Mechanical Engineering

The program is to prepare internationally competitive professionals and researchers with practical engineering experience and the ability to integrate engineering and economic sciences to calculate, plan, and manage efficiency; independently and creatively apply contemporary theoretical and research methodologies; and effectively manage the utilization, organization, design, and development of engineering technologies in accordance with industry development trends.

PLO.1 Acquire theoretical and methodological knowledge in scientific research in the fields of engineering and technology.

PLO.2 Investigate, analyze, and make decisions regarding issues and challenges within the relevant field.

PLO.3 Demonstrate communication skills and the ability to communicate and use a foreign language.

PLO.4 Operate, manage, improve, and monitor industrial machinery and technologies, and enhance production productivity.

PLO.5 Restore the operational capacity and technical resources of machinery and equipment; develop technological processes; design, model, and simulate technical systems; collect, process, analyze, and evaluate numerical data; and draw conclusions.

PLO.6 Understand the organization and operating principles of mechanical systems; operate relevant equipment and improve their performance.

PLO.7 Systematically plan, compare, evaluate, and critically analyze problems.

PLO.8 Acquire knowledge of professional and research ethics, and demonstrate management, teamwork, and leadership skills.

  • Performing modeling and engineering calculations using modern engineering software
  • Conducting engineering analyses of machine and mechanism operations and making optimal decisions
  • Evaluating system reliability and safety and identifying potential risks
  • Researching and analyzing current challenges in the engineering sector and developing appropriate solutions
  • Ability to analyze, model, and solve engineering problems using theoretical and quantitative methods
  • Ability to collect, process, and analyze experimental and measurement data using statistical and engineering methods
  • Ability to evaluate the design and operation of machines, mechanisms, and systems based on engineering principles
  • Ability to use engineering software at a professional level
  • Ability to establish professional communication at the international level, work effectively in teams, and adhere to engineering ethics
  • Mechanical Engineer
  • Project Engineer
  • Manufacturing Engineer
  • Maintenance and Operations Engineer
  • Design Engineer
  • Researcher and Lecturer