leading company in automotive industry automation technology, increase demand for similar solutions, and solidify relationships with Volkswagen.
  • LETP-02: Next-Generation Battery Management Systems
    • Need: Mercedes-Benz needs optimization of supply chain processes to reduce production costs and increase efficiency.
    • Scope: Analysis, process improvement, and cost reduction (Germany, Mercedes-Benz).
    • Core activities: Conducting a supply chain analysis, identifying optimization potential, developing measures to increase efficiency and reduce costs, implementing these measures into the supply chain processes, and training relevant personnel for the new operations.
    • Expected outcome: Optimized supply chain processes leading to cost reductions and efficiency gains.
    • Potential: Successful optimization of the supply chain could position AutoTech as a preferred partner for Mercedes-Benz, increasing competitiveness and securing long-term supply contracts.
  • LETP-03: Lightweight Materials for Automotive Applications
    • Need: BMW requires lean production principles to increase efficiency and reduce waste.
    • Scope: Training and process integration (Germany, BMW).
    • Core activities: Analyzing existing production processes, identifying sources of waste, developing a plan to implement lean principles, adapting production lines to these principles, training relevant personnel in new working methods, and integrating lean methods into daily production operations.
    • Expected outcome: Adoption of lean production principles leading to improved production efficiency and reduced waste.
    • Potential: This project could establish AutoTech as a pioneer in lean manufacturing and open further business opportunities to implement these principles with other automotive clients.
  • LETP-04: Blockchain for Supply Chain Transparency
    • Need: AutoTech requires modernized IT infrastructure to support advanced technologies and improve cybersecurity.
    • Scope: Upgrading and enhancing cybersecurity (Germany, AutoTech).
    • Core activities: Conducting a comprehensive review of the existing IT infrastructure, identifying vulnerabilities in terms of security and performance, selecting suitable new technologies and software solutions, gradually implementing the IT upgrades within the company, conducting tests to ensure system stability, introducing new cybersecurity protocols, and training IT personnel to manage the updated systems.
    • Expected outcome: Modernized IT infrastructure to support advanced technologies and improved cybersecurity.
    • Potential: A modernized IT infrastructure could enable AutoTech to increase technological competitiveness, support innovations, and protect sensitive data, making the company more attractive to high-tech partners.
  • LETP-05: IoT Solutions in Manufacturing Processes
    • Need: AutoTech requires more competitive compensation and benefits policies to attract and retain top talent.
    • Scope: Policy review and enhancement (Germany, AutoTech).
    • Core activities: Conducting a market analysis to determine industry-specific compensation and benefits standards, surveying employees to gather feedback and identify areas for improvement, developing a new compensation and benefits package, revising employee relations policies, and implementing and communicating the new policies across the company.
    • Expected outcome: Improved employee satisfaction and retention through enhanced policies.
    • Potential: Improved compensation and employee relations policies could enhance AutoTech’s ability to attract and retain top talent, improving productivity and overall workforce satisfaction.

