Studies
Research
About RU
Duration
2 years
Credits
120 ECTS
Degree
MSc
Certification
Engineer
Internship possible
Yes
Distance learning possible
No

What do I Learn?

Create Your Own Engineering Path

Students have different areas of interest and future plans, and different study paths appeal to them. The Faculty of Engineering offers students flexible and personalised learning, equipping them for their future path.

Reflecting the Purpose of the Future

The areas of work and the tasks of engineers are highly diverse. With rapid technological development, it is expected that today's engineering students will engage in a wide range of projects. To respond to these changes, students are now offered the opportunity to tailor their study path according to their interests and/or with an interdisciplinary approach.

Study Based on Each Individual's Interest

This engineering programme focuses on individual choice. Compulsory subjects are much fewer, with about half of the course being elective. Each student, with the help of an advisor, creates a personalised study plan that must meet the requirements for engineering fundamentals and specialised courses. This allows the programme to be tailored to several areas of interest rather than specialising in one specific branch of engineering. Students who choose this path graduate with a BSc in Engineering, followed by an MSc in Engineering.

A Clear Perspective and Increased Flexibility

The engineering programme with elective choices may suit those with a clear vision of what they want from the start or those who wish to create a unique path. Students who choose this route must write a short, concise statement outlining what they hope to achieve from the programme and submit it with their application.

CDIO Collaborative Network

Skills in idea generation, project management, communication, and presentations are developed through various courses throughout the programme. This aligns with the CDIO philosophy, a network of forward-thinking universities that teach engineering disciplines, and RY participates in this network.

The CDIO methodology emphasizes collaboration between universities, industry, and professional organizations. The design of programmes based on the CDIO approach ensures that students acquire solution-oriented engineering skills that employers seek without compromising academic standards.

Preparation for the Future

All third-year BSc students complete Engineering X, an extensive 15-week course where students develop a solution to a real-world problem for a partner organization.

In the course, students learn formal methods for analyzing the partner's needs and defining possible solutions to the project. Students from different programmes are then assigned projects related to their field of study and work in teams to develop and create a product ready for use.

Engineering X builds on popular elective courses at RU, where students have, for example, created a rocket, an autonomous submarine, a robot with programmable walking capabilities to test assistive devices, software to price bonds, warehouse layouts to maximize efficiency in delivery, and a simulation model for call centres.

In MSc programmes, students can work on a master's project in collaboration with a company. These projects, which have direct practical applications for industry, are an excellent way for students to familiarize themselves with the challenges and operations of a company while also providing an opportunity to introduce themselves to the industry. Industry-related projects open doors to companies, and many students have been hired by the companies they worked with during their projects.

How will I learn?

12+3 System

Courses are taught for 12 weeks, followed by an examination, and then students attend a three-week practical course.

Basic Courses

In all engineering programmes, the first semesters of the studies are dedicated to foundational courses useful to engineers throughout their careers. Upon completing these courses, students will have a solid understanding of:

  • Mathematics
  • Physics
  • Chemistry
  • Programming
  • Project management
  • Innovation and entrepreneurship, including business planning and company formation.

After the first year, the programme becomes increasingly tailored to each specific track.

Internship 

Students can apply for a 6 ECTS internship in the final year of their BSc degree.

Examples of firms and organisations that have accepted students for internships:
Actavis • Arion banki • Arion banki • Blóðbankinn • deCode • EFLA • Elkem • Fjármálaráðuneytið • Hjartavernd • HS Orka • Íslandsbanki • ÍSOR • Ikea • Landsbankinn • Landsnet • Landspítalinn • Landsvirkjun • Mannvit • Marel • Marorka • Olís • Orka náttúrunnar • Orkuveitan • Raförninn • Samey • Samskip • Securitas • Síminn • Sjóvá • Verkís • Vodafone • VSÓ ráðgjöf • Össur

Exchange Studies and Internships

Students may apply for an internship (12 credits) during the spring term. Additionally, students can apply for an exchange programme during either the autumn or spring terms.

Introduction to Engineering

Students tackle a comprehensive, real-world project just a few weeks after the first day of classes. They are expected to solve the problem collaboratively across different disciplines. This project is part of the Introduction to Engineering course.

Club Work

Students can participate in various engineering-related activities, such as being part of the school's Formula team (RU Racing), the robotics club, or participating in innovation or management competitions.

Emphasis on Environmental Issues
  • In the first year, students must complete the Energy Efficiency course.
  • The Introduction to Engineering course, lasting three weeks, focuses on sustainability and the environment.
  • All fifth-term students must take a course on sustainability.

Future Prospects

Modern Curriculum Provides Opportunities

The breadth of engineering studies provides diverse career opportunities in modern society. Graduates have a strong academic foundation and excellent training in problem-solving, designing solutions, and implementing them. They are thus well equipped to contribute positively to society and adapt to the technology the future will bring.

