MASTER OF ENGINEERING TECHNOLOGYAND BACHELOR OF ENGINEERING WITH HONOURS IN

SUSTAINABLE INFRASTRUCTURE ENGINEERING (LAND)

Master of Engineering Technology and Bachelor of Engineering with Honours in Sustainable Infrastructure Engineering (Land)

PROGRAMME INFORMATIONThe SIT Sustainable Infrastructure Engineering (SIE) (Land) programme is a multidisciplinary degree encompassing several fundamental engineering disciplines. Students will go through rigorous academic training and be given the chance to immerse themselves in the land transport industry through work stints with established organisations such as LTA, SMRT, SBS Transit, Singapore Technologies, Keppel Group and Sembcorp Industries.

The SIE programme will groom students to be both practice-oriented and industry-ready. Over the course of the programme, they will be given the opportunity to take up modules which are exclusive to this programme, such as Total Preventive Maintenance (TPM) and railway engineering. In addition, the unique curriculum allows SIT students to attain professional Non-Destructive Testing (NDT) certification for inspection methods, which are well sought-after in the industry.

CURRICULUM STRUCTURETo be awarded the Bachelor of Engineering with Honours in Sustainable Infrastructure Engineering, students are required to complete six trimesters of study and a minimum of two trimesters of Integrated Work Study Programme (IWSP).

To be awarded the Master of Engineering Technology and Bachelor of Engineering with Honours in Sustainable Infrastructure Engineering, students are required to complete eight trimesters of study and a minimum of two trimesters of IWSP.

YEAR1 TRIMESTER 1 1. Mechanics of Engineering Materials 2. Engineering Math I 3. C Programming 4. Measurements and Sensor Technology 5. Effective Communication

TRIMESTER 2 1. Dynamics of Machines 2. Engineering Math IIA 3. Heat Exchanger and Heat Pump 4. Engineering Design Graphics 5. Materials Selection for Engineering Structure

TRIMESTER 3 Break

2YEAR TRIMESTER 1 1. Engineering Math IIB 2. Fluid Machineries 3. Engineering Electronics and Instrumentation 4. NDT I 5. Mechanics of Solids TRIMESTER 2 1. Engineering Math III 2. Land Transport Discovery+

3. Marine Transport Discovery+

4. Aerospace Engineering Discovery+

5. Career and Professional Development Course TRIMESTER 3 1. Railway Signalling and Communications 2. Rolling Stock and Permanent Way Systems 3. NDT II 4. Total Preventive Maintenance (TPM) 5. Lean and Quick Response Repair 6. Group Design Project I (e.g. Underground System Design)

4YEAR TRIMESTER 1 1. Railway Supervisory Control and Data Acquisition 2. Safety Standards/Legislation/Best Practices 3. Statistical Process Control 4. Remanufacturing of Engineering Components 5. Group Design Project II (e.g. High Speed Train Design) TRIMESTER 2 1. Capstone Project 2. Choose one or two subjects from each Focus Area of Interest (to make up to 5 subjects) TRIMESTER 3 1. Capstone Project 2. Choose one or two subjects from each Focus Area of Interest (to make up to 4 subjects)

3YEAR TRIMESTER 1 Integrated Work Study Programme (IWSP) TRIMESTER 2 Integrated Work Study Programme (IWSP) TRIMESTER 3 Integrated Work Study Programme (IWSP)/Break

+Supplemented by lab work (four labs for each discovery module). These modules aim to provide an introduction to the performance of various engineering concepts/devices (land, sea, air) and their maintenance and services needs.

Energy Optimisation Focus1. Vehicle Propulsion2. Wind Energy/Industrial Aerodynamics3. Electric Propulsion4. Power Engineering5. NDT III

Materials for Engineering Design and Remanufacturing Focus1. Composite Materials2. Polymers and Ceramics3. High Performance Alloys4. Surface Engineering5. NDT III

Human Factors and System Engineering Focus1. Human Factors and Error Management2. Systems Engineering3. Logistics Management4. Change Management5. Project Management

PROGRAMME HIGHLIGHTSRailway EngineeringAn introduction to railway signalling and communication principles which include multiple-aspect signalling, signalling interlocking systems, train detection, transmission networks, telecommunication systems, train operation control centres and station signal control panels. Rolling Stock and Permanent Way Systems and Safety Standards/ Legislation/Best Practices will also be covered.

Total Preventive MaintenanceAn introduction to Total Preventive Maintenance (TPM) concepts and techniques which include preventive maintenance, autonomous maintenance, maintainability improvement, maintenance prevention, and P-M analysis; TPM relates to other technical maintenance disciplines like Reliability Centred Maintenance (RCM), Instruments Protective Function (IPF) and Risk Based Inspections (RBI).

INTEGRATED WORK STUDY PROGRAMME (IWSP)IWSP is held over a span of eight to 12 months and provides students with the opportunity to gain industry experience, integrate theory with practice and develop deep specialist skills in their chosen fields.

Undergraduates will also be involved in day-to-day operations and confront challenges just like an employee of the host organisation.

REGIONAL IMMERSION IN SUSTAINABLEENGINEERING (RISE)RISE will provide students with opportunities to visit key infrastructure facilities and projects in the region. Students will gain first-hand experience in communicating with engineers, designers and operators who are working on various phases of a project such as those in design and construction. Meticulous maintenance schedules that can eliminate any incipient breakdown of the systems will also be explored. RISE is an eye-opener that will enrich one’s learning experience.

ADMISSION REQUIREMENTSStudents with relevant engineering background, i.e. Diploma in Aerospace, Mechanical, Mechatronics or Electrical Engineering, may apply for exemption from modules of up to a maximum of two trimesters.

For students with non-relevant engineering background, i.e. Diploma from other engineering disciplines, exemption of modules will be considered on a case-by-case basis.

CAREER OPPORTUNITIESSIE is a unique programme with a curriculum that has been developed with support from various organisations in the land transport industry such as LTA, SMRT, SBS Transit, Singapore Technologies, Keppel Group and Sembcorp Industries. Students will therefore gain the necessary knowledge and skills for rewarding careers in the industry.

INDUSTRY ADVISORY COMMITTEEThe Industry Advisory Committee members for this programme are:

Mr TAN Cheng Guan (Chairperson) Executive Vice President and Head Group Business Development and CommercialSembcorp Industries Ltd

Mr ANG Kian SengGroup Director, Technology DevelopmentBuilding Construction Authority

Dr Samuel CHAN WaiDirector of SystemsSystems and Rail Assets GroupLand Transport Authority

Mr LEONG Yim SingSenior Vice President, Rail Engineering SBS Transit Ltd

Mr LOOI Teik SoonDean, LTA Academy Land Transport Authority

Mr LOW Loke Kiong (Vincent)Vice President and Business Development DirectorG-Energy Global Pte Ltd

Mr MAH Chi JuiSenior Vice President and Chief Engineering Management OfficerST Kinetics Ltd

Mr Vincent TAN Peng HockSenior Vice President Corporate Services and Rail OperationsSMRT Corporation Ltd

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Contact InformationUndergraduate Student Admission

Tel: +65 6592 1136 Adm@SingaporeTech.edu.sg

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