Mechanical Engineering – (M.Sc.)

Contents

Programme internationalization:

This programme has a workload of 120 ECTS.

Specialities:

Biomechanical Engineering / Rehabilitation Engineering:

New developments in functional prosthetics, special wheel-chairs and countless other rehabilitation/orthopedic aids have been made possible through biomechanical engineering. This specialization focuses on the use of mechanical engineering technology/methodology to address health care problems. In the approach taken by this masterâs degree specialization, taking into consideration the end users (care/cure) is an essential aspect of product development. In addition to Mechanical Engineering, this specialization addresses relevant issues from a medical perspective and highlights the contribution of other technical disciplines (electrical engineering in particular).

Engineering Fluid Dynamics:

The specialization Engineering Fluid Dynamics focuses theoretical, numerical and experimental how the flow of gases and fluids for application in mechanical engineering behave. This wide-ranging field addresses such issues as: How does a car or an airplane behave in a wind tunnel? How can the optimal mix of fluids be achieved? How can flows in pumps and turbines be described with a view to improving their yield? How can the pulmonary function or blood saturation in the human body be supported?

Mechanical Automation, Mechatronics and Laser Technology:

Presently robots do a substantial part of manufacturing. The design of intelligent, learning robots is a typical example of automation. The focus is on controlling the dynamical systems, particularly in laser robots and other precision apparatus. Mechanical Automation is concerned with the design and development of controlled mechanical systems and fabrication systems, using innovative design, system modelling, actuating, sensing and control principles and state-of-the-art computer technologies that enhance performance of high tech equipment, such as machining systems for laser materials processing, smart mounts for vibration isolation In precision machinery and precision manipulators.

Surface Technology and Tribology:

Components in equipment and constructions that rub against each other as they move, experience friction and wear. Friction plays a decisive role in the life span, energy loss experienced, performance and costs of equipment and installations. The subjects of this specialization investigate the complex processes involved in the prediction and control of friction and wear, in which the construction, materials and potential lubricants (e.g. fluids, oils or gas) all play a role. As design and production necessarily involve the creation and generation of new surfaces, this specialization is presented in close co-operation with the specializations Design Engineering, Production Management and Production Technology.

Thermal Engineering:

How do we manage our energy resources as efficiently as possible? How do we prevent negative environmental impact? You will address these questions in the âThermal Engineeringâ masterâs degree specialization. This specialization addresses such issues as the design and testing of new methods and installations (e.g. incineration in gas turbines and the use of fluidized beds for garbage incineration). Together with a number of colleagues, you will tackle several different areas, including fluid dynamics and chemical engineering.

Multi Scale Mechanics:

How does the micro-structure of materials and fluids affect their material properties? Can modern numerical tools like DEM/FEM or CFD help us to understand the interesting behaviour of modern materials and tools? And how can one improve engineering machines and tools? The group multi scale mechanics deals with fluids and solids, particles and their contacts, granular materials and powders, micro fluid systems and self-healing materials, as well as a variety of multi-scale theory and modelling approaches as: ⢠Microscopic/discrete models for fluids and solids ⢠Micro-Macro transition for constitutive relations ⢠Continuum CFD/FEM based on micro-properties Collaborations with industry involve: modern/complex materials testing and optimization, sound- and wave propagation for oil exploration, powder flow behaviour, mixing and segregation, sintering, self-healing, etc.

Engineering of Fibrous Smart Materials:

The specialization Engineering of Fibrous Smart Materials involves studying and developing new systems and technologies to modify fibre surfaces in traditional as well as in new innovative treatment processes. The specialization has two focus points. The first involves the application of (bio) catalysts and the principles of process intensification to develop innovative and sustainable treatment processes. The second is directed towards adding new functionalities to fibres by means of sophisticated chemistry and physics.

Applied Mechanics:

What is the influence of vibrations and tensions on the behaviour and life span of mechanical engineering constructions? How does one diminish the noise of materials for public transport? These problems typify different disciplines within this masterâs programme. The different disciplines all have in common that the development of calculation and simulation models is increasingly important. But, always the calculating and simulating is done with the realization of the (re)design in mind. Students can choose for an emphasis on Structural Dynamics & Acoustics or on Solid Mechanics & Forming Technology.

Design Engineering:

When launching new products, one should progress through the product development stages (i.e. from product concept to finalized product) quickly and efficiently. The introduction and use of design tools and methods should also take place flexibly and effectively. Products should be designed with a view to manufacture and assembly. In dealing with production, it is essential to go beyond the question âHow do I make a product?â. Other questions to respond to including: How do I ensure that the necessary parts and tools come together at the right times? How do I deal with failures? How should I schedule machine maintenance? How should I set up the sophisticated logistical systems required? In this masterâs degree specialization, you will specialize in one of the subfields of this area, i.e. design technology, production/manufacture or management of production and logistics. Computer science and automation play a key role in these subfields.

Elastomer Technology and Engineering:

Elastomer or Rubber Technology is a specialized branch of Polymer Technology, which deals with materials and articles with highly dynamic and elastic properties. Most conspicuous applications of elastomers are tires of all sorts, (passive) vibration dampers, tubes and seals, from simple o-rings to radiator hoses and weather-strips in car doors and windows. Rubber articles derive their functionality from an intricate mix of the typical elastomer material properties, their design and the production method with which these articles are produced. This masterâs specialization covers all these aspects as an introduction into this field of technology. As this specialization encompasses a broad scope of various technologies, many research subjects are in close co-operation with other specializations in Mechanical Engineering, Applied Physics and Chemical Engineering.

Production Management:

Once products are finished they don't get to the end user automatically. Producers should think about the logistics, the supply chain and transport management. Technology can help with these processes and make the difference. The specialization Production Management focuses on these production and repository systems. The systems have to be designed or existing systems can be improved to be more efficient. Production Management looks at time efficiency, the best quality and low cost. Beside knowledge of technology this specialization also has attention for business administration.

Production Technology:

How to improve the quality and productivity of wind turbine blades? How to predict the right shape of a mould for the production of, for example, an aircraft fuselage panel in fiber/metal laminates? How to design a light weight carbon composite suspension for a passenger car? How can the durability of high quality fiber-reinforced composite materials be predicted? How can the condition of gas and water pipe work or advanced composite structures be monitored in service? These problems typify different disciplines within this masterâs degree specialization. The different disciplines share the common bond that the development of calculation and simulation models plays an increasingly important role, all of which is with a view to the (re)design.

Courses:

Graduation assignment(40 ECTS):
Course type: graduation
This course is given in year 2
This course is required to apply to.

Internship(20 ECTS):
Course type: internship
This course is given in year 2
This course is required to apply to.

Accreditation

Accredited by: nvao in: Netherlands

Funding details

Scholarships / Grants:

University of Twente Scholarship: