MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

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Capella University

MBA-FPX 5910 MBA Capstone Experience

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Date

Introduction

Nissan can strengthen its position in the global automotive industry by developing a strategic plan for transitioning from traditional internal combustion engine vehicles to electric and autonomous vehicles. This transformation requires more than technological innovation. It also involves changes in leadership, workforce development, supply chain management, ethical decision-making, and international business strategy. For Nissan to remain competitive, the company must identify emerging market opportunities, address financial and operational challenges, and establish a flexible organizational structure that supports sustainable growth.

This MBA FPX 5910 capstone project examines the opportunities and challenges associated with Nissan’s transition toward electric and autonomous vehicle production. It evaluates relevant research, considers the ethical and technical implications of emerging automotive technologies, and explores leadership and collaboration strategies that can support successful implementation. The project also presents recommendations for strengthening Nissan’s competitiveness while adapting to changing customer expectations, regulatory requirements, and global sustainability goals.

1. Challenges and Opportunities for Nissan

The automotive industry is experiencing significant changes as manufacturers respond to electrification, automation, environmental concerns, and evolving consumer preferences. Nissan must evaluate these developments strategically to determine where investment, innovation, and organizational change can deliver the greatest value. Understanding both opportunities and challenges will help the company develop a realistic transition plan.

1.1 Opportunities for Electric and Autonomous Vehicles

The transition to electric vehicles creates opportunities for Nissan to reduce its dependence on conventional automotive technologies and respond to increasing interest in lower-emission transportation. Electric vehicles can support sustainability objectives by eliminating tailpipe emissions, although their overall environmental impact also depends on electricity generation, battery production, vehicle manufacturing, and battery disposal.

Research by Wilberforce et al. (2017) examines developments in electric vehicles and hydrogen fuel-cell electric vehicles. This research provides a foundation for evaluating alternative vehicle technologies and their potential applications within the automotive industry. Nissan can use this broader technological perspective to assess battery-electric vehicles, charging infrastructure, energy efficiency, and other developments relevant to its long-term product strategy.

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

Autonomous driving technology presents another opportunity to improve transportation safety, convenience, and mobility. Depending on the technology and operating conditions, automated driving systems may help reduce certain human-error-related risks and improve the driving experience. However, these benefits depend on reliable system performance, appropriate infrastructure, regulatory approval, and responsible deployment.

Hussain and Zeadally (2018) examine research findings, technical issues, and future challenges associated with autonomous vehicles. Their work highlights the importance of addressing technological complexity and implementation barriers before autonomous driving systems can be widely adopted.

For Nissan, these developments create several strategic opportunities. The company can invest in electric vehicle research and development, strengthen partnerships with battery and software providers, improve charging-related customer experiences, and evaluate automated driving technologies. These initiatives should be prioritized according to market demand, financial feasibility, technological readiness, and long-term competitive value.

1.2 Challenges Affecting Nissan’s Transformation

Although electrification and automation offer growth opportunities, Nissan must address substantial financial, operational, and technological challenges. Developing new vehicle platforms, upgrading manufacturing facilities, investing in software, and establishing battery supply chains can require significant capital. Poor investment decisions or delays in product development could weaken profitability and reduce the company’s ability to compete.

Technological uncertainty is another important concern. Battery performance, charging availability, autonomous driving reliability, cybersecurity, and software integration can influence customer adoption. Nissan must also ensure that new vehicle technologies meet relevant safety and regulatory requirements across the markets in which it operates.

Supply chain resilience is equally important. Electric vehicle production depends on access to batteries, semiconductors, specialized materials, and advanced electronic components. Disruptions, shortages, or price fluctuations can increase production costs and delay vehicle deliveries. Nissan should therefore evaluate supplier reliability, explore appropriate sourcing alternatives, and strengthen collaboration with critical suppliers.

Consumer adoption may also vary across regions. Some markets have established charging networks and supportive policies, while others face infrastructure limitations, affordability concerns, or uncertainty about electric vehicle ownership. Nissan should adapt its product offerings and market-entry strategies to these differences rather than relying on a single global approach.

Addressing these challenges will require coordinated investment, careful risk assessment, and continuous evaluation of customer and industry trends.

2. Ethical and Technical Aspects of Nissan’s Electric and Autonomous Vehicle Production

Nissan’s transition to electric and autonomous vehicles raises important ethical and technical questions. While these technologies may support environmental objectives and improve transportation options, their implementation can also affect employment, consumer privacy, road safety, and access to mobility. Nissan must consider these issues throughout product development, manufacturing, and market expansion.

2.1 Critical Technical and Social Considerations

The development of autonomous vehicles involves complex interactions between sensors, software, artificial intelligence, vehicle controls, and surrounding road conditions. These systems must interpret changing environments and respond appropriately to pedestrians, cyclists, other vehicles, and unexpected hazards. Technical limitations, software errors, or inadequate testing can create serious safety concerns.

