Engineering Management

Master's
Faculty of Engineering
Vision
To be a distinguished graduate program in Engineering Management in Saudi Arabia, advancing leadership, innovation, and cutting-edge research to meet the evolving needs of both local and international markets.
Target Audience
Employees
Individuals
Postgraduate
Gender
ذكور
Duration Semesters
4
Total Credit Hours
42
Fees
Free
Total Study Cost
free
Active Students
0
Graduated Students
0
Objectives

 

Mission

Master of Engineering Management program delivers interdisciplinary education combining engineering and management, supports applied research addressing industrial and societal problems, engages in community service, meets the need of society and promotes ethical leadership, innovation, and lifelong professional growth.

 

  Evidence and references
Study Plan
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Program Handbook
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EM Program Quality Manual
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Operation Plan - Master of Engineering Management
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Program Educational Objectives (PEOs)

  • PEO 1: Prepare graduates with strong education in engineering management to lead projects and teams successfully.

  • PEO 2: Promote applied research that addresses the needs of industries and communities.

  • PEO 3: Encourage active engagement in community services and industrial collaborations.

Master of Engineering Management Goals

  • PG1:   Provide advanced education that integrates engineering and management, preparing graduates to lead and manage complex projects and teams.

  • PG2:   Promote applied research that addresses practical challenges in industries and communities.

  • PG3:   Encourage ethical leadership, innovation, and continuous professional growth among graduates to serve community.

  • PG4:   Develop professional capabilities that enable graduates to contribute to the development of the local and global economy

    Program Learning Outcomes
    Knowledge and understanding
    K1 An ability to demonstrate deep and advanced knowledge of engineering management concepts, techniques, and recent developments.
    Skills

    S1

    		 An ability to identify, formulate, and solve complex and advanced problems by applying advanced knowledge of engineering, science, and mathematics

    S2

    		 An ability to design an innovative engineering solution that meets specified needs with consideration of public health, safety, and welfare, as well as global, cultural, social, environmental, and economic factors, while complying with relevant standards and design codes.

    S3

    		 An ability to develop and conduct advanced research or experimentation using specialized methodologies; and critically analyze data to generate valid, insightful conclusions relevant to industrial practice.

    S4

    		 An ability to communicate effectively in various forms to disseminate engineering knowledge, research results, and innovations to a range of audiences 

    S5

    		 Create, select, use, and adapt advanced digital technology and ICT tools to support and enhance leading research and/or projects related to discipline, professional practice with understanding of the limitations

    S6

    		 An ability to Identify and evaluate the issues and constraints of sustainability, economy, environment, politics, health and safety, and society that are relevant to professional solving of complex engineering problems.
    Values, Autonomy, and Responsibility

    V1

    		 An ability to recognize ethical and professional responsibilities in engineering solutions and uphold academic and professional ethics, and norms of engineering and make informed judgements

    V2 

    An ability to collaborate and provide leadership on a team, preferably in a multidisciplinary setting, to manage and execute complex tasks,

    projects, or research with a high level of autonomy and responsibility.

    V3

    		 An ability to acquire and apply new knowledge through advanced learning strategies and research.