Master of Science – Sensor Systems and Innovation
Vestfold - Full time
Bioensor Technology is a specialisation in our Master of Science in Sensor Systems and Innovation. Master the art of designing and integrating advanced sensor technologies to solve health, ocean and environmental challenges. Join us to innovate and create solutions that address real-world problems.
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Closing dates: Expired
Study facts
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Campus: Vestfold -
Study level: Master's degree -
Progression of study: Full time -
Specialisation: Biosensor Technology -
Start up: Autumn 2025 -
Teaching model: On Campus -
Credits: 120 -
Closing dates: Expired -
Application code: Non-EU 7183 and EU/EEA 7122 -
Semesters: 4 -
Teaching Language: English
Biosensor Technology
Biosensors can detect biological and chemical compounds. In medicine, for example, they can be used to analyse a blood sample by detecting biological molecules such as proteins, enzymes, or DNA. They are also used in environmental monitoring and food safety, where they can check for environmental toxins or bacteria and viruses. In this study programme specialisation, students learn to design and use modern biosensors, and how the signals can be interpreted and used to detect both desired and undesired substances in biological samples.
Why study Sensor Systems and Innovation?
Master in Sensor Systems and Innovation provides you with advanced skills in sensor technology to address challenges in health, marine, and environmental monitoring. The programme is ideal for recent graduates and professionals seeking specialization, and it promotes innovation in a rapidly growing field.
You will learn to design, develop, and implement smart sensors and systems that interact with their surroundings. Sensor systems have a wide range of applications, including health, welfare, environmental monitoring, smart cities, communication, energy systems, maritime industry, autonomous vehicles, and more.
Through the programme, you will have the opportunity to explore new technologies and applications for sensor systems. This may involve developing new sensor solutions, finding new ways to use existing sensors, or creating innovative systems and technologies that leverage the full potential of sensors.
The curriculum also covers how sensors can be effectively integrated with other technologies and systems to address real-world challenges. The programme’s focus on innovation aims to inspire you to develop new solutions and create added value based on your technological expertise.
In their master’s thesis, students specialize in a self-chosen area within sensor systems. Examples can include designing and testing a new sensor, or using software to collect and analyse data from an existing sensor.
Semester exchange to USN
Within this programme there are several exchange opportunities for students from partner universities. For more detail, please contact our programme coordinator and visit our exchange programme page for a list of courses. The application deadlines are May 1st for the autumn semester and November 1st for the spring semester.
Where can I work?
Sensor systems are crucial for many technology companies, such as those in maritime technology, medical technology, process industry, and many others. Some companies develop their own sensors, while others create systems that collect and analyse data from existing sensors. With a master’s degree in Sensor Systems and Innovation, you will be attractive for a career in these companies. You will also have a solid foundation for a further career at a university or research institution, as well as for pursuing a PhD.
Examples of what you can work with:
- Product development
- Research and development
- Technical consulting
- Project management
- Production management
- Development of production technology
- Quality management
- Business development
- Marketing and sales
- Start your own business
Working with the local business community
Throughout your studies, you will have the opportunity to visit local electronics and sensor technology companies. Additionally, industry experts will deliver guest lectures on selected subjects.
We work closely with companies and research institutions regionally, nationally, and internationally. The academic environment of the study programme is highly active in research, and master’s theses are often linked to research projects or carried out in collaboration with a company.
The strong connection to the industry and the networking opportunities mean that many of our students receive offers for part-time jobs during their studies.
Volt
We have our own student association, “Volt,” which works to create an inclusive student environment among engineering and technology students at USN campus Vestfold. The association organizes social activities, seminars, and workshops, and builds bridges to the business world through company visits and career days. Here, there are great opportunities to network and prepare for future careers.
Further studies
Graduates from the programme with average grade B or better are well qualified for further doctoral degree studies (PhD) at USN and other universities elsewhere in the world.
Get international experience
You can take parts of your study programme abroad. Studying, doing the master project or doing an internship in another country gives you the opportunity to expand your international competence, language skills, personal qualities and adaptability. This can also make you more attractive in the job market. We have agreements with international universities, colleges and internships institutions adapted to your studies.
Study Plan
A study plan describes the content, structure and organization of a study programme. To each study plan there is a set of course plans that describe the different courses. In the course plan you will also find a reading list. Below you will find a study model that shows you which courses that are taught in each term. In the study model you'll also find links to each course plan.
Study plan for 2025 autumn
Special considerations
It is recommended to have at least 5 ECTS in Electrical Circuits. Applicants lacking this will have the opportunity to take an electric circuits course in the first semester.
Admission requirements
This programme requires a completed and passed bachelor's degree in engineering, natural sciences, or equivalent. Other natural science and/or technological bachelor's degrees may also qualify, provided they include at least 20 credits in mathematics and/or statistics or physics.
For all applicants, the following is also required:
- You must also fulfil the English requirements
Please read all the information about the admission process before you apply.
Export control
This programme may be covered by the regulations on export control. Export controls are applied to countries where there is suspicion about development and use of weapons of mass destruction. USN may therefore decide to conduct a specific evaluation of these applicants. As it is under discussion, we do not have more information at present.
