student foran tavle systems engineering

Sustainable Systems for Operations and Production

Get a solid foundation in how modern manufacturing and production systems are designed, managed and improved. We emphasise the integration of people, processes, and technology across the end-to-end manufacturing system.

Study facts

  • Campus: Kongsberg
  • Study level: Further education
  • Progression of study: Part time
  • Start up: Spring 2026
  • Teaching model: Session-based
  • Credits: 0 or 7,5
  • Charge: 25.000,- NOK There will be an additional semester fee.
  • Closing dates: Rolling admissions
  • Semesters: 1
  • Teaching Language: English
  • Number of students: 25
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Apply for sit-in with no credits/ECTS

You can also participate in this course without taking the exam, you then leave with a course certificate. Requirement for being a sit-in is: 

  • 2-5 years of relevant work experience  

The course is taught in English, it is expected that the candidate shall have sufficient English proficiency. 
 

Apply with no credits Norwegian applicants

Apply with no credits International applicants

Why study Sustainable Systems for Operations and Production?

You should study this course to develop a core, systems-level understanding of manufacturing and operations, enabling you to work effectively in industrial engineering and production environments.

The course will help you:

  • Build a strong foundation in manufacturing systems, including architectures, processes, and procedures.
  • Understand how decisions in design, planning, and operations affect system behaviour and performance.
  • Apply lean thinking and continuous improvement methods to eliminate waste, stabilise processes, and improve flow.
  • Develop the ability to diagnose operational problems, evaluate alternatives, and implement data-driven improvements.
  • Prepare for roles in operations improvement, production engineering, system optimisation, or manufacturing system design.

Why should I take this course?

This course is ideal for anyone involved in, or planning to work within, manufacturing, production, or operations-focused environments, including:

  • Manufacturing, production, and industrial engineers
  • Process engineers and operations managers
  • Professionals moving into lean improvement or operational excellence roles
  • Systems engineers needing foundational manufacturing knowledge
  • Planners, supervisors, and technicians seeking a deeper understanding of system behaviour
  • Stakeholders connected with manufacturing systems across supply, production, support, and service operations

Both technical and non-technical professionals benefit from its clear introduction to how modern production systems operate and how they can be improved.

What you will learn

Knowledge

After completing the course, the student will have:

  • Comprehensive knowledge of the design and management of a sustainable industrial manufacturing system

Skills

After completing the course, the student:

  • Is able to critically examine current manufacturing systems.
  • Is able to improve production and operations activities in contemporary industrial manufacturing systems

Competency

After completing the course, the student will be prepared:

  • To be a contributing team member to manufacturing engineering activities

Instruction

The course is organized into 5 intensive days of lectures. During these days, the lectures last from 08.45 to 16.30 each day. The course is a mixture of lectures and work in groups. Masterstudents and others taking courses for credit will work on a written assignment which is due 10 weeks after the end of the course.  A completed course with approved written assignment will give 7.5 studypoints. Full attendance during the intensive course week is obligatory. The maximum amount of hours that can be missed is 4, duly justified.

Dates

4 to 8 of May 2026.

Course plan

A course plan will give you a description of the academic content of the course and your learning outcome. You will find reading lists and relevant information on how each course is taught.

Link to the latest published course plan

Admission requirements

  • A bachelor’s degree in engineering or exact sciences. A bachelor’s degree in natural science or technology can also qualify provided that it contains at least 20 ECTS mathematics and/or statistics or physics
  • Two years of relevant work experience

You must also fulfill the English requirements.

The admission requirements are founded on the regulations regarding admission.

Any questions?

Anything you're wondering about?