|
|
Programmes of Study
The Master of Science (MSc) from the School of Mechanical & Aerospace Engineering (MAE) offer a wide range of opportunities for training in the modern fields of Engineering. The different programmes of study can be browsed from the list below and we are sure you will find something of interest to you and help bring your career to new heights!
|
|
|
|
MSc (Biomedical Engineering) |
|
This M.Sc. Programme is jointly offered by Nanyang Technological University and Singapore General Hospital.
Biomedical Engineeing (BME) is the application of engineering to biology and medicine, involving:
- Engineering instrumentation for the accurate collection of anatomical and physiological data;
- Signal and image processing of this data;
- Engineering analysis and modelling of biomedical phenomena and processes, such as the function of normal and diseased organs and systems;
- Engineering of prostheses, orthoses, organ-assist devices, artificial organs and tissue engineering.
Its aim is to improve human health through cross-disciplinary activities that integrate the engineering sciences with the biomedical sciences and clinical practice. BME entails:
- Acquisition of new knowledge and understanding of living systems through the innovative application of experimental and analytical engineering techniques.
- Development of new devices, analysis of biomedical processes and systems, and the development of algorithms for better assessment of medical practice and more efficient health care delivery.
Biomedical engineers may work as part of a multidisciplinary team in hospitals, industry, or academia. In the hospital, a biomedical engineer may undertake a variety of roles, including:
- Maintaining and repairing medical equipment.
- Providing customised devices to meet clinical needs.
- Facilitating diagnosis by signal processing of physiological data (e.g. ECG and EEG) and image processing of biomedical images (Radiography, Ultrasound or Computed Tomography or Magnetic Resonance Imaging).
- Using biomedical engineering analyses to quantify the effects and degree of a patient's condition.
- Developing innovative rehabilitation devices and procedures for disabled patients.
- Applying logistics and management principles to ensure efficient, cost effective and timely patient care.
In industry, biomedical engineers work as part of a multidisciplinary team including biologists, physicians, lawyers and regulatory experts to:
- Research, develop and test new medical devices and components.
- Ensure the safe and consistent manufacture of medical devices and medicines.
- Develop standard testing methods for biomedical devices.
- Perform failure mode and effects analysis of monitoring, diagnostic, rehabilitation devices and prostheses.
- Assist with preparing technical and marketing materials.
- Work with researchers and manufacturers to ensure that devices can be manufactured.
In Singapore, biomedical engineers also work in research institutes, universities and polytechnics. Well-trained biomedical engineers usually have a strong background in engineering, biology and medicine, combined with a specific area of expertise, so that they can interact effectively with doctors and healthcare providers. This M.Sc. programme is designed to provide a well-rounded knowledge of the core subjects of biomedical engineering, and is tailored to prepare students for a professional biomedical engineering career through specialised elective courses, in addition to a research project.
Please click here for the programme structure and course details for MSc (BME) programme. |
|
MSc (Computer Integrated Manufacturing) |
|
Manufacturing today is a web of global activities, integrated via computer and communication networks. It is multi-facetted, incorporating both technology and management. Computer Integrated Manufacturing (CIM) is the discipline in which these areas are organised into a structured and cohesive whole.
Implementation of CIM can result in significant improvements in productivity and product quality and a stronger presence in the global marketplace. To achieve these benefits, there is a need to educate and motivate practising engineers, managers and information technologists regarding CIM methodology, planning and implementation. This is especially true for local companies as they seek to make Singapore a world-class centre for manufacturing.
This programme has been designed to satisfy this need by providing such professionals with in-depth knowledge of all these aspects of CIM. Specific fields covered include computer networks, databases, advanced manufacturing technologies, corporate resource management, distributed and collaborative product development, system design, CAD/CAM, logistics and the role of e-commerce in manufacturing.
Please click here for the programme structure and course details for MSc (CIM) programme. |
|
MSc (Human Factors Engineering) |
|
Human Factors Engineering (HFE) deals with the design of systems that people use at work and in leisure. It ensures that systems, jobs, products, interfaces and environments are designed to match the physical and mental abilities and limitations of their intended users. HFE is the key factor in ensuring the effectiveness, safety, usability, acceptability and success of human-system integrations. It is therefore, important for engineers and designers to understand the capabilities and limitations of the users, such that systems are designed to enhance the performance and safety of the users.
This Masters in Human Factors Engineering presents an exciting and challenging programme, covering a wide range of topics including: Human Centred Design, Ergonomics, Occupational Health and Safety, Human factors in Virtual Reality and Visualisation, Designing effective Info- Comm Systems, Methods in Usabillity Evaluation, etc.
Most graduates from M.Sc. HFE work in Singapore in one of the following organizations.
Educational Institutions including: Nanyang Technological University, National University of Singapore, Singapore Polytechnic, Temasek Polytechnic, and Nanyang Polytechnic.
