The aim of the program

The aim of the program is to prepare competent professionals who obtained both theoretical and practical knowledge of industrial equipment and logistics transportation service, ability for doing a comparative market analysis by calculating efficiency and risks of the company based on methodology to combine science of engineering and economics as well as gained high communication skills, creative thinking skills and high knowledge of foreign languages.

The knowledge obtained from the program

  • Basic knowledge of humanities, social and natural science, mathematics, physics andinformation system to be studied compulsory by Bachelor students
  • Basic knowledge of engineering, calculation, engineering software, mapping, virtual analysis
  • The structure of machine mechanism and equipment,analysis
  • Study of material structure and its property and processing design materials
  • Application of Electro- technics and electronics
  • Professional English knowledge
  • Basic knowledge of Accounting, banking, finance, marketing, management and statistics
  • The ability to conduct research work within the professional sphere, plan and organize activities
  • Personal development skills, creative thinking skills , working in teams, communication, ability to make a presentation, use information technology and develop leadership skills

The skills and experience obtained from the program

  • Able to use smart devices in a mechanical system, systemize and process function, improve operational principle of machine design
  • Able to determine main technical specification of engineering design, use an electronic control equipment, choose and use an appropriate equipment
  • Able to use and control manufacturing technology and improve productivity of manufacture
  • Able to stimulate technical resource and workability of the machine, process technological operation as well as to create, design and simulate technical system
  • Able to determine technical position of machine, operate machine mechanism, organize and manage technical service to the machinery
  • Able to organize logistics transportation and calculate its efficiency and economy
  • Able to use scientific principles of mathematics, engineering, economics and business for solving the problem in the industrial engineering
  • Able to study and analyze  the issues related to micro and macroeconomics, make an optimal  decision as well as to develop a feasibility study and do a calculation
  • Able to make a conclusion and decision on complex issues, and develop a consolidated solution of engineering and economics 
  • Able to use an engineering software and information technology for solving problems in an industrial engineering
  • Able to conduct an asset assessment in engineering design and construction exploitation as well as to make an economic calculation 
  • Able to conduct a survey  on facing issues in the sector and process survey results based on economic and statistical methods   
  • Able to prepare and develop legal documents of the company by reflecting business environment changes
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The advantage of the program

Through this program, MU students are able to be engaged in the Dual degree program of Mandakh University and OUS Royal Academy of Economics and Technology in Switzerland. After completion of this Bachelor degree for Engineering-economics, the students can continue their further studies for Master degree programs in Engineering or Economics.

Name of the program: Mechanical engineering

Major: Engineering economics

Index: D071501

Educational level of entrants: Secondary or high school education

Study: Day classes

Duration of study: 4 years


Core courses of the program

  • Fundamentals of Accounting
  • Fundamentals of Finance
  • Business statistics
  • Econometrics
  • Management
  • Marketing
  • Engineering mechanics
  • Kinematics and dynamics ofMechanisms
  • Material mechanics
  • Machine design
  • Material study
  • Fundamentals of Electro-technics and Electronics

Professional courses

  • Economics analysis
  • International economy
  • Financial accounting
  • Business policy and planning
  • Thermodynamics
  • Project management
  • Engineering design, invention
  • Machine andequipment exploitation
  • Internal combustion engine
  • Logistics management
  • Applied engineering program
  • Mechatronics


  • Engineering technical officer
  • Economist
  • Engineer (Inventor)
  • Industrial manager
  • Assets appraiser
  • Financial officer