Master in Engineering Management

Basic information

Level of study: MSc

Mode of study: Full-time

Qualification: Engineering manager

Duration of the programme: 4 semesters

 

The graduates of our Engineering Manager MSc programme are equipped with the theoretical and methodological background to solve and coordinate complex problems in technological and business environments and to manage organisations operating in such environments.

It is designed for people who want to acquire versatile, up-to-date and practical knowledge in economics, organisation and management, as well as technical skills, and who are open to complex problems requiring versatility. To support this, students will demonstrate their independent problem-solving skills in their chosen specialisation by preparing a thesis over two semesters.

The harmony of natural sciences, engineering, as well as management and organisation is a crucial aspect of the engineering manager programme of Budapest University of Technology and Economics. It provides a good opportunity for graduates from different bachelor programmes to continue their studies, while the diversity of the participating students also helps to develop the ability to work with different actors in a business environment.

 

Course Guide
For Course guide and programme plan open: Master in Engineering Management guide

 

Course Checklist
7NAM11 course checklist

 

Programme Plan (autumn semester start)

Name of Course Unit Type FC 1. 2. 3. 4.
semester 1
Quantitative Methods C FC 4/t/5
Operations Research for Engineering Managers C 2/t/3
Management C FC 2/t/3
Marketing Management C FC 2/t/3
Production and Operations Management C FC 4/e/5
Accounting C 4/e/5
Results and Applications of Modern Physics C 2/t/3
Engineering 1 CE 4/e/5
semester 2
The Science of Nanotechnology C 2/t/3
Applied Product Management C 2/t/3
Management and Human Science CE 2/t/3
Sustainable Environmental and Natural Resource Economics C 2/t/3
Quality Management C FC 4/e/5
Technology Management C 4/e/5
Engineering 2 CE 4/e/5
Elective Course Unit 1 E 2/t/3
semester 3
Project Management C 4/e/5
Decision Support Systems C 2/e/3
Business Economics C 4/e/5
Specialisation 1 CE  FC 2/t/3
Thesis 1 C 12/t/15
Internship C 4 weeks
semester 4
Risk and Reliability C 2/e/3
The Science of Biotechnology C 2/t/3
Elective Course Unit 2 E 2/t/3
Specialisation 2 CE FC 2/t/3
Thesis 2 C 12/t/15
Total 24/3e/32 22/3e/30 24/3e/31 20/1e/27

  

Programme Plan (spring semester start)

Name of Course Unit Type FC 1. 2. 3. 4.
semester 1
The Science of Nanotechnology C 2/t/3
Applied Product Management C 2/t/3
Management and Human Science CE 2/t/3
Sustainable Environmental and Natural Resource Economics C 2/t/3
Quality Management C FC 4/e/5
Technology Management C 4/e/5
Engineering 2 CE 4/e/5
Elective Course Unit 1 E  2/t/3
semester 2
Quantitative Methods C FC 4/t/5
Operations Research for Engineering Managers C 2/t/3
Management C FC 2/t/3
Marketing Management C FC 2/t/3
Production and Operations Management C FC 4/e/5
Accounting C 4/e/5
Results and Applications of Modern Physics C 2/t/3
Engineering 1 CE 4/e/5
semester 3
Risk and Reliability C 2/e/3
The Science of Biotechnology C 2/t/3
Specialisation 2 CE FC 2/t/3
Thesis 1 C 12/t/15
Elective Course Unit II E 2/t/3
semester 4
Project Management C 4/e/5
Decision Support Systems C 2/e/3
Business Economics C 4/e/5
Specialisation 1 CE  FC 2/t/3
Thesis 2 C 12/t/15
Internship C 4 weeks
Total 22/3e/30 24/3e/32 20/1e/27 24/3e/31

 

Abbreviations in the Programme Plan

Course unit type
C:      Compulsory (Core) Unit                 CE:     Compulsory Elective Unit
E:      Elective Unit                                    CR:     Criterion Requirement

Assessment Type
e: examination
t: (mid-)term grade

FC: Final Examination Course Unit

Weekly Hours = Lectures + Practicals/Seminars + Laboratory work