Bachelor of Science in Physics and Astronomy
Studying physics and astronomy is particularly suited for people in possession of a unique talent, i.e. that of combining practical ingenuity (setting up and interpreting experiments) with abstract reasoning (mathematics). Physics aims to describe and understand the behaviour of material systems under a variety of conditions.
What
Physics is a branch of science that covers a large part of the material world, ranging from the study of subatomic particles to the study of distant galactic systems. Physics wants to describe and understand the behaviour of material systems under a variety of conditions. The significance of a physical theory is based on the ability to explain previously recorded experimental observations, and to predict results of unperformed or as yet unperformable experiments.
For whom
The study of Physics and Astronomy is particularly suited for people in possession of a unique talent, i.e. that of combining practical ingenuity with abstract reasoning. Not only do you have to be good at setting up and interpreting experiments, you also have to be able to apply mathematics – the abstract language of physics – fluently. From the first year onwards, this is an important requirement: a solid basic knowledge of mathematics is necessary to start the study programme. Provided that you obtained decent marks, a secondary school diploma with at least 6 hours/week of mathematics in its curriculum should be sufficient preparation to take on the Physics and Astronomy programme successfully.
Structure
Bachelor
The Bachelor’s programme in Physics and Astronomy studies the fundamental methods and techniques required to describe the earth’s and cosmos’ physical reality. Various specialized branches of physics and astronomy are already touched upon, to be further explored in the Master’s programme. The first year largely coincides with the Mathematics programme. In addition, several basic physics course units and a course unit on programming are provided. From the second year onwards, physics and astronomy become the main focus. You choose between the Physics and Astronomy track or the Education track. The former offers the opportunity to broaden your specialist knowledge or to explore other study programmes. The latter track allows for direct access into the subsequent Master’s Programme of Teaching.
Master
The Master of Science in Physics and Astronomy deals with a range of expert course units. In addition to five compulsory course units, the programme also offers a wide array of elective course units within the discipline. These electives have close ties with internationally active Ghent University research groups in Physics and Astronomy. Hence, you have a large degree of freedom to specialize in a Physics and Astronomy sub-discipline of your preference.
The study programme aims at studying of the fundamental aspects of physics and astronomy. By means of a balanced combination of the different concept, the programme also aims at delivering physicists and astronomers who are able to start in a specific research branch. In addition, the programme aims at training academic Masters with an attitude characteristic of the physicist and astronomer: i.e. the capacity for problem-posing and problem-solving thought. In many executive positions – be it in industry, government or academic research - this is an essential and highly valued skill.
The Master’s programme also offers minors that prepare you for a career in research or business.
In addition to the (domain) Master’s programme described above, you can also choose a Master’s Programme in Teaching (in Dutch: Educatieve Master). For more information, go to educatieve master (120 sp).
Labour Market
Our graduates find employment in company or government research departments, in product development or in a diversity of positions requiring a solid knowledge of ICT (e.g. big data, computer modelling) and problem-solving skills. Used to asking what-, how-, and why-questions, physics and astronomy graduates also find their way into fundamental and applied research positions. Our graduates receive an in-depth training with a strong focus on the capacity for problem-posing and problem-solving thought, mathematical modelling and computer modelling. Among other things, these skills make our students into flexible and widely employable graduates in a range of executive positions.
Quality Assurance
At Ghent University, we strive to educate people who dare to think about the challenges of tomorrow. For that purpose, we provide education that is embedded in six strategic objectives: Think Broadly, Keep Researching, Cultivate Talent, Contribute, Extend Horizons, Opt for Quality.
Ghent University continuously focuses on quality assurance and quality culture. The Ghent University's quality assurance system offers information on each study programme’s unique selling points, and on its strengths and weaknesses with regard to quality assurance.
More information:
www.ugent.be/nl/univgent/waarvoor-staat-ugent/onderwijsbeleid
www.ugent.be/en/ghentuniv/principles/educational-strategy/qualityassurance.htm
Unique Selling Points
- From the first year onwards, students gradually become acquainted with various scientific methodologies in physics and astronomy with a focus on critical thinking, multidisciplinarity and academic integrity.
- Step by step and by means of varied and innovative teaching and assessment methods, students (inter)actively delve into current themes (for example, why does the universe mainly consist of matter and not anti-matter?) and problems (for example, where do time and space come from?).
- Throughout the academic year there is accessible, tailor-made student guidance, including interim feedback, practice moments and practicals.
- Our students’ strong methodological background makes for a smooth study progress and flexible employability. Our graduates find employment in a highly diverse professional field, or start a PhD. The “golden triangle of physics” (i.e. theoretical modelling, data from experiments and computer modelling) results in a set of the technical skills adapted to jobs of the future.
- Our motivated and multidisciplinary team of lecturers has strong didactic professionalism. All of our lecturers are active experts in international research networks in physics and astronomy.
Strengths
- Throughout our programme, we optimize our students’ independence, giving feedback and support where necessary.
- When preparing their Bachelor’s and Master’s dissertations, students are embedded in a research group, where they can count on excellent content-related supervision.
- We communicate in a transparent manner on exam expectations and assessment criteria, for example by means of sample questions, the course sheet, and (additional) guidelines posted on the electronic learning environment.
- Our study programme can call on highly involved students in consultative bodies, student associations, alumni associations, and so on.
- We take to heart formal and informal feedback from all of our students, and act accordingly.
Weaknesses
- A wide range of existing initiatives notwithstanding, the Physics and Astronomy programme will continue to focus on sustainable alumni activities and broader communication regarding the final competencies and programme competencies, and employment opportunities after the Bachelor’s and Master’s programme.
- Outbound student mobility can be stimulated further, for example via internationalisering@home (e.g. international literature, involvement of lecturers in international networks, guest lectures).
- We will continue to focus on Ghent University’s policy choices: sustainability, entrepreneurship and civic engagement by structurally embedding these aspects into the curriculum.
This study programme is accredited by the Accreditation Organization of the Netherlands and Flanders (Dutch: NVAO). Accreditation was extended following the positive outcome of the institutional review in 2017. Programme quality was validated by a quality review, i.e. a screening of the Education Monitor by the Education Quality Board. The Quality Assurance Resolution (in Dutch) can be found here.
This information was last updated on 01/06/2021.
In case of questions or suggestions with regard to the publicly available information, please contact the study programme.