Gogoll and Müller (2017) examine ethical questions surrounding autonomous vehicles, including the role of mandatory ethical settings. Their work provides a useful basis for considering how manufacturers should address difficult decisions involving safety, responsibility, and automated decision-making.

For Nissan, autonomous driving systems should be developed and evaluated through rigorous testing, transparent safety procedures, and appropriate oversight. The company should also establish clear processes for investigating incidents, communicating system limitations, and updating software when safety improvements are needed.

The coexistence of autonomous and human-driven vehicles creates additional challenges. Automated vehicles must operate in environments where other road users may behave unpredictably. Differences in infrastructure, road markings, traffic laws, and driving practices can further complicate deployment. Nissan should therefore evaluate automated driving capabilities under the specific conditions in which each system is intended to operate.

Electric vehicles also require attention to battery safety, charging compatibility, energy efficiency, and end-of-life battery management. Integrating these considerations into vehicle design and manufacturing can help Nissan reduce operational risks and improve customer confidence.

2.2 Ethical Responsibility and Workforce Implications

Ethical responsibility should remain central to Nissan’s strategic transformation. Automation and digital technologies may change the types of skills required across manufacturing, maintenance, engineering, and customer service. Although some tasks may become automated, new opportunities may emerge in software development, battery engineering, data analysis, cybersecurity, and advanced manufacturing.

Nissan should prepare employees for these changes through reskilling programs, technical education, internal mobility opportunities, and transparent communication about workforce needs. Where job displacement cannot be avoided, responsible workforce planning and appropriate transition support can help reduce negative effects on employees and communities.

Connected and autonomous electric vehicles also generate and process substantial amounts of digital information. Vdovic et al. (2019) review automotive software in connected, autonomous, and electric vehicles, providing relevant context for understanding the growing role of software in modern transportation.

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

Nissan should incorporate cybersecurity and data privacy into vehicle development from the beginning. This includes protecting connected systems against unauthorized access, limiting unnecessary data collection, communicating privacy practices clearly, and establishing procedures for addressing software vulnerabilities.

Geopolitical and regulatory differences also influence automotive production. Trade restrictions, international relations, environmental policies, and local data requirements may affect supply chains and market access. Nissan should evaluate these factors when selecting manufacturing locations, suppliers, and international partners.

By integrating ethical responsibility into its strategy, Nissan can improve stakeholder trust while supporting the safe and responsible adoption of emerging automotive technologies.

3. Leadership and Collaboration Adjustments for a Smooth Transition

Successful transformation requires leaders to align organizational structures, workforce capabilities, and business processes with the company’s strategic objectives. Nissan must coordinate engineering, manufacturing, software development, supply chain management, marketing, and international operations to support its transition toward electric and autonomous vehicles.

Leadership should communicate a clear vision, establish measurable priorities, and encourage collaboration across departments. Employees need to understand how the transition affects their responsibilities and how their contributions support organizational goals. Transparent communication can reduce uncertainty and help teams respond more effectively to change.

3.1 Organizational Structure and Supply Chain Modifications

Nissan may need to adjust its organizational structure to support the development of electric and autonomous vehicles. Traditional automotive production relies heavily on mechanical engineering and established manufacturing processes, whereas emerging vehicle technologies require closer integration between hardware, software, electronics, battery systems, and digital services.

Cross-functional teams can help address this complexity by bringing together specialists from engineering, software development, cybersecurity, manufacturing, procurement, and marketing. These teams can improve information sharing, accelerate problem-solving, and reduce delays caused by departmental silos.

Supply chain management should also evolve to reflect the requirements of electric and connected vehicles. Nissan should evaluate suppliers according to quality, reliability, technological capability, cost, sustainability, and exposure to geopolitical risks. Building strong relationships with battery manufacturers, semiconductor suppliers, and software developers can improve coordination and help reduce disruptions.

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

Engwall et al. (2021) examine experimental networks for business model innovation and their role in helping established companies navigate sustainability transitions. This perspective is relevant to Nissan because collaboration with external partners may help the company test new technologies, explore alternative business models, and respond to changing industry conditions.

Leadership should also support an organizational culture that encourages experimentation while maintaining accountability. Pilot projects, structured performance reviews, and lessons learned from unsuccessful initiatives can help Nissan identify effective approaches before implementing them on a larger scale.

3.2 Expanding Into New International Markets

International expansion can help Nissan increase its customer base, strengthen its global presence, and develop additional revenue opportunities. However, entering new markets requires careful analysis of consumer demand, purchasing power, charging infrastructure, regulatory requirements, competition, and local business conditions.

Nissan can consider several market-entry approaches, including establishing new facilities, forming partnerships with local companies, working with established distributors, or collaborating with technology providers. Each approach offers different levels of control, investment requirements, risk, and speed of market entry.

