Graduates with the expertise to understand both the art of management and the complexities of engineering processes are increasingly sought after in today's industrial world. The M.Sc. Management and Engineering in Computer Aided Mechanical Engineering (MME-CAME) caters to this demand in providing an industrial engineering masters degree programme that will give you the choice and the flexibility to work in two increasingly interlinked fields: at the interface of technology and economics.
An industrial engineer is someone whouses sophisticated computer simulation software for the development of mechanical drawings; applies cutting-edge computer modelling for the development of high-tech products; continuously simulates product performance under extreme conditions to identify the best materials for improving the fabrication drawings; identifies the most cost-efficient material composition and production method for specific high-performance products; develops, designs and improves products and solutions in the manufacturing and service industries; provides and promotes ideas, goods, and services on international markets; implements quality management and controllinglets culturally diverse teams excel under his/her leadership. . . to make a difference.
Is this you? The programme's first year is designed to broaden and increase the knowledge and practical use of computer-aided simulation techniques in mechanical engineering with a focus on the development and application of computer-aided methods and systems at all stages of product development. It provides in-depth knowledge and understanding of finite element methods, numerical methods, simulation, mechanics, software engineering, and production management. Current research directly influences the curriculum and ensures that students are exposed to the most up-to-date information and practices.
The RWTH School of Business and Economics also contributes three management modules during the first two semesters. The Maastricht School of Management contributes the business-related component to this programme. Students will be trained as a globally-oriented managers with solid knowledge of the core management processes and with understanding of the major social and environmental issues that set the scene for business processes in emerging economies. Research-based knowledge is combined with a broad interdisciplinary view of management in courses that take an explicitly strategic and integrative view of the management function. Throughout the programme, students will be challenged to explore feasible innovations that balance business and development perspectives.
Templergraben 55, 52062 Aachen, Germany
Graduates with the expertise to understand both the art of management and the complexities of engineering processes are increasingly sought after in today's industrial world. The M.Sc. Management and Engineering in Computer Aided Mechanical Engineering (MME-CAME) caters to this demand in providing an industrial engineering masters degree programme that will give you the choice and the flexibility to work in two increasingly interlinked fields: at the interface of technology and economics.
An industrial engineer is someone whouses sophisticated computer simulation software for the development of mechanical drawings; applies cutting-edge computer modelling for the development of high-tech products; continuously simulates product performance under extreme conditions to identify the best materials for improving the fabrication drawings; identifies the most cost-efficient material composition and production method for specific high-performance products; develops, designs and improves products and solutions in the manufacturing and service industries; provides and promotes ideas, goods, and services on international markets; implements quality management and controllinglets culturally diverse teams excel under his/her leadership. . . to make a difference.
Is this you? The programme's first year is designed to broaden and increase the knowledge and practical use of computer-aided simulation techniques in mechanical engineering with a focus on the development and application of computer-aided methods and systems at all stages of product development. It provides in-depth knowledge and understanding of finite element methods, numerical methods, simulation, mechanics, software engineering, and production management. Current research directly influences the curriculum and ensures that students are exposed to the most up-to-date information and practices.
The RWTH School of Business and Economics also contributes three management modules during the first two semesters. The Maastricht School of Management contributes the business-related component to this programme. Students will be trained as a globally-oriented managers with solid knowledge of the core management processes and with understanding of the major social and environmental issues that set the scene for business processes in emerging economies. Research-based knowledge is combined with a broad interdisciplinary view of management in courses that take an explicitly strategic and integrative view of the management function. Throughout the programme, students will be challenged to explore feasible innovations that balance business and development perspectives.
Templergraben 55, 52062 Aachen, Germany
Study in Australia
Study in Canada
Study in Germany
Study in United Kingdom
Study in USA
Study in Switzerland