engineering ideas empowering life College of Engineering Undergraduate Programmes

engineering ideas empowering life College of Engineering Undergraduate Programmes

INTRODUCTION Vision A great global engineering college for education, research and innovation Mission To nurture creative and entrepreneurial leaders through broad-based, research-infused engineering education, advance knowledge and create innovative and sustainable solutions for the benefit of industry and society.

NTU COLLEGE OF ENGINEERING Engineering the Everyday Innovations enrich our lives every day. Today s innovators are our pioneers for a better tomorrow. You can be a part of the next generation of this creative force, empowered with the dream, determination and daring to engineer a brighter day. At NTU College of Engineering, you will have access to our outstanding faculty, comprehensive resources and facilities, as well as an extensive alumni network, giving you the upper hand in achieving your engineering aspirations and taking your interests and passion to new heights. 01

INTRODUCTION Enrich Your future Education drives change and helps mankind push the boundaries of possibilities. With a strong focus on research and innovation, as well as a diverse and enriching environment for learning and discovery, NTU College of Engineering will expose you to a world of opportunities as you develop your prowess for analysis, critical thinking and innovation, to become an engineer who makes a difference. About NTU College of Engineering When it comes to engineering education and research, NTU College of Engineering is consistently ranked among the top in the world. In the U.S. News and World Report s global ranking of engineering schools (October 2014), NTU College of Engineering was placed 5th among all engineering institutions in the world and 2nd in Asia. The ranking is based primarily on strengths in producing research related to a variety of engineering topics, including aerospace engineering, mechanical engineering, electrical engineering and civil engineering. In the Essential Science Indicators 2014, NTU Engineering research output was among the top six globally, and the 6th most-cited worldwide. NTU s Engineering & Technology faculty ranking climbed five positions to No. 9 in the world and 2nd in Asia, in the QS 2014/15 World University Rankings. In the Academic Ranking of World Universities 2014 produced by Shanghai Jiao Tong University, NTU Engineering was ranked 12th globally, and 1st in Asia. NTU College of Engineering houses six schools with about 16,000 students and almost 2,000 faculty and staff members. The six schools are: School of Chemical and Biomedical Engineering School of Civil and Environmental Engineering School of Computer Engineering School of Electrical and Electronic Engineering School of Materials Science and Engineering School of Mechanical and Aerospace Engineering Interdisciplinary research grounded in engineering is increasingly becoming the bedrock of civilisation and modern cities and looks set to continue shaping our lives in the future and solving a multitude of pressing global problems, such as climate change, ageing population, healthcare needs, the earth s sustainability, and global and personal communications. 02

NTU COLLEGE OF ENGINEERING Get Ready for the Real World At NTU College of Engineering, learning extends beyond the classroom. By adopting a multidisciplinary approach to education, we structure our programmes to inculcate the analytical, problem-solving and entrepreneurial skills necessary to take on tomorrow s challenges. By offering you industry-relevant curricula, you are empowered to formulate and manage complex projects to tackle the problems in the real world. This allows you to better understand classroom theories while acquiring valuable engineering experiences. Aside from educational projects, NTU College of Engineering offers you first-hand experience through robust professional internship programmes via our connections with industry partners, or even at our world-class research centres. With the full competencies of an engineer, coupled with sound work ethics and professionalism, you will be ready for life with a unique real-world advantage. Leading Research for a Better Tomorrow NTU College of Engineering is home to two worldclass research centres that offer the opportunity to engage in advanced research in the areas of sustainable energy and the environment the Energy Research Institute @ NTU (ERI@N) and Nanyang Environment and Water Research Institute (NEWRI). ERI@N focuses on sustainable energy and provides a unique interdisciplinary platform, allowing students from different disciplines to come together to tackle the issue of energy conversion and storage without damaging the environment. Translating research in cutting-edge environmental and water technologies into relevant applications, NEWRI offers in-depth exposure to research and development activities in the Environment and Water Technology landscape. For students with an interest in doing research, NTU s Undergraduate Research Experience on Campus (URECA) programme offers a unique opportunity to experience research at an unprecedented level. With its vibrant research culture, the URECA programme spurs the most capable undergraduates to delve in and appreciate the rigours and challenges of research. The Global Advantage With our extensive strategic links with partner institutions and organisations all around the world, NTU s Global Immersion and International Student Exchange programmes deliver the prospect of experiencing and discovering cultures beyond the shores of Singapore. With choices that range from two-week summer exchanges to semester-long internship programmes, you can expect refreshed global perspectives and connections that will broaden and enrich your educational experience. 03

minimum subject requirements for admission Programmes (Direct Honours) Bachelor of Engineering (B.Eng) Programmes Aerospace Engineering^~+ Bioengineering^~+ Civil Engineering^a~+ Computer Engineering^~+ Computer Science^~+ Electrical and Electronic Engineering^a~+ Engineering +* Environmental Engineering^a~+ Information Engineering and Media^~+ Mechanical Engineering^a~+ Duration (Years) Materials Engineering^~+ 4 Chemical and Biomolecular Engineering^~+ 4 4 Minimum Subject Requirements GCE A Level International Baccalaureate NUS High School Diploma International and Other Qualifications Pass in H2 Level Mathematics, and Pass in H2 Level Biology/Chemistry/Computing/ Physics, and Pass in H1/ O Level Physics 1 or equivalent Pass in H2 Level Mathematics, and Pass in H2 Level Biology/Chemistry/Physics, and Pass in H1/ O Level Physics 1 or equivalent Pass in H2 Level Mathematics, and Pass in H2 Level Chemistry, and Pass in H1/ O Level Physics 1 or equivalent Pass in Higher Level Mathematics, and Pass in Higher Level Biology/Chemistry/Computer Science/Physics, and Pass in Standard Level Physics 2 or equivalent Pass in Higher Level Mathematics, and Pass in Higher Level Biology/Chemistry/Physics, and Pass in Standard Level Physics 2 or equivalent Pass in Higher Level Mathematics, and Pass in Higher Level Chemistry, and Pass in Standard Level Physics 2 or equivalent Major CAP of 2.0 in Mathematics, and Major CAP of 2.0 in Biology/Chemistry/Physics, and Overall CAP of 2.0 in Physics 3 or equivalent Major CAP of 2.0 in Mathematics, and Major CAP of 2.0 in Biology/Chemistry/Physics, and Overall CAP of 2.0 in Physics 3 or equivalent Major CAP of 2.0 in Mathematics, and Major CAP of 2.0 in Chemistry, and Overall CAP of 2.0 in Physics 3 or equivalent Pass in Senior High School Level/IB Higher Level Mathematics, and Pass in Senior High School Level/IB Higher Level Biology/Chemistry/Physics or Pass in IB Higher Level Computer Science, and Pass in Junior High School Level/IB Standard Level Physics 4 Pass in Senior High School Level/IB Higher Level Mathematics, and Pass in Senior High School Level/IB Higher Level Biology/Chemistry/Physics, and Pass in Junior High School Level/IB Standard Level Physics 4 Pass in Senior High School Level/IB Higher Level Mathematics, and Pass in Senior High School Level/IB Higher Level Chemistry, and Pass in Junior High School Level/IB Standard Level Physics 4 NOTES 1 Pass in H1 Level/ O Level Physics is only applicable to applicants who have not read H2 Level Physics. 2 Pass in Standard Level Physics is only applicable to applicants who have not read Higher Level Physics. 3 Overall CAP of 2.0 in Physics is only applicable to applicants who have not majored in Physics. 4 Pass in Junior High School Level Physics is only applicable to applicants who have not read Senior High School Level Physics. Engineering with Business Minor (Applicable to all single degree Engineering programmes listed above) 4 Please refer to the minimum subject requirements for single degree Engineering programmes stated above. Bachelor of Science (B.Sc) Programmes Maritime Studies + 4 Double Degree Programmes Bachelor of Engineering (Computer Engineering) and Bachelor of Business Bachelor of Engineering (Computer Science) and Bachelor of Business Bachelor of Engineering in your chosen major and Bachelor of Arts (Honours) in Economics^ Double Major Programmes Bachelor of Engineering in Civil Engineering/ Electrical and Electronic Engineering/ Environmental Engineering/Mechanical Engineering with a Second Major in Society and Urban Systems (NEW) Bachelor of Engineering in your chosen major with a Second Major in Business Bachelor of Engineering in Chemical and Biomolecular Engineering with a Second Major in Food Science and Technology Bachelor of Science in Maritime Studies with a Second Major in Business 4 Pass in H1 Level Mathematics/ O Level Additional Mathematics or equivalent, and Pass in a H1 Level/ O Level Science subject Pass in H2 Level Mathematics, and Pass in H2 Level Biology/Chemistry/Computing/ Physics, and Pass in H1/ O Level Physics 1 or equivalent Pass in Standard Level Mathematics, and Pass in Standard Level Biology/Chemistry/Physics Pass in Higher Level Mathematics, and Pass in Higher Level Biology/Chemistry/Computer Science/Physics, and Pass in Standard Level Physics 2 or equivalent Major CAP of 2.0 in Mathematics, and Overall CAP of 2.0 in Biology/Chemistry/Physics Major CAP of 2.0 in Mathematics, and Major CAP of 2.0 in Biology/Chemistry/Physics, and Overall CAP of 2.0 in Physics 3 or equivalent 5 Please refer to the minimum subject requirements for single degree Engineering programmes stated above. 4 Please refer to the minimum subject requirements for single degree Engineering programmes stated above. 4 Please refer to the minimum subject requirements for single degree Engineering programmes stated above. 