  1. Risk Management and Mitigation Program (RMP)

  • RMP-01: Market Trend Analysis Unit
    • Need: AutoTech requires a specialized unit to identify market trends early and provide strategic insights to support informed decision-making.
    • Scope: Establishment and Start-up (Germany, AutoTech).
    • Core activities: Recruitment and training of experts, implementation of analysis tools, setting up reporting and analysis processes, building the necessary IT infrastructure. A test launch with an MVP (Minimum Viable Product) will be conducted to gather initial results and insights. After the test phase, two rounds of feedback and improvements will be conducted based on stakeholder feedback to optimize the analysis tools and reporting processes before the final product is completed and fully implemented.
    • Expected outcome: A functional market trend analysis unit providing valuable strategic insights.
    • Potential: The project could position AutoTech as a proactive company that anticipates market shifts and makes informed decisions.
  • RMP-02: Real-Time Risk Monitoring Dashboard
    • Need: AutoTech requires a real-time monitoring solution to detect and minimize risks early.
    • Scope: Development and implementation (Germany, AutoTech).
    • Core activities: Development of an MVP dashboard for real-time risk monitoring, integration into existing systems. After a test phase, user feedback will be collected, followed by two rounds of improvements to optimize the dashboard and fully implement it.
    • Expected outcome: Operational dashboard for real-time risk monitoring.
    • Potential: The successful implementation could strengthen risk management and make AutoTech more resilient to future challenges.
  • RMP-03: Economic Fluctuation Impact Model
    • Need: AutoTech requires a model to predict and analyze economic fluctuations to detect market changes early and reduce financial vulnerability.
    • Scope: Development and implementation plan (Germany, AutoTech).
    • Core activities: Development of an MVP model for analyzing market fluctuations, test phase for predicting economic impacts. Feedback and improvement rounds based on the test results, followed by a gradual implementation of the final model into financial planning.
    • Expected outcome: A model for analyzing economic fluctuations with a plan for better financial preparedness.
    • Potential: The project could strengthen AutoTech’s financial planning and resilience by reducing the impact of economic volatility on business operations.
  • RMP-04: Advanced Risk Management Training
    • Need: AutoTech requires an advanced training program to improve employees’ and managers’ risk management skills.
    • Scope: Program design and delivery for all roles involved in projects (Germany, AutoTech). The training sessions will be conducted role-specific, categorized by relevant responsibilities: project team members and work package managers, component leaders and project managers, as well as project sponsors and other executives.
    • Core activities: Analysis of typical issues from past projects that arose due to insufficient risk handling, development of training content on advanced risk management techniques, conducting a trial run of the training with a feedback and improvement loop before scaling and company-wide implementation. Evaluation of training results through assessments and participant feedback.
    • Expected outcome: Trained employees and managers with advanced risk management skills.
    • Potential: This training program could significantly improve AutoTech’s risk management culture by empowering employees and managers to identify and mitigate risks effectively.
  • RMP-05: Corporate Sustainability Initiative
    • Need: AutoTech requires a comprehensive sustainability program to strengthen corporate responsibility and meet regulatory requirements.
    • Scope: Scope definition, development, and implementation plan (Germany, AutoTech). This project will focus on defining key sustainability goals, developing strategies, and creating a detailed plan for the implementation of a company-wide sustainability program.
    • Core activities: Identification of key sustainability areas, development of sustainability strategies, creation of a detailed implementation plan for the complete rollout of the program.
    • Expected outcome: Clearly defined sustainability program with a detailed implementation plan to promote corporate responsibility.
    • Potential: This initiative has the potential to significantly enhance AutoTech’s reputation as a socially responsible company and attract environmentally conscious investors.
  • RMP-06: Comprehensive Risk Management
    • Need: AutoTech requires a comprehensive risk management program to ensure long-term resilience.
    • Scope: Scope definition, development, and implementation plan (Germany, AutoTech).
    • Core activities: Identification of key risk areas, development of risk mitigation strategies, creation of a detailed implementation plan for the complete rollout of the program.
    • Expected outcome: Clearly defined risk management program with a detailed implementation plan to improve market resilience.
    • Potential: The project could establish AutoTech as a leader in risk management and ensure long-term resilience.
  • RMP-07: Legal Compliance and Internal Audit
    • Need: AutoTech requires stronger compliance and audit processes to better meet regulatory requirements and minimize risks.
    • Scope: Strengthening processes (Germany, AutoTech).
    • Core activities: Review of existing compliance processes, development of new audit methods, training the internal audit team, implementing improvements to ensure regulatory compliance.
    • Expected outcome: Strengthened compliance and audit processes to mitigate risks and improve regulatory conformity.
    • Potential: These process improvements could increase AutoTech’s stability and strengthen market confidence.
  • RMP-08: Governance and Ethics Policy Review
    • Need: AutoTech requires updated governance and ethics policies to improve corporate governance and ethical standards.
    • Scope: Analysis and update (Germany, AutoTech).
    • Core activities: Review of existing policies, benchmarking with industry trends, conducting training on new policies, and implementing the revised policies throughout the company.
    • Expected outcome: Updated governance and ethics policies to promote corporate governance and ethical standards.
    • Potential: The update of these policies could strengthen AutoTech’s corporate governance and promote ethical behavior.
  • RMP-09: Labor Law and Safety Compliance
    • Need: AutoTech requires improved compliance with labor law and safety-related regulations.
    • Scope: Conducting an analysis, preparing recommendations, and implementing measures to ensure compliance with labor law and safety-related regulations (Germany, AutoTech).
    • Core activities: Conducting an analysis of compliance with labor law and safety-related regulations, preparing a report with recommendations, and subsequently implementing the recommended measures.
    • Expected outcome: Improved compliance with labor law and safety-related regulations for a safer and regulation-compliant work environment.
    • Potential: The project could significantly improve workplace safety and employee satisfaction while simultaneously reducing the risk of workplace accidents and legal violations.
  • RMP-10: Sustainability & Corporate Social Responsibility Reporting
    • Need: AutoTech requires improved reporting on sustainability and corporate social responsibility to enhance transparency and reputation.
    • Scope: Enhancement and implementation plan (Germany, AutoTech).
    • Core activities: Development of a detailed plan to improve sustainability and corporate social responsibility reporting, training staff on the application of new reporting methods, implementing the new reporting standards.
    • Expected outcome: Comprehensive reports with a detailed plan to improve transparency and reputation.
    • Potential: These improvements could enhance AutoTech’s reputation as a responsible company and attract socially conscious investors.

  1. Leadership and Employee Development Program (LEDP)

  • LEDP-01: Employee Wellbeing and Engagement
  • Need: AutoTech requires a more comprehensive understanding of current employee satisfaction and engagement levels to develop targeted measures for improvement.
  • Scope: Program development and implementation (Germany, AutoTech).
  • Core activities: Analysis of the current state of employee wellbeing, conducting surveys and interviews, development of initiatives based on the results, pilot testing of initiatives with adjustments in two rounds of improvements.
  • Expected outcome: Improved health, increased engagement, and higher productivity of the workforce.
  • Potential: This project could significantly increase employee satisfaction, reduce turnover rates, and boost productivity, positioning AutoTech as a preferred employer.
  • LEDP-02: Leadership Development and Succession Planning
  • Need: AutoTech requires an understanding of current leadership gaps and development needs to effectively cultivate future leaders.
  • Scope: Program development and implementation (Germany, AutoTech).
  • Core activities: Analysis of current leadership competencies and succession plans, identification of leadership gaps, development of a program based on these insights, pilot program with two feedback and improvement rounds.
  • Expected outcome: A strong leadership pipeline ensuring the company’s stability and growth.
  • Potential: This project could ensure the long-term stability and growth of the company by developing future leaders and minimizing risks associated with leadership gaps.
  • LEDP-03: Multicultural Competence and Global Integration
  • Need: AutoTech needs to understand which cultural and language barriers limit global collaboration in order to address them effectively.
  • Scope: Program implementation and improvement (Germany, AutoTech).
  • Core activities: Analysis of current multicultural competencies and global integration strategies, development of programs based on the analysis results, implementation of pilot programs followed by feedback rounds.
  • Expected outcome: A workforce with improved intercultural competencies and global cooperation abilities.
  • Potential: Successful implementation could enhance AutoTech’s international success, foster innovation, and increase employee satisfaction through improved global collaboration.
  • LEDP-04: Corporate Communication Strategy
  • Need: AutoTech must analyze the current state of internal and external communication to ensure an effective realignment of the corporate communication strategy.
  • Scope: Overhaul and implementation (Germany, AutoTech).
  • Core activities: Conducting a comprehensive analysis of existing communication processes, developing a revised strategy, piloting the new communication strategy, and making adjustments based on feedback from two feedback rounds.
  • Expected outcome: Increased stakeholder engagement and an improved brand image.
  • Potential: Improved communication could strengthen AutoTech’s brand image, build better relationships with stakeholders, and expand its market presence.
  • LEDP-05: Corporate Strategy and Innovation Workshops
  • Need: AutoTech requires an in-depth analysis of current strategic and innovation approaches to develop targeted workshops that enhance these areas.
  • Scope: Planning and execution (Germany, AutoTech).
  • Core activities: Analysis of existing corporate strategies and innovation approaches, development of tailored workshops, conducting pilot workshops followed by evaluation and adjustments in two rounds.
  • Expected outcome: A clearly aligned strategy with enhanced innovation potential.
  • Potential: This project could lead to a more coherent corporate strategy and a stronger culture of innovation, enhancing AutoTech’s competitiveness and market leadership.
  • LEDP-06: Training on Emerging Automotive Technologies
  • Need: AutoTech requires an accurate analysis of current skills and knowledge gaps related to new automotive technologies in order to develop targeted training programs.
  • Scope: Program design and implementation (Germany, AutoTech).
  • Core activities: Analysis of existing competencies and knowledge gaps in emerging technologies, development of a training program, conducting pilot courses, and two feedback rounds to adjust the program.
  • Expected outcome: A trained workforce familiar with the latest automotive technologies.
  • Potential: This program could position AutoTech at the forefront of technological innovation in the automotive sector, attract talented professionals, and foster a culture of continuous learning.

