Course Overview
Course is applicable only for AY2020 intake and earlier.
Infuse architecture, building engineering and software modelling into sustainability and voila!—you get both technology and design that combat climate change and environmental degradation while balancing socio-economic development.
This course will equip you with the knowledge of green building architecture, technologies and practices, including passive and sustainable design, energy auditing and building management. You will also be trained to use various industry software for architectural drawing and building performance simulation.
In addition to your diploma, you will be awarded the Associate Singapore Certified Energy Manager (ASCEM) certificate jointly administered by the National Environment Agency (NEA) and the Institution of Engineers Singapore (IES).
You can also join a “through-train” programme in your 3rd year at TP, to secure a university place and a full-time job upon graduation.
Entry Requirements
To be eligible for consideration for admission, applicants must obtain 26 points or better for the net ELR2B2 aggregate score (i.e. English Language, 2 relevant subjects and best 2 other subjects, including CCA Bonus Points) and meet the minimum entry requirements of this course. CCA cannot be used to meet the minimum entry requirements.
English Language (EL1)*
Mathematics (E or A)
Any one of the listed subjects^
Any two other subjects, excluding CCA
Note: Applicants should not be suffering from severe vision impairment.
* SPM / UEC holders must have a minimum of grade 6 for the Bahasa Inggeris (English Language) subject.
^ List of acceptable subjects: Biology, Biotechnology, Chemistry, Combined Science, Computing/Computer Studies, Design & Technology, Electronics/Fundamentals of Electronics, Physics/Engineering Science, Science (Chemistry, Biology), Science (Physics, Biology), Science (Physics, Chemistry)/Physical Science.
- Year 1
- Year 2
- Year 3
Get an insightful and exciting experience of various aspects of the built environment through field trips to green buildings, overseas study trips and hands-on lab sessions. You will get a concrete understanding of basic design and engineering concepts.
| Subject Code | Subject | Credit Units | ||
|---|---|---|---|---|
| EBD1004 | Virtual Design & Facility Planning
This subject develops your skills to visualise facility design and planning. You will learn facility planning concepts with the use of digital tools for visualisation, simulation and documentation. The knowledge gained can be applied to create virtual design projects in the built environment sector. |
4 | ||
| EEE1001 | Circuit Analysis
This subject provides a good foundation in DC and AC network analysis. You will learn the basic principles of electric circuitry and how to apply circuit theorems to analyse DC and AC networks. |
5 | ||
| EER1001 | Electrical Services for Facilities
This subject provides the basic theoretical and practical knowledge for the design of electrical distribution and installation in facilities. It also introduces the safety requirements and regulations governing electrical distribution and installation. |
4 | ||
| EGB1001 | Introduction to Built Environment
This subject covers the fundamentals of the built environment, focusing specifically on the local building sector. Topics covered include building components, building services commonly found in a building, basics of space planning and the Green Mark scheme that governs the environmental design and performance of buildings. |
4 | ||
| EMA1002 | Engineering Mathematics 2
This subject introduces the basic concepts of calculus and statistical method to test a hypothesis. Basic concepts in calculus include limits, derivatives and integrals. Applications of the derivative and integrals in engineering will be discussed. Basic statistical method in hypothesis testing includes normal distribution, confidence interval of population mean and procedure to test hypothesis for a claim made about a population mean. |
4 | ||
| EMA1003 | Engineering Mathematics 1
This subject teaches pre-calculus techniques required for an engineering course. It trains you in engineering problem-solving approaches using the appropriate mathematical tools. Topics such as simultaneous equations, matrices, trigonometric, exponential and logarithmic functions, complex numbers and vectors will be covered. |
4 | ||
| ESC1004 | Engineering Physics
This subject covers a spectrum of fundamental physics laws and concepts applicable to the scope of engineering physics. It covers a few core areas including Mechanics, Energy, Thermal Physics, Electromagnetism, Waves & Optics and Materials. This subject provides a foundation for a further in depth study of the various engineering disciplines. |
3 | ||
| ESE1006 | Computer Programming for Problem Solving
This subject covers the process of decomposing a problem into a sequence of smaller abstractions. The abstractions are implemented in software in a structured top-down approach. Software implementation includes the process of designing, writing, testing, and debugging program code. |
4 | ||
| ESE1008 | Data Visualisation & Analytics
This subject covers the data analytics lifecycle, including gathering, cleaning, processing and visualising of data. Exploratory data analysis methods, descriptive and predictive analytics, and the presentation of insights, will also be covered. |
3 |
Be trained by our lecturers who are professional architects, engineers or energy and facility managers to develop design and technical competence. You can also engage in realistic projects involving our TP Smart Campus and our dedicated Intelligent Technology Building workshop.