4 4 Pass in H2 Level Mathematics, and Pass in H2 Level Chemistry, and Pass in H1/ O Level Physics 1 or equivalent Pass in H1 Level Mathematics/ O Level Additional Mathematics or equivalent, and Pass in a H1 Level/ O Level Science subject Pass in Higher Level Mathematics, and Pass in Higher Level Chemistry, and Pass in Standard Level Physics 2 or equivalent Pass in Standard Level Mathematics, and Pass in Standard Level Biology/Chemistry/Physics Major CAP of 2.0 in Mathematics, and Major CAP of 2.0 in Chemistry, and Overall CAP of 2.0 in Physics 3 or equivalent Major CAP of 2.0 in Mathematics, and Overall CAP of 2.0 in Biology/Chemistry/Physics Pass in Junior High School Level Additional Mathematics/IB Standard Level Mathematics, and Pass in Junior High School Level Biology/Chemistry/ Physics/Science/IB Standard Level Biology/ Chemistry/Physics Pass in Senior High School Level/IB Higher Level Mathematics, and Pass in Senior High School Level/IB Higher Level Biology/Chemistry/Physics or Pass in IB Higher Level Computer Science, and Pass in Junior High School Level/IB Standard Level Physics 4 Pass in Senior High School Level/IB Higher Level Mathematics, and Pass in Senior High School Level/IB Higher Level Chemistry, and Pass in Junior High School Level/IB Standard Level Physics 4 Pass in Junior High School Level Additional Mathematics/IB Standard Level Mathematics, and Pass in Junior High School Level Biology/ Chemistry/Physics/Science/IB Standard Level Biology/Chemistry/Physics NTU-Georgia Tech Integrated Programmes NTU Bachelor of Engineering (Computer Engineering) and Georgia Institute of Technology Master of Science (Computer Pass in Senior High School Level/IB Higher Level Science) # Pass in H2 Level Mathematics, and Mathematics, and Pass in Higher Level Mathematics, and Major CAP of 2.0 in Mathematics, and NTU Bachelor of Engineering (Computer Pass in H2 Level Biology/Chemistry/Computing/ Pass in Senior High School Level/IB Higher Level Pass in Higher Level Biology/Chemistry/ Major CAP of 2.0 in Biology/Chemistry/Physics, Science) and Georgia Institute of Technology 4.5 Physics, and Biology/Chemistry/Physics or Pass in IB Higher Computer Science/Physics, and and Master of Science (Computer Science) # Pass in H1/ O Level Physics 1 or equivalent Level Computer Science, and Pass in Standard Level Physics 2 or equivalent Overall CAP of 2.0 in Physics 3 or equivalent NTU Bachelor of Engineering (Electrical and Pass in Junior High School Level/IB Standard Electronic Engineering) and Georgia Institute Level Physics of Technology Master of Science (Electrical and Computer Engineering) # Part-Time Bachelor of Engineering (B.Eng) Programmes Electrical and Electronic Engineering 5 Diploma in Electrical/Electronic Engineering or Mechanical/Manufacturing Engineering from one of the polytechnics in Singapore, or equivalent. Final-year polytechnic students may apply. Mechanical Engineering Applicants with only a H1 Level/ O level pass in Physics are required to read Physics A (PH1012) instead of Physics (PH1011) in Semester 1 of the first year. This course is not applicable to Computer Science, Computer Engineering and Chemical and Biomolecular Engineering. ^ This programme is also offered jointly with the School of Humanities and Social Sciences as a double degree programme with Economics. a This programme is also offered jointly with the School of Humanities and Social Sciences as a single degree programme with a Second Major in Society and Urban Systems. ~ The programme is also offered jointly with the Nanyang Business School as a single degree programme with a Second Major in Business. + This programme is also offered jointly with the Nanyang Business School as a single degree programme with Business Minor. # Integrated programme with National Infocomm Scholarship. Programmes are only open to Singapore Citizens and Permanent Residents. With specialisation in Information Technology. This is expected to be changed to Business Analytics, pending final approval. * Students who are undecided on their Engineering major may opt for Engineering (i.e. Common Engineering) at the point of application. All Common Engineering students will read a semester of engineering studies after which they will be streamed into either Civil Engineering, Electrical and Electronic Engineering, Environmental Engineering, Materials Engineering or Mechanical Engineering at the end of Year 1, Semester 1. In all cases, admissions and streaming into an engineering major are merit-based. Diploma Holders Applicants should have a relevant diploma from one of the local polytechnics. Those with a Certificate of Merit, Diploma with Merit or Diploma with Distinction may apply for any programme in NTU regardless of the diploma. For a list of acceptable local diplomas, please refer to: http://admissions.ntu.edu.sg/undergraduateadmissions/pages/polydiploma.aspx International Students International students must have completed at least 12 years of general education, or will be taking Year 12 national examinations in the year of application in order to be considered for admission. In addition to fulfilling the minimum entry requirements, applicants must also satisfy the minimum subject requirements. For further details, please refer to: http://admissions.ntu.edu.sg/undergraduateintnladmissions/pages/internationalothers.aspx Please refer to the College s and Schools websites for more information on the Double Degree, Double Major and Integrated programmes. 05

