Page 2 of 5, 65 Distance Learning Master Programs in Engineering Studies in Europe for 2024

Become the Decision-Maker Sought After by Manufacturing Industries As industrial processes become increasingly automated, the digital revolution is opening doors for big data professionals, especially within the industrial sector. To stay ahead in the ever-evolving IT landscape, it is crucial to master the art of reading and leveraging big data, skills that can be acquired through data-focused programmes such as IU's Master's in Applied Artificial Intelligence in Production.

Embark on Your Master's Journey in Applied Artificial Intelligence in Automotive IU's aster's in Applied Artificial Intelligence in Automotive (60 ECTS) is designed to set you on the path to a rewarding career in this dynamic field, whether you aspire to be a (Senior) AI Developer, a pioneering AI Researcher, or a visionary Project Lead.

Are you looking to advance your engineering career? Want to break through to a management role? Then this Master’s degree programme in Engineering Management is the perfect choice for you! You’ll explore complicated technical concepts in-depth, while also working on advancing your management theory knowledge and understanding of business psychology. All of these capabilities will serve you in the future when you will be leading international teams in complex and challenging engineering projects. At IU International University of Applied Sciences, the focus of your studies is on practical skills. Once you graduate, you will be ready to start your career with confidence, regardless of the role.

Invest in your future and open up new career possibilities – apply for an online Master in Engineering Management at IU. Develop key managerial skills to go along with expert insights into top-level engineering challenges, and solidify your abilities as a problem solver and results-driven engineering manager. With an online degree from IU, you’ll have the chance to not only study completely online but also earn an internationally recognised certificate, to help you become an industry-leading professional. Students in this study programme are eligible for a dual degree from LSBU (London South Bank University) without any additional academic requirements.

The Engineering Management MSc online programme provides you with advanced knowledge of the latest engineering management issues and the management techniques needed to create successful strategies and results. Combining academic theory with practical know-how, the programme will help you navigate the full range of management competencies required in the field, including systems thinking, operations, human resources, and the design and management of the supply chain. You will also learn about managing finances and assets within the engineering industry, and understand the principles of global marketing and customer service.

Awarded by: The Open University

Our MEng is an integrated masters degree that combines undergraduate and postgraduate study. It fulfils the educational requirements for Chartered Engineer status. Engineering is a creative and analytical subject. You’ll develop the skills, techniques, concepts and knowledge needed by professional engineers, underpinned by science and mathematics. The course has a common core with a choice of routes to suit your area of interest. You’ll work on real-life projects to create innovative solutions to challenging problems. You’ll team up with other students and work on your own projects.

This MSc has the development of holistic thinking skills and an appreciation of multiple perspectives at its core. Systems thinking skills are relevant in many different areas. For example, business, engineering, environment, development, health, IT management, and organisation change. Gain insights into the ways other people think about situations. Learn how to apply concepts, tools and techniques developed by systems thinkers. Develop your own ways of thinking in practice, and become aware of how you can act to bring about improvements in complex situations.

Combine modules from engineering analysis and technology. Shape a qualification that suits your career aspirations. You’ll develop a range of transferable skills, such as creative problem solving, effective communication, project management and concept realisation. You’ll also develop a professional approach to your work and extend your engineering skills. Through the project module, and as part of a small project team, you’ll design and present a solution to a real-world engineering need.

The MSc Engineering for Marine Professionals programme consists of a stand-alone 60 credit research module, which provides the opportunity to complete a full 180 credits at Level 7.

The MSc Sustainable Maritime Operations project consists of a stand-alone 60-credit research module, which provides the opportunity to complete a full 180 credits at Level 7.

The MSc Advanced Hydrography for Professionals programme consists of a stand-alone 60 credit research module, which provides the opportunity to complete a full 180 credits at Level 7.

Master in occupational safety and health in public and private sector organizations throughout the world are increasingly concerned with improving occupational safety and health (OSH). In both developed and developing countries, the rapid pace of technological change, combined with the persistence of unsafe and environmentally threatening working conditions, has served to focus attention on the need to create a safe, healthy working environment and to promote a coherent safety culture in the workplace. Organizations increasingly seek OSH professionals who can catalyze these processes, and it is not always easy to find professionals with the right skills

Our well-established and fully accredited MSc in Structural Engineering will enable you to develop advanced capabilities in analysis and codified design in the specialized areas of structural engineering. As a student in this course, you’ll have the opportunity to build on the knowledge and skills you’ve acquired from your undergraduate studies.

A system-of-systems approach is required for designing new and managing existing infrastructure networks due to their interconnected nature. Understanding the resilience of the built environment against climate change and other external hazards – and how long-term sustainability-driven decision-making can assist towards our transition to a net-zero carbon economy – is fundamental to the safe and efficient functioning of society.