Research, Design & Engineering

As part of the project, students will work in groups to analyse the given technical problem. During this phase, students will receive relevant, timely information on topics such as:

Literature research
Framing the research
Research methods
Plan of approach
Project organisation

During the subsequent design and engineering phases, students will develop solutions to the problem and advise the client on the given assignment. To support this process, the following modules are scheduled: Automation & Control, Machine Engineering, and Installation Engineering. Additionally, students will receive just-in-time learning opportunities, such as:

Design for maintenance lectures
Design for sustainability lectures
Guest lectures on relevant topics
Feedback sessions with tutors and clients
Report writing guidance

Programme structure

The programme is currently divided into four modules:

Project: Research, Design & Engineering (15 ECTS)

This 15 ECTS project addresses a professional mechanical engineering problem, encompassing both product and system-related issues. Throughout the project, students engage with the full engineering process. Initially, they conduct a problem analysis, including a literature review. Subsequently, they design and engineer a solution in a structured and methodical manner. The project is carried out in close collaboration with the client.

Machine Engineering (5 ECTS)

In this module, students study an existing machine to explore various engineering aspects. The Guide to the Application of the Machinery Directive 2006/42/EC is used to analyse the machine. Additionally, a risk analysis is conducted to identify all existing issues, malfunctions, and potential hazards. Key engineering skills covered include:

Selection of machine components (e.g., brakes, clutches, gears)
Determination of applicable load cases in dynamic conditions
Strength and strain calculations for machine parts and sub-assemblies using FEM software in worst-case scenarios

Installation Engineering (5 ECTS)

This course covers the fundamentals of HVAC (Heating, Ventilation, and Air Conditioning) system design and engineering for climate control in buildings. The design process begins with room condition requirements and heating/cooling load calculations and progresses to the development of piping and ducting systems. Students gain an overview of distribution systems and components for delivering heat, cold, and fresh air. While the course does not cover heat and cold generation (e.g., chillers, heat pumps, CHP, boilers), it places particular emphasis on hydronic system design—an essential factor for energy efficiency and occupant comfort in buildings. The knowledge gained is also applicable to district heating systems and the efficient operation of heat pumps.

Automation & Control (5 ECTS)

This module introduces students to digital control programmes for industrial installations. Topics covered include:

Fundamentals of digital electronics and programming
Digital input and output devices
Programming methods
Ladder logic and other control diagrams

Students will enhance their understanding through hands-on programming exercises using industrial PLCs and Arduino microcontrollers.

Elective (5 ECTS)

Through this optional module, students can tailor their learning experience by selecting a relevant 5 ECTS module (e.g., Hydrogen & Fuel Cells) or by working on an external client project. This module can replace either Machine Engineering or Installation Engineering.

Before you can start

This programme is offered in the third year of a four-year bachelor's degree. Students must have completed 120 ECTS credits (four semesters) at the undergraduate level in the field of Mechanical Engineering.

Admission & application

Please check with your home university whether there is an agreement set up with the Hanze School that is offering the exchange programme of your choice. To apply for and be admitted for our exchange programme you should take the following steps

1. Be nominated by your home university

Once you have been nominated, your nomination will be checked by us and confirmed to your home university by email. You will receive your application link during our application period.
2. Submit your online application

Once you have been nominated by your home university you will receive a personal application link and the application instructions during our application period. The application is fully digital and documents do not have to be send by email or postal mail. Make sure you do not miss our application deadline!
3. Letter of Acceptance

Once you have submitted your application we will check your documents. If you have to re-submit any documents, we will let you know. We will be sending out Acceptance Letters from the beginning of May when you start in September and from the middle of October when you start in February.