In the field of biomedical engineering, you will develop solutions to bridge contemporary knowledge gaps in the healthcare and medical sectors. As a budding chemical engineer, you will do research in new materials and substances that can transform everyday life on a grand scale. Ready to spearhead change and transform the world through chemical and biomedical technologies? Then take the first step at the School of Chemical and Biomedical Engineering (SCBE) at NTU today. At SCBE, we offer two direct honours degree programmes in Chemical and Biomolecular Engineering (CBE), and Bioengineering (BIE) to train a new generation of engineers through a curriculum that integrates the principles of engineering with the fundamentals of life and chemical sciences. You cannot hope to build a better world without improving the individuals. Marie Curie, Nobel Prize winner in Chemistry and Physics Did You Know? SCBE s Chemical Engineering discipline was ranked 25th in the world, according to the 2014 QS World University Rankings by Subject. SCBE s research team has developed an anti-bacterial coating that kills bacteria without antibiotics. This invention has been shown to destroy 99% of the bacteria and fungi that come into contact with it.

Degree Programme in Chemical and Biomolecular Engineering Chemical Engineering is the branch of engineering that deals with the application of physical sciences (e.g., chemistry and physics), and life sciences (e.g., biology, microbiology and biochemistry) with mathematics and economics to the process of converting raw materials or chemicals into more useful or valuable forms. In addition to producing useful materials, modern chemical engineering is also concerned with pioneering valuable new materials and techniques such as nanotechnology, fuel cells and biomedical engineering. The CBE programme aims to produce a new generation of graduates with strong quantitative and analytical skills, as well as engineering know-how to excel in traditional chemical/ petrochemical/pharmaceutical industries, as well as other emerging fields upon graduation. Industry/Career Biopharmaceuticals Food/Flavours/Fragrances Nanotechnology Petrochemicals Specialty Chemicals Trading and Finance related jobs in relevant industries Areas of Specialisation Chemical and Energy Engineering Electronics (Processing) Pharmaceutical Engineering and Biotechnology Degree Programme in Bioengineering Bioengineering is a fusion of the various disciplines of engineering and biomedical sciences. Revamped to resemble 86% of the curriculum structure for Biomedical/ Bioengineering/Biological Engineering programmes offered by the top four American universities, BIE at NTU blends modern biological principles with advanced engineering methods in medical imaging, instrumentations, electronics, materials and tissue engineering to train high-calibre engineers for the healthcare industry, especially in medical devices, regulatory affairs and hospitals. Industry/Career Biomaterials Biomedical Instrumentation Drug Discovery and others Medical Devices Areas of Specialisation Bioinstrumentations and Bioelectronics Biomaterials and Tissue Engineering Medical Device Design Double Degree Programmes Bioengineering and Economics # Chemical and Biomolecular Engineering and Economics # # Jointly offered with the School of Humanities and Social Sciences Double Major Programmes Bioengineering with a Second Major in Business* Chemical and Biomolecular Engineering with a Second Major in Business* Chemical and Biomolecular Engineering with a Second Major in Food Science and Technology + * In collaboration with the Nanyang Business School + In partnership with the Wageningen University (The Netherlands), NTU School of Biological Sciences and School of Physical and Mathematical Sciences