Engineers have a tremendous impact on society, usually for the better, but the consequences of technological advancement and industrialization can sometimes be unforeseen and negative. Engineering students learn to apply quantitative methods to assess problems and identify the most promising solutions. They learn about sustainable development and the need to consider the consequences of decisions. Teaching in project management and innovation further helps engineers bring their ideas to life in the business world.

Certification

The engineering curriculum is divided into two parts: a three-year undergraduate programme (180 credits) and a two-year master's degree (120 credits). To earn professional qualifications and the legally protected title of engineer, you must complete an MSc degree that meets the Ministry of Economic Affairs and Innovation's standards.

Advantage of Internships

Engineering studies consist of a three-year (180 credits) undergraduate programme and a two-year (120 credits) MSc programme. To gain professional qualifications and the right to use the legally protected title of engineer, one must complete an MSc degree per the Ministry of Industry and Innovation requirements.

Structure

In order to gain specialisation and professional qualifications as an engineer, one must complete a two-year MSc programme after finishing the BSc degree. The Engineering programme, both BSc and MSc, is a 5-year course (a total of 300 credits) that meets the requirements for the legally protected title of engineer.

Specialisation and Individual-Oriented Studies

In postgraduate studies, students gain specialised knowledge and practical technical expertise. Students create an individualised study plan in consultation with a supervisor, based on their areas of interest. The programme is research-oriented, and students can choose to use it for significant specialisation.

Final Thesis

Elective courses help students prepare for research projects and enhance their knowledge of a subject. The final thesis is 30 credits and is completed in the final semester. Students can apply to complete a 60-credit final thesis and take the equivalent number of elective courses. Master's students can also apply for an internship in the spring semester, which can be up to 12 credits.

Additional Information

The organisation of the engineering programmes is detailed in the RU curriculum available on the web.

Autumn
Gagnanám og vitvélar
T-809-DATA / 8 ECTS
Valnámskeið I
0 / 6 ECTS
Valnámskeið I
0 / 6 ECTS
Þriggja vikna námskeið
T-100-XXX / 6 ECTS
Spring
Aðferðafræði rannsókna I
T-801-RESM / 4 ECTS
Valnámskeið I
0 / 6 ECTS
Valnámskeið I
0 / 6 ECTS
Valnámskeið I
0 / 6 ECTS
Þriggja vikna námskeið
T-100-XXX / 6 ECTS
Duration
2 years
Credits
120 ECTS
Degree
MSc
Certification
Engineer
Internship possible
Yes
Distance learning possible
No

Facilities

Service and Good Facilities

The teaching takes place at the RU University building in Nauthólsvík. The building includes facilities for practical instruction, research, group work rooms, a canteen, study, and career counselling, as well as other student services.

Practical teaching

At RU, the focus is on practical skills and training alongside a strong academic foundation. As a result, the facilities for practical teaching are exemplary. Electrical engineering students have access to an electronics laboratory. In addition, they have access to a chemistry lab and, in some cases, facilities in the basement of the university building for larger projects. Researchers at the Department of Mechanical and Electrical Engineering also have research labs for experiments.

Energy Technology Laboratory

The Energy Technology Laboratory houses a collection of energy and efficiency experiments. Students in courses such as thermodynamics, heat transfer, fluid dynamics, and related subjects carry out the practical part of their studies in this lab, conducting experiments related to these topics. The Energy Technology Laboratory offers excellent facilities for research projects and final theses for undergraduate and master's students in engineering and technology. The Formula Student team from the University of Reykjavík is currently based in the lab. The workshop supervisors are Gísli Freyr Þorsteinsson and Indriði Ríkharðsson.

Electronics Laboratory

The Electronics Laboratory is focused on projects and experiments in electronics, electrical engineering, electrical power, control systems, and automation. The lab contains diverse practical experiments related to the course material in these areas. It also provides a workspace for students working on larger projects or final theses at undergraduate and master's levels. The lab has various tools and measuring instruments, such as oscilloscopes, microcontrollers, ADCs, industrial robots, and more. There is also an extensive collection of circuit work components and excellent facilities for assembling circuits.

Class Rooms and Reading Rooms

The University of Reykjavík’s facilities offer excellent teaching, studying, and student collaboration resources. The classrooms are well-equipped, and students can make use of group workrooms. General facilities are available to students 24 hours a day.

Excellent Service 

The university building provides easy access to academic and career counselling, the international office, and technical support. The library offers excellent and diverse workspaces. The library provides access to books and academic journals, and information specialists are available during open hours to offer advice and assistance with research work.

Shops and Cafe

RU facilities include the Háskólabúðin (convenience store), a cafe, a World Class training facility, and the Málið canteen.

Why Master in Engineering at RU?

  • Students have excellent access to their teachers.
  • Students benefit from outstanding teachers and researchers.
  • There is active engagement with the business community.
  • Master's projects are often completed in partnership with companies, with the possibility of receiving funding.
  • A strong internship programme offers up to 12 ECTS credits.
  • Students have the opportunity to participate in exchange programmes.
  • Times Higher Education ranks the University of Reykjavík among the top small universities in the world.
  • All studies are conducted at Reykjavik University
Go to top