UTFacultiesTNWNewsBachelor’s programme Advanced Technology successfully reaccredited
From left to right: Cornelise Vreman-de-Olde (Secretary of the AT Examination Committee) Jeroen Cornelissen (Dean S&T) Herbert Wormeester (Programme director) Cees Terlouw (Panel chairperson) Gerhard Schmitz (Panel member)

Bachelor’s programme Advanced Technology successfully reaccredited

The Bachelor’s programme Advanced Technology, offered by the Faculty of Science and Technology (S&T), has once again received a positive accreditation outcome. On Friday, 21 November 2025, the programme underwent its regular six-year accreditation review by an external committee appointed by the Accreditation Organisation of the Netherlands and Flanders (NVAO). The panel’s preliminary conclusion is that Advanced Technology has a sharp and distinctive profile, combined with excellent implementation.

During the accreditation visit, the panel assessed the programme on four criteria:

  1. Intended learning outcomes: the programme’s vision and objectives
  2. Teaching and learning environment: the structure and implementation of the curriculum
  3. Student assessment: transparency, quality and design of assessment procedures
  4. Achieved learning outcomes: the level of thesis work and performance of alumni

Through interviews with students, lecturers, programme staff and the faculty board, as well as guided tours of the laboratories and teaching facilities, the panel gained a comprehensive understanding of the programme. It praised, among other aspects, the strong implementation, well-defined profile, and excellent performance of the Examination Board, as well as the high quality of students’ thesis work.

Continuation of diploma validity

This positive outcome confirms that the programme is reaccredited for another six years and that the BSc Advanced Technology diploma can continue to be awarded to students who meet the programme’s graduation criteria.

Appreciation for broad involvement

Programme director Herbert Wormeester highlights the collective effort behind this result:

This reaccreditation underscores the strength of the Advanced Technology community. It is inspiring to see students, lecturers and staff continuously working together to improve the programme.

In addition to this support, the Examination Board, Programme Committee, Faculty Board, and our alumni have consistently provided input and support, contributing to this positive outcome

About Advanced Technology

Graduates in engineering sciences require in-depth and specialized skills in a technical field, along with strong interpersonal skills to collaborate across disciplines. At the same time, they must be capable of thinking outside the box and possess the skills to easily adapt to new knowledge and apply it broadly, in collaboration with other disciplines and society. The Advanced Technology program aims to train these T-shaped professionals by combining a bachelor’s level in engineering and natural sciences at the crossroads of physics, chemistry, materials science, mathematics and engineering with the programming skills, an understanding of entrepreneurship, and the impact of technology on society. This enables our students to gain admission to a wide range of master's programs, particularly in technical disciplines. These master's programs include both traditional disciplinary master's degrees and interdisciplinary master's programs such as nanotechnology, mechatronics, and sustainable energy.

In September 2025, a revised curriculum was introduced to increase student engagement and keep the curriculum up to date. Courses adopt a semester structure to enhance flexibility and depth. The first year offers a comprehensive introduction to fundamental technical subjects, mathematics, and academic skills, while the second year broadens and deepens knowledge and interests, including preparation for the chosen master's. The third year includes elective modules to prepare students for master's and graduation projects.