Alumnus Experience Mohamed Irfan Bin Mohamed Musthapa Alumnus, Class of 2014, Bachelor of Engineering in Chemical and Biomolecular Engineering Supply Scheduler with ExxonMobil Asia Pacific Achievements: Dean s List AY 2012-2013 Recipient of the Tan Sri Dr Runme Shaw Scholarship Recipient of SCBE Colors Award for AY13/14 Life in NTU has been nothing short of amazing. I have gained a world of experience during my time here. Being a strong advocate of Professional Internships, the school has excellent collaborations with top-notch companies such as ExxonMobil, Shell, Chevron, Pfizer, GSK and General Electric. I have also been fortunate to have embarked on two international exchanges, in Glasgow and Yogyakarta. Through tie-ups with some of the world s leading universities for international exchange programmes, the university provides ample opportunities for global exposure. Besides gaining an education from these exchanges, I have also developed an appreciation for international cultures - an important trait for today s multifaceted society and workplace. 07

With a career as a civil or environmental engineer, you will do more than build roads, bridges, and dams; your work could very well shape the living conditions of every community on the planet. At the School of Civil and Environmental Engineering (CEE), you will be groomed into a highly skilled professional capable of pushing boundaries every day to solve some of society s most pressing problems in the most environmentally sustainable manner. Offering a comprehensive and broad-based curriculum, the degree programmes in Civil Engineering and Environmental Engineering emphasise critical thinking and communication skills, preparing you for successful engineering practice, advanced studies, professional responsibility and lifelong learning. The research you conduct will contribute to both the civil and environmental engineering industries and society by advancing the profession and improving quality of life. Did You Know? Maritime Studies students get to travel to Norway to study at the BI Norwegian Business School for one semester during their 3rd year. With specialised training and overseas exposure, students will gain a stronger edge in maritime industries, complementing Singapore s drive to become an international maritime centre. CEE s Civil Engineering discipline was ranked 21st in the world, according to the 2014 QS World University Rankings by Subject. Scientists investigate that which already is; Engineers create that which has never been. Albert Einstein, Nobel Prize winner in Physics