* Students must choose to take either one of these three subjects or TGL1001 Guided Learning.
| Subject Code | Subject | Credit Units | ||
|---|---|---|---|---|
| EBD2009 | Building Information Modelling Collaboration
This subject emphasises the use of Building Information Modelling (BIM) software to design and develop building services systems that meet the intended objectives. You will learn the processes of incorporating established architectural models with Mechanical, Electrical, Plumbing (MEP) and Fire Protection systems and inter-disciplines collaboration work. The use of the as-built models and the information contained therein for BIM Facility Management (BIMFM) and other simulation tools such as energy modelling will also be discussed. |
4 | ||
| EBM2004 | Project Management
This subject aims to provide an overview of the principles and concepts in project management and equip you with the theoretical foundation and skills in using project management tools. It emphasises the knowledge and practices which are widely applied in project management. Topics covered include the project management framework, project management processes and project management knowledge areas. |
4 | ||
| EBM2005 | Fire & Life Safety Management
This subject introduces the roles and responsibilities of a Fire Safety Manager for both commercial buildings and industrial premises. You will be exposed to the procedure adopted in running a fire command centre, the use of detection, protection and control systems, fire investigation and formulation of a fire emergency plan. |
4 | ||
| EBM2006 | Building Management System
This subject covers the fundamental knowledge required in the design and operation of a Building Management System (BMS). The concept of controls and monitoring with sensors and Direct Digital Controllers (DDC) will be introduced. Control strategies for air-conditioning, BMS software features for facility management and energy management will also be covered. |
5 | ||
| EGB2002 | Air Conditioning & Mechanical Ventilation
The Air Conditioning and Mechanical Ventilation (ACMV) system is one of the most important systems of a building and represents a significant portion of its total energy consumption. Hence, an understanding of the operating principles of a typical ACMV system is critical to maximizing the overall energy efficiency of a building. |
4 | ||
| EGB2003 | Hydraulics & Drives
This subject is designed to expose students to hydraulic and motor-driven systems used in buildings. Starting with the introduction to fundamentals of electric motors, students are taken through selection and sizing of motors for different applications. Efficiency of motor-driven systems and motor installation are explained. The hydraulic portion of this subject includes fundamentals of fluid mechanics (Benoulli’s and continuity equations) and losses in fluid flow in pipes. |
4 | ||
| EGB2004 | Tropical Architecture for Sustainability
This subject introduces passive design principles in tropical architecture, and will showcase all the examples of sustainable design from different parts of Asia from both past and present for contrast and comparison. Both traditional as well as cutting-edge technologies will be discussed, with emphasis on how materials are used in solving environmental problems. Topics covered include Tropical Architecture, Southeast Asian Indigenous Buildings, Late-modern Architecture and Green Buildings. Issues regarding contemporary urbanisation and sustainability will also be explored. |
4 | ||
| EGB2005 | Green Building Modelling & Simulation
This subject covers the theory of passive building design and use of modeling and simulation tools for analysis. It introduces the concept of passive building design for cooling and natural ventilation. Using modeling tools, the students will be able to propose building with increase energy efficiency. |
5 |
Graduate as an all-rounded professional with relevant management skills. You can also boost your portfolio and resume by specialising in an area of interest and showcase your skill-sets through projects, competitions and practical industry immersion.
| Subject Code | Subject | Credit Units | ||
|---|---|---|---|---|
| EBM3005 | Energy Management & Audit
This subject covers two main areas: energy management and energy audit. For the former, the subject illustrates the intrinsic value and concept of energy management and the implementation consideration and steps involved. On Energy Audit, the emphasis is on energy audit methodology and procedures; and methods used to evaluate energy performance of buildings and its sub-systems. These will include use of energy performance benchmarks and comparison with acceptable practices and prevailing codes and regulations. Finally, the subject discusses the application of life cycle cost concept to evaluate the economic viability of proposals on improving energy performance. |
4 | ||
| EFM3001 | Sustainable Facility Management
This subject covers the roles of Facility Management (FM) in environmental sustainability. It will cover the integration of both areas so that you can see a connection between reducing carbon footprint and emission of the assets/properties under effective and thoughtful FM. It will also examine the policies and practices that FM should implement to achieve the said goals. The subject will describe the framework and strategies for achieving ‘greener’ results at the inception, design, construction to operational stage of a building. The subject will also provide an overview of the standards or rating systems that can be used to gauge the attainment of the sustainable goals. |
4 | ||
| EGB3003 | Total Building Performance
This module provides an overview of the key factors that affect the performance and efficiency of buildings. It introduces the performance mandates of building and focuses on integrated approaches to meet the building performance criteria. Topics include spatial performance, thermal comfort and evaluation, air quality and acoustic performance, lighting aspects and building integrity performance. |
4 | ||
| EGB3004 | Sustainable Design
This subject covers architectural design concepts used in building analysis of sustainable or green facilities. You will learn about the processes and practices of incorporating environmental and sustainable issues into integrated planning and the designing of green facilities. Principles for human-habitat and concepts of passive design will be applied in solving practical problems related to buildings. Air-flow simulation, sketches of models and charrettes will be used to visualise the design strategies and solutions, so as to effectively design spaces that can provide optimal year-round comfort and reduce energy consumption while limiting the impact on the environment. |
4 | ||
| EMP3002 | Major Project
In this subject, you will work in teams to integrate and apply your skills and knowledge to implement your projects in a practical work-and-learn environment. Besides research, design, analytics, project management, communication and problem solving skills, the emphasis will also be on innovation, teamwork and self-learning. |
8 |
Special Electives
Students can opt to take Special Electives when offered. These optional subjects aim to stretch the students' potential to enable them to meet their aspirations.
| Subject Code | Subject | Credit Units | ||
|---|---|---|---|---|
| EED3009 | Special Project 1
The focus of this subject is on the application of students’ existing domain knowledge to develop a deliverable. The subject will introduce new skills and knowledge specific to the project, as and when required. |
2 | ||
| EED3010 | Special Project 2
This subject provides opportunities for students to apply the acquired knowledge and skills, along with their fundamental and in-depth knowledge from different subjects to designing, developing, and implementing a well-engineered project solution. |
2 | ||
| EED3011 | Higher Engineering Skills 1
Higher Engineering Skills 1 and 2 aim to impart some special design and hands-on skills that allow you to acquire knowledge and skills that are not normally incorporated into a diploma programme. These Special Elective subjects will equip you with the skills and knowledge to participate in competitions and enable you to tackle real challenges. |
2 | ||
| EED3012 | Higher Engineering Skills 2
Higher Engineering Skills 1 and 2 aim to impart some special design and hands-on skills that allow you to acquire knowledge and skills that are not normally incorporated into a diploma programme. These Special Elective subjects will equip you with the skills and knowledge to participate in competitions and enable you to tackle real challenges. |
2 |
Career Prospects
Green buildings currently make up only about 35% of buildings in Singapore but come 2030, that figure is targeted to reach 80% of all buildings. This alone gives an indication of the enormous amount of retrofitting that will need to be done to buildings in our country, creating abundant job opportunities and a sustainable demand for green building professionals.
You can look forward to rewarding careers in the energy conservation, sustainable design or building design industries, and find exciting job opportunities as:
Contact
- enghotline@tp.edu.sg
- Website: https://www.tp.edu.sg/eng
-
School of Engineering
Temasek Polytechnic
West Wing Block 10-25A, 32-33
21 Tampines Ave 1
Singapore 529757