     

     

     

    Appendix 2 – Full Content Business Cases

     

    Business Case for Project Candidate DIP-01: Advanced Fuel Injectors for Hybrid Vehicles

    Executive Summary: AutoTech GmbH plans to enhance its market position by developing advanced fuel injectors specifically designed for BMW’s hybrid vehicles (HVs). This business case evaluates three potential development strategies: in-house development, outsourcing, and joint development with a partner. After careful analysis, in-house development is recommended due to its superior strategic control, innovation potential, and alignment with BMW’s requirements.

    • Goal: Development of advanced injection valves that are specifically tailored to BMW hybrid vehicles to secure market presence.
    • Financial analysis:
      • Initial investment (€): 7,500,000
      • Cumulative net profit (5 years) (€): 12,500,000
      • Annual return on investment (%): 33.33%
    • Estimated benefits: 12.5 million € cumulative net profit over 5 years as well as the strengthening of the strategic partnership with BMW.
    • Estimated project duration: 18 months.
    • Key risks: High technical complexity, mitigated by internal development, which offers better strategic control and higher innovation potential.
    • Personnel resources: 10 engineers, 5 technicians, 3 project managers.
    • Reserved financial resources for this initiative: €7.5 million for research and development, prototype development, and testing.
    • Evaluated options: Internal, outsourced, and joint development with a partner. Internal development was selected due to better strategic control and alignment with BMW’s needs.

    Problem Statement: AutoTech GmbH faces declining demand for traditional internal combustion engine components due to the rise of EVs. To remain competitive, AutoTech must innovate by developing advanced fuel injectors specifically designed for BMW’s hybrid vehicles (HVs), ensuring relevance and driving future growth.

    Criteria and Weightings for the Evaluation of Project Candidates for Portfolio Inclusion

    1. Strategic Alignment (25%): How well the project aligns with AutoTech’s strategic goals.
    2. Return on Investment (20%): Expected financial returns relative to project costs.
    3. Risk Mitigation (15%): The project’s ability to reduce or manage key risks.
    4. Innovation Potential (15%): The project’s capacity to drive technological advancement.
    5. Cost Efficiency (15%): Effective use of resources and potential for cost savings.
    6. Resource Availability (10%): Availability and readiness of necessary resources.

     Comparative Analysis of the Options

    Criterion Weight In-House Development Outsourcing Joint Development
    Strategic Alignment 25% 5 (1.25) 2 (0.50) 4 (1.00)
    Return on Investment 20% 4 (0.80) 3 (0.60) 3 (0.60)
    Risk Mitigation 15% 4 (0.60) 3 (0.45) 4 (0.60)
    Innovation Potential 15% 5 (0.75) 3 (0.45) 5 (0.75)
    Cost Efficiency 15% 4 (0.60) 3 (0.45) 3 (0.45)
    Resource Availability 10% 4 (0.40) 4 (0.40) 3 (0.30)
    Total Weighted Score 100% 4.40 2.85 3.70

    Conclusion and Recommendation: The analysis concludes that in-house development is the optimal strategy for DIP-01, offering the highest total weighted score (4.40). This approach provides superior strategic alignment, innovation potential, and close alignment with BMW’s specifications, despite requiring a significant initial investment. Joint development, while strong in innovation, scores lower due to shared control and resources. Outsourcing scores the lowest due to limited control and alignment with strategic goals. In-house development is the most aligned with AutoTech’s long-term objectives, positioning the company as a leader in hybrid fuel injector technology.

