Regulatory Affairs in Life Sciences

Products from the life sciences industry are subject to strict national and international laws and standards. The CAS Regulatory Affairs in Life Sciences focuses on the regulations for medical devices, in vitro diagnostics, and medical software. Experienced experts will guide you through the practice-oriented course content and equip you with the necessary knowledge to work in the regulated environment of the life sciences industry.

Degree programme in English | BFH

Factsheet

  • Degree/Certificate Certificate of Advanced Studies (CAS) Regulatory Affairs in Life Sciences
  • Duration Week 43 to week 14
  • Schedule Friday: 1pm to 7.30pm
  • Application deadline 23 September
    8–24 participants
  • ECTS credits 12 ECTS-Credits
  • Costs CHF 7500
  • Teaching language English
  • Location Biel, Aarbergstrasse 46 / Online
  • School School of Engineering and Computer Science
  • Next session Autumn semester 2025

Structure + Content

Objectives + Skills

Environment

  • Regulated environment in medical technology and the life sciences industry.
  • Quality and risk management in medical technology and the life sciences industry.

Medical devices including software as a medical device, active pharmaceutical ingredients, and medicinal drug products as well as combination products (medical devices – drugs/biologics) are governed by diverse standards and regulations. This CAS specifically addresses the regulations for medical devices, in vitro diagnostics, and medical software.

For a comprehensive understanding of pharmaceutical product regulations, we recommend the CAS Regulatory Affairs Pharma

Course overview

This CAS comprises a course block covering EU, CH, and global regulations. In addition, there is a specific course block on the US regulatory requirements for medical devices (FDA).

To enhance learning, participants carry out a semester project (Living Case) of a topic of their choice, preferably from their professional environment.

Both course blocks follow the phases of the regulatory life cycle of medical devices, in vitro diagnostics, and medical software. Essential regulations, standards, norms, and guidelines relevant to each phase are addressed during the specific teaching modules.

Training objectives

  • You gain comprehensive knowledge of the EU Medical Device Regulation (MDR) and the EU In Vitro Diagnostic Medical Devices Regulation (IVDR) and demonstrate proficiency in their practical application.
  • You acquire the necessary expertise to establish a quality management system (QMS) for medical devices, aligning with ISO 13485.
  • You know the interfaces to processes such as risk management, usability engineering, design verification, design validation, process validations and reviews.
  • You will develop the ability to implement national regulations on reporting obligations and corrective measures in the event of serious incidents involving medical devices.
  • You are planning to work in the regulated environment in the medical device- or in the life sciences industry.
  • You are currently working in the areas of development, manufacturing, quality management or regulatory affairs.
  • You are responsible for the detection and analysis of risks in the areas of medical technology, medical informatics or in the life sciences industry.

The individual modules that make up this programme are named below:

  • Overview Regulations
  • Regulatory requirements for medical devices in the USA
  • Quality and risk management
  • Product Engineering
  • Validation and Operation
  • Digitalization and cybersecurity in life sciences
  • Semester project (Living Case)
Skills profile CAS Regulatory Affairs Life Sciences Enlarge image

Bloom's taxonomy of learning objectives

  1. Knowledge: Reproduce what has been learned by heart.
  2. Comprehension: Explain, reformulate, or paraphrase what has been learned.
  3. Application: Apply what has been learned in a new context/situation.
  4. Analysis: Break down what has been learned into components, explain structures.
  5. Synthesis: Reassemble what has been learned or generate new content.
  6. Judgement: Critically evaluate what has been learned according to (mostly self-) chosen criteria.

A module may include a variety of teaching methods such as lectures, seminars, case studies, practical labs, assignments, etc.

For the 12 ECTS credits to be recognized, successful completion of the competency assessment is required (exam, semester work).

As a rule, a university degree and practical experience are required for admission. 
People with a high vocational training can apply, provided they have suitable professional experience and prior scientific and methodological knowledge. 

Requirements

  • Ideally you have a degree in engineering, medical technology, or medical informatics, in medicine/veterinary medicine, in pharmacy or in life sciences.
  • You work in the field of healthcare regulatory affairs and want to keep up to date with the latest changes.

The teaching language and the course materials are in English.

Degree + Title

Certificate of Advanced Studies (CAS) in «Regulatory Affairs in Life Sciences»

Statement

Christina Degen-Wendlinger

Christina Degen-Wendlinger
Senior Consultant, inmedis GmbH
 

“I am impressed how the students of the CAS Regulatory Affairs in Life Sciences combine the knowledge acquired in the seminars with practice in their case studies, resulting in well-founded new implementation solutions. In my opinion, this is what makes the MAS Regulatory Affairs stand out. The students are specifically prepared for the challenges of their working world.”

Infoevent and Course guidance

Location

Switzerland Innovation Park Biel/Bienne (SIPBB)

A location with many advantages

  • Classrooms within two minutes walking distance from Biel/Bienne railway station
  • Ideal train connections from Bern’s main railway station (every 15 minutes) and from Bern Wankdorf (every 30 minutes)
  • State-of-the-art infrastructure in the new SIPBB building
  • Various catering options in the immediate vicinity
  • Innovation and networking events

And that’s not all! Biel/Bienne is…

  • an innovation hotspot,
  • a university city,
  • an industrial and service city with numerous major players in the watchmaking, mechanical engineering, precision engineering and medical technology industries and major representatives of the communications and telecommunications sectors,
  • bordered by Lake Biel and its wide range of sports and leisure facilities,
  • a city that embodies bilingualism,
  • a town with a vibrant cultural life.

Biel Aarbergstrasse 46 (Switzerland Innovation Park Biel/Bienne)

Biel, Aarbergstrasse 46

Bern University of Applied Sciences

Engineering and Computer Science
Switzerland Innovation Park Biel/Bienne
Aarbergstrasse 46
CH 2503 Biel

Bern University of Applied Sciences

Engineering and Computer Science
Switzerland Innovation Park Biel/Bienne
Aarbergstrasse 46
CH 2503 Biel