Program Overview

Introduction to the Master of Science in Technology (Production)

The Master of Science in Technology (Production) is a 2-year research-based full-time program that aims to further educate professionals in the field of production. The program combines technical insight from the bachelor's degree with knowledge of production and management, enabling graduates to take on highly qualified technical leadership and operational tasks.

Program Structure

The program is module-based and organized as a problem-based study. Each module is a subject element or a group of subject elements that aim to provide students with a comprehensive set of professional qualifications within a specified timeframe, measured in ECTS points, and concluded with one or more exams within certain examination periods.

Admission Requirements

Admission to the program requires a relevant bachelor's degree or equivalent qualification. The program is open to applicants with a bachelor's degree in a relevant field, such as engineering, economics, or natural sciences.

Program Content

The program covers a range of topics, including:

• Production planning and control
• Information systems
• Logistics
• Quality systems
• Management and modeling of products and processes
• Strategic management
• Performance measurement
• Supply chain systems and production
• Business intelligence and analytical methods

Teaching and Evaluation Methods

The program uses a combination of teaching and evaluation methods, including:

• Project work
• Lectures
• Class teaching
• Study groups
• Workshops
• Problem-solving
• Laboratory experiments
• Field measurements and recordings
• Portfolio work
• Self-study

Examination Rules

Examination rules are outlined in the examination ordinance, which is published on the university's website. Exams are conducted in accordance with the 7-point grading scale, and students must pass all exams to complete the program.

Competence Profile

Graduates of the program will have acquired competencies in:

• Understanding and reflecting on the field's knowledge and identifying scientific problems
• Mastering the field's scientific methods and tools, as well as general skills related to employment in production
• Evaluating and choosing among the field's scientific theories, methods, tools, and general skills, and establishing new analysis and solution models on a scientific basis
• Communicating research-based knowledge and discussing professional and scientific issues with both peers and non-specialists
• Understanding and applying research results within the field of production systems
• Analyzing complex systems and identifying areas with potential for development

Job Prospects

Graduates of the program will be qualified to take on highly qualified technical leadership and operational tasks in various industries, including production, logistics, and management. They will also be prepared for further education, such as a Ph.D. program.

Language Requirements

The program is taught in Danish, but some courses may be taught in English. Students are expected to have a good command of Danish and English.

Credits and Duration

The program is worth 120 ECTS points and takes 2 years to complete.

Specialization

The program offers specialization in production, logistics, and management, allowing students to tailor their studies to their interests and career goals.

Research Areas

The program covers a range of research areas, including production planning and control, information systems, logistics, quality systems, and management and modeling of products and processes.

Career Opportunities

Graduates of the program will have a range of career opportunities, including:

• Technical leadership and operational tasks in production and logistics
• Management and consulting roles in industry and government
• Research and development positions in academia and industry
• Entrepreneurial ventures in production and logistics

Conclusion

The Master of Science in Technology (Production) program at Aalborg University is a 2-year research-based full-time program that aims to further educate professionals in the field of production. The program covers a range of topics, including production planning and control, information systems, logistics, quality systems, and management and modeling of products and processes. Graduates of the program will have acquired competencies in understanding and reflecting on the field's knowledge, mastering the field's scientific methods and tools, and evaluating and choosing among the field's scientific theories, methods, tools, and general skills. The program offers specialization in production, logistics, and management, and graduates will have a range of career opportunities in technical leadership, management, research, and entrepreneurship.