    This recommendation will be reflected in the project charter, guiding the development of advanced fuel injectors in-house for BMW’s hybrid vehicles.

    Business Case for Project Candidate GMEP-01: North American Market Entry Strategy

    Executive Summary: AutoTech GmbH is poised to enter the North American market, a crucial step in its growth strategy. This business case evaluates five potential market entry strategies: acquiring an existing U.S. automotive supplier, establishing a subsidiary, using an agent, forming a joint venture, and direct exporting. After an in-depth analysis, establishing a subsidiary emerges as the most effective strategy for achieving AutoTech’s long-term objectives, offering the best balance of control, scalability, and profitability.

    • Goal: Establishment of a subsidiary in the USA to achieve a market share of 1.5% within 5 years after the start of operations and to secure market presence.
    • Financial analysis:
      • Initial investment (€): 1,500,000
      • Cumulative net profit (5 years) (€): 4,000,000
      • Annual return on investment (%): 26.67%
    • Estimated benefits: Long-term growth, strong brand presence, direct customer relationships as well as strengthening of strategic partnerships.
    • Estimated project duration: 18 months
    • Key risks: Moderate operational risk, mitigated by internal development, offering better strategic control and higher growth potential.
    • Human resources: 3 full-time employees (FTEs) for the project, external partners for logistics and distribution.
    • Reserved financial resources for this initiative: €1.5 million for the development of the market entry strategy, establishment of the subsidiary, and marketing activities.
    • Evaluated options: Acquisition of an existing US automotive supplier, establishment of a subsidiary, use of an agent, formation of a joint venture, direct export. The establishment of a subsidiary was chosen due to strategic control and alignment with market needs.

    Problem Statement: AutoTech GmbH aims to expand its global presence by entering the North American market, a highly competitive yet lucrative opportunity. The challenge lies in selecting the optimal market entry strategy that aligns with AutoTech’s goals, resource availability, and risk tolerance while maximizing market control and profitability.

    Criteria and Weightings for the Evaluation of Project Candidates for Portfolio Inclusion

    1. Strategic Alignment (25%): How well the project aligns with AutoTech’s strategic goals.
    2. Return on Investment (20%): Expected financial returns relative to project costs.
    3. Risk Mitigation (15%): The project’s ability to reduce or manage key risks.
    4. Innovation Potential (15%): The project’s capacity to drive technological advancement.
    5. Cost Efficiency (15%): Effective use of resources and potential for cost savings.
    6. Resource Availability (10%): Availability and readiness of necessary resources.

     Comparative Analysis of the Options

    Criterion Weight Acquisition Subsidiary Agent Joint Venture Direct Export
    Strategic Alignment 25% 4 (1.00) 5 (1.25) 2 (0.50) 4 (1.00) 2 (0.50)
    Return on Investment 20% 3 (0.60) 5 (1.00) 3 (0.60) 3 (0.60) 3 (0.60)
    Risk Mitigation 15% 2 (0.30) 4 (0.60) 4 (0.60) 3 (0.45) 3 (0.45)
    Innovation Potential 15% 3 (0.45) 4 (0.60) 2 (0.30) 3 (0.45) 2 (0.30)
    Cost Efficiency 15% 2 (0.30) 3 (0.45) 4 (0.60) 3 (0.45) 4 (0.60)
    Resource Availability 10% 3 (0.30) 4 (0.40) 5 (0.50) 3 (0.30) 4 (0.40)
    Total Weighted Score 100% 2.95 4.30 3.10 3.25 2.85

    Conclusion and Recommendation: The analysis concludes that establishing a subsidiary offers the highest total weighted score (4.30), making it the optimal strategy for AutoTech GmbH’s entry into the North American market. The acquisition option scores moderately (2.95) due to high risks and lower ROI, despite its strong strategic alignment. Using an agent scores slightly higher (3.10), but the limited control over operations makes it less desirable. The joint venture (3.25) offers a balanced approach but involves shared control and risks, while direct exporting (2.85) remains the least favourable due to its minimal strategic control.