Government Organizations including: Defense Medical Environmental Research Institute, Defense Science and Technology Agency, Land Transport Authority, Ministry of Manpower, RSAF Aeromedical Centre, Singapore General Hospital and SPRING.
Industry including: Autodesk, Comfort Del Gro Engineering, Creative Technology, Dell Computers, ExxonMobile, Hewlett Packard, Human Factors International, Mobile One, Motorola, Shell, Singapore Airlines, SingTel, Philips Design and Singapore Technologies.
Consulting companies including: Damai Sciences, In-Situ Research, Micro Usability and UserXperience.
With the fulfillment of programme requirements, you will be awarded the Degree of Master of Science (Human Factors Engineering) from NTU.
Please click here for the programme structure and course details for MSc (HFE) programme. |
|
MSc (Logistics) |
|
The logistics industry is one of the key service sectors critical to the development of Singapore into the Global City of International Trade. Manufacturing is also one of the key pillars of the economy. The manufacturing / logistics sector, together, is an important infrastructure supporting Singapore's trade and manufacturing activities. With globalisation as the driving force, manufacturing companies are faced with increasingly complex and cross border supply chains that need effective and efficient management. Coupled with Singapore's concept of an international business hub and drive towards regionalisation, business and engineering logistics become increasingly important to the success of the economy and the enterprise. This M.Sc. programme aims to address the needs of both the manufacturing and service sectors with an integrated and comprehensive programme in Engineering Logistics.
This programme is offered jointly by the Centre for Engineering and Technology Management in the School of Mechanical and Aerospace Engineering and the Centre for Transportation Studies in the School of Civil and Environmental Engineering of NTU. This Master's degree programme is tailored for practising engineers, logisticians and information technologists employed in the procurement, manufacturing, warehousing transport and distribution sectors. Its objective is to equip these professionals with the expertise for planning, implementing and managing total logistics activities and in managing the supply chain.
Please click here for the programme structure and course details for MSc (LOG) programme. |
|
MSc (Mechanical Engineering) |
|
Mechanical Engineering has been an important discipline in every industry. With the advent of the computer and information technology, mechanical engineering is now playing an even more important role in the development of many new areas, such as life science and micro/ nano technologies. The breakthrough in these new technologies is often seen to rely on the support of mechanical engineering. Thus, there is an increasing demand for R&D engineers and managers who have strong background in mechanical engineering.
This MSc programme is specifically designed for graduate engineers, R&D engineers, scientists, researchers, and other related professionals who wish to equip themselves with more advanced knowledge in mechanical engineering to face the ever changing world. The MSc programme is offered by the School of Mechanical and Aerospace Engineering, Nanyang Technological University.
Please click here for the programme structure and course details for MSc (MECH) programme. |
|
MSc (Precision Engineering) |
|
Precision engineering involves work at the forefront of current technology. Present advanced technology products of importance in the international marketplace are dependent on high precision manufacturing processes, machines, control technologies and even nanotechnology. The achievement of ultra-high precision in the manufacture of extremely small devices opens the prospects in several diverse and futuristic fields such as massive computing power, medical devices in blood stream, global personal communication devices and high- resolution optical devices.
Precision engineering is cross-disciplinary, dealing with metrology, materials, machining processes, machine tool design, microsensors and actuators, manufacture of integrated circuits and mass storage devices, novel manufacturing methods, applications in medicine and many other relevant fields. The development of new high quality products depends on the challenge of high precision.
Precision engineering has been identified by the Economic Development Board, National Science and Technology Board and other key government agencies as one of the new and enhanced capabilities, which will be critical to developing Singapore's manufacturing industries in the future. Precision engineering is fundamental to our disc drive, automation, precision machinery and equipment manufacturing businesses.
This programme is specially designed for mechanical and manufacturing engineers, designers, research and development engineers, instructors at tertiary institutions, and other related professionals in industry to acquire an in-depth knowledge in precision engineering and other related topics.
Please click here for the programme structure and course details for MSc (PE) programme. |
|
MSc (Smart Product Design) |
|
Consumers today demand products that have extended functionality, increased complexity, enhanced smartness and impeccable aesthetics. The increased functionality, complexity, and smartness means the ability of products to identify and respond to changes in the environment and user's needs. These must be achieved with higher quality and reliability with reduced manufacturing and societal costs.
The smart product design process is concerned with the flexibility of response and adaptability of design to meet to these customer requirements and also product life cycle demands; and at the same time enabling the trade-offs to take place between discipline-specific capabilities. This is achieved through the enhancement of control in the products using electronics, including microprocessors and micro-controllers. In short, integrating mechatronics into product design.
Product design and mechatronics has been identified by the Economic Development Board, National Science and Technology Board and the Productivity and Standards Boards as one of the key areas critical to the development of the industries in Singapore.
This programme is specifically designed for graduate engineers, designers, research and development engineers and other related professionals with the knowledge and expertise in product design, electronics and control, software engineering and manufacturing to design, develop and manufacture smart products.
Please click here for the programme structure and course details for MSc (SPD) programme. |
|
|