A Greenfield investment involves establishing new operations in a foreign market. This approach may give Nissan greater control over facilities, production processes, and organizational practices, but it can require substantial capital and time.

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

A partnership or joint venture can provide access to local knowledge, distribution networks, established infrastructure, and regulatory expertise. However, these arrangements require clear agreements concerning responsibilities, investment, intellectual property, decision-making, and performance expectations.

Nissan should select its market-entry strategy according to local conditions and the company’s long-term objectives. Markets with strong demand for electric vehicles and established charging infrastructure may support different strategies from markets where affordability, infrastructure, or regulatory uncertainty remain significant barriers.

A phased approach can help the company test demand, establish partnerships, and evaluate performance before committing to major investments. Regular market reviews will also allow Nissan to adjust its strategy as consumer preferences and regulatory conditions evolve.

4. Recommendations for Nissan to Address Opportunities and Challenges

Nissan should adopt an integrated strategy that connects technological innovation with financial discipline, workforce development, ethical responsibility, and international market planning. Rather than treating electrification and autonomous driving as isolated projects, the company should manage them as interconnected elements of its long-term business transformation.

4.1 Evaluating Strategic Options

Evaluating strategic options requires Nissan to compare potential benefits, costs, risks, and implementation requirements. Research on autonomous vehicles can help identify technological opportunities and policy considerations, while industry analysis can provide context for evaluating investment priorities.

Fagnant and Kockelman (2015) examine the opportunities, barriers, and policy recommendations associated with preparing for autonomous vehicles. Their work provides a foundation for considering the infrastructure, regulatory, and societal conditions that may influence the adoption of autonomous driving technologies.

Nissan should evaluate strategic alternatives according to several factors, including customer demand, technological readiness, capital requirements, operational feasibility, safety implications, and expected long-term returns. The company should also consider how each option affects its existing products, workforce, supplier relationships, and competitive position.

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

One strategic option is to prioritize electric vehicle development and strengthen the supporting battery and charging ecosystem. This approach can help Nissan respond to demand for lower-emission transportation, although its success depends on affordability, infrastructure availability, product quality, and market conditions.

A second option is to expand investment in autonomous and connected vehicle technologies through targeted research, testing, and partnerships. This strategy may create opportunities for differentiation, but it also requires careful safety validation, cybersecurity controls, and compliance with relevant regulations.

A third option is to pursue international growth through selective market entry and strategic partnerships. Nissan should focus on markets where customer demand, infrastructure, and regulatory conditions support its objectives.

These options are not mutually exclusive. Nissan can combine them through a phased investment plan that prioritizes the most feasible initiatives while maintaining flexibility as technologies and markets evolve.

4.2 Recommendations for Strategy Implementation

Effective implementation requires Nissan to translate strategic priorities into clearly defined actions, responsibilities, budgets, and performance measures. The company should begin by establishing a transformation roadmap that identifies short-term priorities, medium-term development goals, and long-term business objectives.

The roadmap should include investment in electric vehicle platforms, battery technology, software capabilities, cybersecurity, manufacturing flexibility, and employee development. Each initiative should have an accountable leader, an approved budget, a realistic timeline, and measurable outcomes.

Workforce preparation should be a central implementation priority. Nissan should assess current employee capabilities, identify emerging skills requirements, and provide targeted training in areas such as battery systems, software integration, data analysis, cybersecurity, and advanced manufacturing. Workforce planning should also account for employees whose existing roles may change as production processes evolve.

Wickens and Lopez (1987), in The Road to Nissan: Flexibility, Quality, Teamwork, provide a historical perspective on organizational practices associated with Nissan. Although the work predates the current electric and autonomous vehicle transition, its focus on flexibility, quality, and teamwork offers useful concepts for considering organizational change.

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

Nissan should apply these principles to its modern operating environment by encouraging collaboration between technical teams, manufacturing operations, suppliers, and business leaders. Quality management should extend beyond traditional manufacturing processes to include software reliability, battery safety, cybersecurity, and customer experience.

Performance monitoring is essential for determining whether the transformation is delivering the intended results. Nissan can track indicators such as electric vehicle sales, product development timelines, manufacturing costs, battery performance, customer satisfaction, software reliability, workforce training completion, and supply chain resilience. Measures should be selected according to the company’s priorities and supported by reliable data.

Management should review these indicators regularly and use the findings to refine investments and operational processes. If a technology or market initiative fails to meet expectations, the company should identify the causes and consider corrective action rather than continuing investment without adequate justification.

Through phased implementation, accountable leadership, and continuous evaluation, Nissan can improve its ability to manage technological change while maintaining operational stability.

