Master of Science in Engineering Management

The program is designed to prepare students for senior leadership roles at the intersection of technology and business. As the engineering industry evolves rapidly, the program equips future managers with the strategic, analytical, and organizational skills needed to lead teams, manage complex projects, and respond to shifting dynamics across business and industry. Through a curriculum that blends engineering principles with core management strategies, graduates are empowered to make data-driven decisions, optimize performance, and drive innovation in competitive, engineering-focused environments.

Program Content

This two-year program begins with a strong foundation in core management disciplines, including Finance, Project Management, Data Analytics, Managing People and Organizations, Technology Management, Commercialization and Operations Management. Building on this foundation, students tailor their learning through elective courses aligned with their professional interests. To deepen their expertise, students also complete a thesis guided by experienced mentors, allowing them to explore a topic that supports their individual career goals. Graduates of the Master of Science in Engineering Management will be equipped to step into leadership roles, with advanced knowledge of engineering management theories, methods, and strategies—ready to manage teams, drive innovation, and lead complex operations across technical and organizational domains.

Who should apply?

Mid and senior level professionals who are looking to strengthen their credentials as C-Level executives, administrators and consultants within engineering-driven industries. It also welcomes early-career engineers who aspire to fast-track their growth into managerial positions. It is designed for engineers who are passionate about their field and ready to evolve into decision-makers—managing teams, projects, and operations at the intersection of technology and business.

Admission Requirements

Master of Science in Engineering Management (M.Sc.) Admission Requirements

To qualify for admission to graduate programs, applicants must meet the following criteria:

A bachelor’s degree in engineering and related subjects from an accredited higher education institution.
A minimum GPA of 2.75 (B-) or equivalent. Applicants with a GPA between 2.5 and 2.74 must have at least one year of relevant work experience in their chosen field of study.
An English language proficiency score of 6.5 in IELTS (or equivalent). Exemptions apply to citizens of countries where English is the first language (e.g., UK, USA, Canada) or to those who have completed their bachelor’s degree in an English-speaking country, or whose university awarding body is from an English-speaking country.
A personal interview may be conducted if deemed necessary.

Applicants with a GPA between 2.0 and 2.49, along with a minimum of one year of relevant work experience, will undergo an interview. Based on the assessment, provisional admission may be granted.

Required Documents:

Completed application form
Statement of graduation (degree attestation/equivalency letter) and official transcripts and certificates from secondary school and undergraduate studies
English language proficiency score
Passport and National ID copies
2 passport-sized photos

M.Sc. in Engineering Management applicants may need to take foundation courses in Research Methods if not previously studied.

Program Structure

To complete the Master of Science in Engineering Management (M.Sc.), candidates must earn a minimum of 33 credits with a cumulative GPA of 3.0 or higher. The program requirements are as follows:

Program Learning Outcomes

1. Demonstrate critical knowledge and understanding of core and specialized theories and practices in engineering management.

2. Apply core and specialized theories and sustainable practices in engineering management to drive organizational success.

3. Utilize analytical thinking and analysis techniques to effectively manage people, finances, and enterprises as an integrated system.

4. Apply problem-solving and analytical skills to evaluate how products and services can best be designed, configured, and produced.

5. Use a range of standard and specialized analytical tools and information technology applications to analyze and synthesize data in engineering management research projects.

6. Demonstrate a professional level of written and oral communication skills, including the ability to present for a range of audiences with different levels of knowledge or expertise in engineering.

7. Operate at a professional level with substantial responsibility for individual and group work activities on complex and undefined problems in engineering management, and develop leadership skills to succeed as a professional engineering manager.

8. Demonstrate a high level of strategic decision-making processes and critically evaluate the impact of engineering practices on people and the environment.

Program Requirements

Program Name

Total Number of Credits