48 Manufacturing Masters Degree Programs

A graduate of the study program Manufacturing Systems and Quality Management knows: determine the technical parameters of machines, equipment and their components required for production, define quality management in mechanical engineering, at the current level of knowledge to systematically and comprehensively solve material, technological and organizational issues in the rationalization, modernization and design of new engineering processes and systems.

The discipline to cultivate highly sophisticated talents of Master in Advanced Manufacturing and Informatization aiming for scientific research and technical services, focusing on the theory and applied technology research in digital design and manufacturing, computer intelligent detection technology and intellisense processing and computing based on information technology.

The Digital Manufacturing specialization track trains professionals with thorough theoretical understanding and practical skills in next-generation 3D printing, other digital manufacturing, and traditional manufacturing technologies.

This MSc Mechanical Engineering - Advanced Manufacturing (M- ENG AM) program develops skills for providing innovative and optimized solutions in the advanced design and manufacturing of products and structures for both research and industry.

The manufacturing industry is undergoing another profound transformation towards “Smart Manufacturing”, characterized by Industry 4.0 and digitalisation. The Master of Science in Smart Manufacturing programme is aligned with Industry 4.0 and focuses on one of the four major pillars, that is, smart manufacturing including 3D Printing.

The MSc in Aerospace Manufacturing lets you gain the sought-after capabilities to manage major improvement programmes in the aerospace manufacturing industry or instigate interventions that deliver improvements to the performance of the businesses. This industry is constantly innovating.

MSc Digital Design and Manufacturing 3D printing is changing the face of manufacturing, healthcare and fashion. Discover the tools and technology behind additive manufacturing and Industry 4.0 to take the lead in shaping our world. Embrace advances in technology and help to shape the future with this unique master's degree. 3D design and digital manufacturing technologies are advancing at an incredible rate.

Semiconductors are everywhere – from the processor and AI chips in our smartphones to electronic devices for electric and autonomous vehicles, to new sensors for healthcare. Training required for manufacturing and semiconductor technology is developing rapidly in a wide range of fields. Besides the semiconductor manufacturing process, the semiconductor industry is capital-intensive and must focus on realistic needs for manufacturing intelligence, including new fab construction, technology migration, capacity transformation and expansion, tool procurement, and outsourcing. Recently, semiconductor manufacturing has also become a global geopolitical battleground. Thus, there is a need for professional education to train engineers in Hong Kong and mainland China to acquire the capabilities of intelligent and semiconductor manufacturing.

This master's program focuses on how manufacturing companies can innovate and grow in today’s competitive world. It combines technical knowledge with business skills, giving students a solid foundation in manufacturing processes, design, and enterpri…

This MSc program focuses on equipping students with skills in digital manufacturing techniques for advanced materials. It covers a range of cutting-edge topics like additive manufacturing, digital design, data analytics, and automation. The course co…

What is remarkable of the Spanish Industrial Engineering is its long tradition of more than 150 years. The subject covers several academic disciplines such as mechanics, electronics, automation, electricity, chemistry, energy, material science, management, manufacturing, environmental engineering, among others. The multidisciplinary scientific-technological learning of engineering students allows them to face both technological and management issues in different industrial scenarios. The most specific professional activities are the analysis and design of products, processes, facilities, or plants and management, planning and supervision. The scientific-technological level achieved by Master students also allows them to access research activities to develop innovative products and processes such as medical devices, collaborative robots, or autonomous vehicles.

For the Smart Manufacturing specialisation. The Red Bird MPhil Program explores a student-centered interdisciplinary education paradigm through guided learning, creating an optimal growth environment for future strategic engineers and scientists to discover themselves, unleash their potential, and continuously improve their abilities.

This Master is a specialization in the modern techniques of Computer Aided Integrated Design and Manufacturing. Today manufacturing is not conceived without the use of these technologies, so its contents will be directly applicable to the future professional activity of the student. The knowledge transmitted in this Master must allow the student to go through all the stages of the product's life cycle, from conceptual design to manufacturing and recycling.

(Official name of the study programme: MSc in Timber Industry Engineering) Innovative Solutions for Sustainable Wood Utilization

The current textile field requires trained people, with the ability to lead companies and research structures related to the sector, who face the challenge of new skills, and who help promote the development of new products and be competitive in the renewed market. textile.