Conclusion

Nissan’s transition toward electric and autonomous vehicles presents significant opportunities for innovation, sustainability, and international growth, but it also introduces financial, technological, ethical, and organizational challenges. A successful transformation requires the company to coordinate product development, supply chain management, workforce planning, international expansion, and responsible technology deployment.

Research on electric vehicles, autonomous driving, automotive software, organizational collaboration, and strategic implementation provides a useful foundation for evaluating these issues. Nissan should prioritize feasible technology investments, strengthen cybersecurity and safety practices, develop employee capabilities, and establish partnerships that support innovation and market access.

The company should also adopt measurable implementation plans and regularly evaluate performance against strategic objectives. By combining technological development with flexible leadership, responsible decision-making, and disciplined investment, Nissan can strengthen its competitive position and prepare for the evolving global automotive industry.

Frequently Asked Questions

What is the main objective of Nissan’s transition to electric and autonomous vehicles?

The main objective is to adapt Nissan’s business to changing automotive technologies, customer expectations, and environmental priorities. This transition involves developing electric vehicles, evaluating autonomous driving systems, modernizing manufacturing processes, and strengthening the company’s long-term competitiveness.

What are the main challenges Nissan faces when transitioning to electric vehicles?

Key challenges include high investment requirements, battery supply chain risks, charging infrastructure limitations, technological development costs, changing regulations, and uncertainty about customer adoption. Nissan must address these factors through careful planning, innovation, and supplier collaboration.

How can autonomous vehicles create opportunities for Nissan?

Autonomous vehicle technologies may support improved driving assistance, mobility services, and product differentiation. However, commercial opportunities depend on safety performance, technological readiness, cybersecurity, infrastructure, regulatory approval, and customer acceptance.

Why are ethics important in autonomous vehicle development?

Ethics are important because autonomous vehicles can raise questions about road safety, responsibility for system failures, privacy, cybersecurity, and the effects of automation on employment. Nissan should address these issues through transparent policies, rigorous testing, responsible data practices, and appropriate oversight.

How can Nissan prepare its workforce for automotive industry changes?

Nissan can prepare employees through reskilling, technical training, professional development, and internal mobility programs. Training should address emerging requirements in software development, battery engineering, cybersecurity, data analysis, and advanced manufacturing.

What market-entry strategies can Nissan use for international expansion?

Nissan can establish new operations through Greenfield investment, form joint ventures, partner with local companies, or use established distribution networks. The most appropriate approach depends on market demand, infrastructure, regulatory requirements, investment costs, and the level of control the company needs.

How can Nissan measure the success of its transformation strategy?

Nissan can evaluate progress through indicators such as electric vehicle sales, development costs, production efficiency, customer satisfaction, battery performance, cybersecurity incidents, employee training outcomes, and supply chain reliability. The selected measures should be reviewed regularly to guide strategic adjustments.

What is the role of leadership in Nissan’s strategic transformation?

Leadership establishes the transformation vision, allocates resources, coordinates departments, communicates priorities, and supports employee development. Effective leaders also monitor implementation, address resistance to change, and ensure that innovation remains aligned with safety, quality, and business objectives.

References

Engwall, M., Kaulio, M., Karakaya, E., Miterev, M., & Berlin, D. (2021). Experimental networks for business model innovation: A way for incumbents to navigate sustainability transitions? Technovation, 108, Article 102330. https://doi.org/10.1016/j.technovation.2021.102330

Fagnant, D. J., & Kockelman, K. (2015). Preparing a nation for autonomous vehicles: Opportunities, barriers and policy recommendations. Transportation Research Part A: Policy and Practice, 77, 167–181. https://doi.org/10.1016/j.tra.2015.04.003

Gogoll, J., & Müller, J. F. (2017). Autonomous cars: In favor of a mandatory ethics setting. Science and Engineering Ethics, 23(3), 681–700. https://doi.org/10.1007/s11948-016-9806-x

Hussain, R., & Zeadally, S. (2019). Autonomous cars: Research results, issues, and future challenges. IEEE Communications Surveys & Tutorials, 21(2), 1275–1313. https://doi.org/10.1109/COMST.2018.2869360

MBA FPX 5910 Assessments 3 Capstone Project Annotated Outline

Vdovic, H., Babic, J., & Podobnik, V. (2019). Automotive software in connected and autonomous electric vehicles: A review. IEEE Access, 7, 166365–166379. https://doi.org/10.1109/ACCESS.2019.2953568

Wickens, P., & Lopez, A. R. (1987). The road to Nissan: Flexibility, quality, teamwork. Macmillan International Higher Education.

Wilberforce, T., El-Hassan, Z., Khatib, F. N., Al Makky, A., Baroutaji, A., Carton, J. G., & Olabi, A. G. (2017). Developments of electric cars and fuel cell hydrogen electric cars. International Journal of Hydrogen Energy, 42(40), 25695–25734. https://doi.org/10.1016/j.ijhydene.2017.07.054