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M.SC – CORPORATE FINANCE AND ENGINEERING

The Master of Science (M.Sc.) in Corporate Finance and Engineering is designed to integrate financial principles with engineering practices, equipping students with the skills to manage financial resources effectively within engineering projects and corporate environments. The program focuses on financial analysis, investment strategies, and the application of engineering methodologies to enhance financial decision-making and project management.

PROGRAMME  SEMESTRE   DURATION  CREDIT  PARTNER INSTITUTION   ACCREDITATION  
CORPERATE FINANE AND ENGINEERING   4 SEMESTERS   2YEARS  120  UNIVERSITY OF BUEA   

CORE OBJECTIVES

1. Advance Knowledge in Corporate Finance Techniques

  • – Financial Analysis: Learn to analyze financial statements, assess financial performance, and make informed business decisions.
  • – Investment Strategies: Develop skills in evaluating investment opportunities, managing portfolios, and optimizing returns.
  • – Risk Management: Understand techniques for identifying, assessing, and mitigating financial risks in corporate and engineering projects.
  • – Corporate Financial Planning: Study the principles of financial planning and budgeting to support strategic decision-making in organizations.

 

2. Deepen Expertise in Engineering Management

  • – Project Management: Gain expertise in managing engineering projects, including planning, execution, and monitoring to ensure successful completion.
  • – Engineering Economics: Learn to apply economic principles to engineering decisions, focusing on cost-benefit analysis and resource allocation.
  • – Operations Research: Understand the use of mathematical modeling and optimization techniques to improve operational efficiency in engineering projects.
  • – Technology Integration: Explore the integration of technology in financial and engineering processes to enhance productivity and innovation.

 

3. Foster Advanced Analytical and Strategic Skills

  • – Financial Modeling: Gain expertise in building financial models to forecast performance, evaluate investments, and support strategic decision-making.
  • – Data-Driven Decision Making: Learn to use data analytics to inform financial and engineering strategies, improving outcomes and efficiency.
  • – Strategic Planning: Develop the ability to create and implement strategic plans that align financial and engineering goals with organizational objectives.
  • – Innovation Management: Study methods for managing innovation in engineering projects, focusing on financial viability and market potential.

 

4. Enhance Knowledge of Business Strategy and Decision-Making

  • – Corporate Strategy: Develop the ability to align corporate finance strategies with overall business objectives to drive growth and competitiveness.
  • – Strategic Investment: Learn to use analytics for long-term strategic planning, investment evaluation, and risk management in corporate finance.
  • – Operational Efficiency: Use analytics to optimize business operations, reduce costs, and enhance productivity in engineering projects.
  • – Market Analysis: Apply financial and engineering analytics to understand market trends, customer needs, and competitive dynamics.

 

5. Equip Students with Technological Proficiency

  • – Financial Software: Gain expertise in using financial software like Bloomberg, MATLAB, and Excel for financial analysis and modeling.
  • – Data Visualization Tools: Master data visualization platforms like Tableau and Power BI to effectively communicate financial and engineering insights to stakeholders.
  • – Cloud Computing for Finance: Learn to leverage cloud platforms like AWS, Google Cloud, and Microsoft Azure for scalable financial data storage, processing, and analytics.
  • – Database Management Systems: Develop proficiency in working with SQL and NoSQL databases to manage and query financial and engineering data effectively.

 

6. Build Leadership and Communication Skills

  • – Financial Leadership: Learn how to lead financial teams, manage projects, and drive collaboration within organizations.
  • – Stakeholder Communication: Develop the ability to communicate financial strategies and operational improvements to executives, clients, and other stakeholders.
  • – Collaborative Decision-Making: Enhance your skills in working cross-functionally with teams across finance, engineering, and operations to drive data-driven decisions.
  • – Change Management: Understand how to manage change in financial and engineering operations, ensuring smooth transitions and continuous improvement.

 

7. Provide Practical Experience and Industry Exposure

  • – Internships and Finance Projects: Engage in industry-relevant internships and hands-on projects to apply corporate finance and engineering techniques to real-world business problems.
  • – Case Studies and Simulations: Analyze real-world business cases and simulate decision-making scenarios to develop strategic insights and solutions.
  • – Capstone Project: Work on a capstone project that integrates corporate finance, engineering, strategic decision-making, and real-world business challenges to provide actionable insights for a client or organization.

 

8. Prepare Students for Evolving Finance and Engineering Challenges

  • – Emerging Trends in Finance and Engineering: Stay up to date with the latest developments in corporate finance and engineering, including digital transformation, automation, and Industry 4.0.
  • – Ethical Considerations in Finance: Understand the ethical challenges and sustainability concerns in corporate finance, ensuring that decisions are made with responsibility and integrity.
  • – Global Finance and Engineering: Learn to manage and analyze financial and engineering data across diverse global markets and industries, taking into account cultural, economic, and regulatory differences.
  • – Sustainability and Finance: Explore how corporate finance can be used to measure and improve sustainability efforts, including energy usage, waste reduction, and social responsibility.