    This decision will be reflected in the project charter, guiding the establishment of a legally structured and fully operational U.S. subsidiary as the primary approach.

    Business Case for Project Candidate LEDP-02: Leadership Development and Succession Planning

    Executive Summary: AutoTech GmbH aims to mitigate risks associated with leadership gaps by implementing the LEDP-02 project, which focuses on leadership development and succession planning. This business case evaluates three potential strategies: establishing an internal leadership academy, partnering with external providers, and adopting a hybrid approach. After evaluating the options, the hybrid approach is recommended for its balanced control, scalability, and alignment with AutoTech’s strategic goals.

    • Goal: Ensuring a continuous leadership pipeline to support growth and stability.
    • Financial Analysis:
      • Initial Investment (€): 1,200,000
      • Cumulative Net Profit (5 years) (€): 900,000 achieved through cost reductions
      • Annualized ROI (%): 15.00%
    • Estimated benefits: €900,000 cumulative net profit over 5 years through cost savings, improved organizational stability, and leadership continuity.
    • Estimated project duration: 12 months.
    • Key risks: Moderate, mitigated by the hybrid approach, which provides balanced control and reduced risk.
    • Human resources: HR specialists, external consultants.
    • Financial resources reserved for this initiative: €1.2 million for program planning, development, and implementation.
    • Evaluated options: Establishment of an internal leadership academy, partnership with external providers, adoption of a hybrid approach. The hybrid approach was selected due to its balanced control, scalability, and alignment with AutoTech’s strategic goals.

    Problem Statement: AutoTech GmbH faces the challenge of ensuring a continuous leadership pipeline, as key leadership positions currently lack qualified successors. This could threaten the company’s strategic direction and operational continuity. A structured leadership development and succession planning program is essential to cultivate future leaders and sustain organizational growth.

    Criteria and Weightings for the Evaluation of Project Candidates for Portfolio Inclusion

    1. Strategic Alignment (25%): How well the project aligns with AutoTech’s strategic goals.
    2. Return on Investment (20%): Expected financial returns relative to project costs.
    3. Risk Mitigation (15%): The project’s ability to reduce or manage key risks.
    4. Innovation Potential (15%): The project’s capacity to drive technological advancement.
    5. Cost Efficiency (15%): Effective use of resources and potential for cost savings.
    6. Resource Availability (10%): Availability and readiness of necessary resources.

     Comparative Analysis of the Options

    Criterion Weight Internal Academy External Providers Hybrid Approach
    Strategic Alignment 25% 5 (1.25) 2 (0.50) 4 (1.00)
    Return on Investment 20% 3 (0.60) 4 (0.80) 4 (0.80)
    Risk Mitigation 15% 2 (0.30) 2 (0.30) 4 (0.60)
    Innovation Potential 15% 4 (0.60) 3 (0.45) 4 (0.60)
    Cost Efficiency 15% 3 (0.45) 4 (0.60) 4 (0.60)
    Resource Availability 10% 2 (0.20) 3 (0.30) 4 (0.40)
    Total Weighted Score 100% 3.40 2.95 4.00

    Conclusion and Recommendation: The analysis concludes that the hybrid approach offers the best balance of strategic alignment, risk mitigation, and resource availability, resulting in the highest total weighted score (4.00). The internal leadership academy, despite its strong strategic alignment, has significant resource demands and higher risks, leading to a lower overall score (3.40). The external providers option, with a score of 2.95, carries a higher risk due to limited control, making it the least favorable option.

    This decision will be reflected in the project charter, guiding the project team in the development and implementation of the LEDP-02 project.

     

    INDEX