Energy Mecha-nical Engineering
How will I learn
Taught in Icelandic. Proficiency in Icelandic is a requirement.
The Applied Energy and Mechanical Engineering programme is specifically geared towards answering the demands of the future industry and providing the local industry with engineers with competitive skills. Students are provided with firm practical skills in mechanical and energy systems design and develop strong fundamental knowledge in the field.
The programme is designed to meet the evolving demands of industry, equipping students with competitive skills tailored to the needs of the local sector. It provides a strong mechanical and energy systems design foundation, complemented by hands-on practical experience.
The programme is rigorous and practical, combining mechanical design, structural mechanics and computer-aided design, thermal fluids, hydraulics, automation and control, and energy production.
The applied engineering (technology) programme provides a strong foundation for further studies in engineering in related fields, both domestically and abroad.
Students can choose two areas of specialisation: Mechanical Engineering Design and Energy Technology. Further, students can choose engineering, business administration, or computer science courses.
Teaching methods
Practical learning and connection to the work environment
Students receive hands-on training and a strong and broad theoretical foundation. They are encouraged to participate in design projects and/or design workshops to become familiar with real and urgent practical projects.
Learn by doing
Practical projects are the foundation of the programme. During their first year of study, students complete the course Introduction to Technology, where they must tackle a realistic task and examine it from multiple angles. Students then work on practical projects each semester, completing their final project in the seventh and final semester of the programme. Final projects are usually carried out in collaboration with companies and institutions.
Internship
Internships aim to enhance students' knowledge in their field of study and prepare them for employment after graduation. The Department of Technology ensures that students who undertake internships work on challenging, interesting projects that align with their areas of interest. Internships have proven beneficial for students, and numerous final theses have been developed due to internships. The department has Internship agreements with over 40 companies and institutions.
Career
Certified Engineers (tæknifræðingur)
The degree provides students with certification from the Ministry of Industries and Innovation to practice as fully qualified engineers, holding the professional title of certified engineer (Icelandic: Tæknifræðingur).
Applied mechanical and energy engineering is a broad field and offers a variety of career paths. RU graduates are sought after by the industry, and their knowledge can be applied to various fields ranging from robotics to the design of Hydro- or Thermal power plants.
Structure
The programme leading to a BSc in Applied Energy and Mechanical Engineering is 210 ECTS credits and lenght of the study three and a half years, full time.
Do you have questions about the study?
Facilities
The facilities for practical teaching at RU are outstanding. The Department of Technology students have access to the following speciality facilities:
Machine shop
A well-equipped machine shop is an important part of engineering studies, bridging the theoretical and practical gap. This is the platform for students to solve fun and real engineering challenges. Before entering the machine shop, students attend introductory courses in machine building, where safety issues are covered, and students are taught the appropriate handling methods.
The machine shop has three lathes, two milling machines, a CNC lathe and milling machine, a welding machine, a laser cutting machine, a plasma cutting machine and other traditional tools.
Energy Technology Laboratory
This offers good facilities for research projects and final projects for students in undergraduate and master's programmes in engineering and technology. Students in courses such as thermodynamics, heat transfer theory, fluid mechanics and related subjects attend the practical part of their studies in this room and carry out experiments related to those subjects.
The Electronics Laboratory
This lab offers modern facilities for students who work on everything from practical experiments in individual courses to final projects in undergraduate and master's studies. Equipment is regularly renewed to meet the development of studies and what the business community demands, and students also have access to 3D printers.
Everything in one place
At Reykjavik University, all teaching and operations take place under one roof. Emphasis is placed on ensuring that everyone has easy access to the services within the building.
Further information: Campus | Háskólinn í Reykjavík
Living in Iceland
Many things must be considered before arriving in Iceland and during the first few weeks of your stay. Find everything you need about living, studying, and thriving in Iceland here:
Teachers
Expertise and Experience
Students in the Department of Energy and Mechanical Engineering benefit from the guidance of skilled scientists in their fields, technical experts, designers within the university, and numerous adjunct instructors with specialized industry knowledge. HR instructors typically maintain strong communication with students and have good connections with the industry.
Why Applied Engineer at RU?
- Certified as Applied Engineers
- Excellent facilites
- Good access to teachers
- Project-based education