CAREER OPPORTUNITIES

1. Finance and Investment Roles

  • – Financial Analyst: Analyze financial data to identify trends, patterns, and insights that can guide business decisions.
  • – Investment Banker: Advise clients on investment opportunities, mergers and acquisitions, and capital raising strategies.
  • – Risk Manager: Use financial analytics to identify, assess, and mitigate risks within organizations.
  • – Portfolio Manager: Manage investment portfolios to optimize returns and minimize risks.

 

2. Business Strategy and Management Roles

  • – Financial Consultant: Advise organizations on financial strategies, investment opportunities, and risk management.
  • – Operations Manager: Lead operations within engineering projects, focusing on process improvement, cost reduction, and efficiency enhancement.
  • – Product Manager: Utilize financial and engineering analytics to understand customer needs, product performance, and market trends, driving product development and improvement.
  • – Marketing Analyst: Apply financial and engineering analytics to understand consumer behavior, segment markets, and develop targeted marketing strategies.

 

3. Technology and IT Roles

  • – Financial Technology Specialist: Implement and manage technology solutions for financial analysis and management, including ERP systems and data analytics platforms.
  • – Cloud Finance Specialist: Manage cloud-based financial platforms to support scalable data processing, storage, and reporting for businesses.
  • – Data Architect: Design and implement databases and data warehouses that are optimized for financial and engineering analytics and decision-making.
  • – AI and Machine Learning Specialist: Develop and implement artificial intelligence and machine learning algorithms to solve financial and engineering problems.

 

4. Engineering and Project Management Roles

  • – Engineering Project Manager: Oversee engineering projects, ensuring they are completed on time, within budget, and to the required quality standards.
  • – Operations Research Analyst: Use mathematical modeling and optimization techniques to improve operational efficiency in engineering projects.
  • – Technology Integration Specialist: Integrate technology into financial and engineering processes to enhance productivity and innovation.
  • – Innovation Manager: Manage innovation in engineering projects, focusing on financial viability and market potential.

 

5. Public Sector and Non-Profit Roles

  • – Government Financial Analyst: Analyze public sector financial data to inform policy decisions, optimize resource allocation, and improve public services.
  • – Non-Profit Financial Manager: Lead financial operations in non-profit organizations to optimize programs, funding, and operations.
  • – Policy Analyst: Use financial analytics to analyze the impact of policies and propose data-driven policy recommendations.

 

6. Academia and Research

  • – Lecturer/Professor in Corporate Finance and Engineering: Teach advanced courses in corporate finance, engineering management, and financial analytics at universities and institutions.
  • – Finance and Engineering Researcher: Contribute to academic or industry research on emerging trends in corporate finance, engineering management, and financial strategy.
  • – Trainer in Corporate Finance and Engineering: Provide training sessions for professionals and organizations to improve their understanding and use of corporate finance and engineering tools and techniques.

ADMISSION REQUIREMENTS

PROGRAMME  LEVEL OF ADMISSION  STUDENT PROFILE  ADMISSION TEST  APPLICATION FILE  APPLICATION FEE 
CORPERATE FINANE AND ENGINEERING  BACHELOR DEGREE   by Interview & File Study 
  • A hand written application addressed to the director 
  • a certified copy of birth certificate 
  • a certified copy of ordinary GCE level 
  • a certified copy of advanced level/result slip 
  • an A4 envelope carrying the candidate’s address 

 

 

30 000 F CFA 
CORPERATE FINANE AND ENGINEERING   Should have completed masters one   by Interview & File Study 
  • A hand written application addressed to the director 
  • a certified copy of birth certificate 
  • a certified copy of ordinary GCE level 
  • a certified copy of advanced level/result slip 
  • an A4 envelope carrying the candidate’s address 
  • Transcript of masters 1  

 

30 000 F CFA 
  • All
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  • PROGRAMMES EN ANGLAIS
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    • B.ENG - BACHELOR OF ENGINEERING
    • BD - BACHELOR DEGREE
    • M.ENG - MASTER OF ENGINEERING
    • M.SC - MASTER OF SCIENCE
    • B.SC - BACHELOR OF SCIENCE
    • B.AGR - BACHELOR OF AGRICULTURE
    • B.TECH - BACHELOR OF TECHNOLOGY
    • BBA - BACHELOR IN BUSINESS ADMINISTRATION
    • BMLS - BACHELOR OF MEDICAL LABORATORY SCIENCE
    • BMS - BACHELOR IN BIOMEDICAL SCIENCE
    • BNS - BACHELOR OF NURSING SCIENCE
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    • HND - HIGHER NATIONAL DIPLOMA
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    • LIPRO - LICENCE PROFESSIONNELLE
    • BTS - BREVET DE TECHNICIEN SUPERIEUR
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    • DEC - DIPLOME D'ETUDE COLLEGIALLE
    • CP - CLASSES PREPARATOIRES
    • ING - CYCLE INGENIEUR
    • LITECH - LICENCE TECHNOLOGIQUE
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