Degree Programme in Civil Engineering The Civil Engineering curriculum equips students with the professional knowledge and skills needed to excel in a challenging career as a civil engineer. In this programme, students will acquire knowledge in areas such as geotechnical planning, construction technology and data management, as well as offshore and coastal engineering. Industry/Career Airport Engineering Concrete and Building Technology Construction Management Fire Engineering Infrastructure Planning Land Development and Improvement Project Management Protective Engineering Seismic Engineering Transportation Planning Areas of Specialisation Construction Technology and Management Environmental Engineering Geotechnical Engineering Offshore and Coastal Engineering Structural Engineering Transportation Planning Water Resources Engineering Degree Programme in Environmental Engineering This programme imparts knowledge, skills and capabilities across a wide spectrum of environmental engineering domains. You will gain an in-depth perspective into the role you can play in building and maintaining sustainable living environments. Under this programme, you will acquire knowledge in areas such as sustainable resources management, environmental monitoring and data management, as well as aquatic ecosystems and marine environment. Industry/Career Desalination Environmental Technologies Development Membrane Technologies Resource Recovery Wastewater Reclamation and Reuse Water and Wastewater Treatment Water Resources Engineering Areas of Specialisation Air Pollution Control Engineering Aquatic Ecosystems and Marine Environment Environmental Biochemical Engineering Environmental Monitoring and Data Management Industrial Wastewater Management Integrated Industrial Management Membrane Technology Surface Water Quality Sustainable Resources Management Degree Programme in Maritime Studies The Maritime Studies degree programme will equip you with the necessary expertise in shipping, business and management, as well as maritime science and technology to meet the rising challenges in the maritime industry. Through the curriculum, you will acquire knowledge in areas such as ship chartering/ accounting, shipping management, as well as maritime science and technology. If you are pursuing the Maritime Studies degree programme with a Second Major in Business, your comprehensive learning journey will include core business courses such as accounting, business environment and marketing. Industry/Career Shore-based jobs which include: Chartering/Logistics Freight Forwarding Marine Operations Market Intelligence Post-Fixture Supply Chain/Export/Import Trade/Pricing/Brokerage Transportation Sales Voyage Planning Areas of Specialisation (Maritime Studies) Maritime/Business Law Marine Insurance Maritime Science and Technology Ship Chartering/Accounting Shipping Logistics/Strategy Shipping Management Shipping/Port Economics

Areas of Specialisation (Maritime Studies with a Second Major in Business) Specialisations as indicated under Maritime Studies and: Company Law Cultural Intelligence at Work Financial Analytics and Reporting Financial Management Information Technology International Business Environment Principles of Taxation Double Degree Programmes Civil Engineering and Economics # Environmental Engineering and Economics # # Jointly offered with the School of Humanities and Social Sciences Double Major Programmes Civil Engineering with a Second Major in Business* Environmental Engineering with a Second Major in Business* Maritime Studies with a Second Major in Business* Civil Engineering with a Second Major in Society and Urban Systems a - NEW! Environmental Engineering with a Second Major in Society and Urban Systems a - NEW! * In collaboration with the Nanyang Business School a In collaboration with the School of Humanities and Social Sciences Alumnus Experience Yeung Jian Sheng Alumnus, Class of 2011, Bachelor of Engineering in Civil Engineering with Minor in Business Currently pursuing PhD in Civil Engineering at NTU Achievements: Dean s List AY 2008-2011 A*STAR Pre-Graduate Scholar Institute of Engineers Singapore Gold Medallist As a Civil Engineering undergraduate in NTU, I benefited greatly from the curriculum. I truly enjoyed myself during my Professional Internships because I was able to appreciate and apply the knowledge and skills learnt in class. I was also given the chance to work on major projects such as the National Art Gallery and Gardens by the Bay. In school, I was exposed to a wide range of learning opportunities. The Undergraduate Research Experience on Campus (URECA) programme allowed me to work on a research project, which opened my eyes to the latest developments in the field. Furthermore, the curriculum did not confine me to engineering, allowing me to complete my Minor in Business and doing it so at my own pace. 09

Today, computers are no longer confined to the desk; they have become fully integrated into our lives. Computer hardware technologies are helping us do more, think faster and go further, whether in our daily routines or industrial breakthroughs. As computer engineers and scientists strive to extend the capabilities of computers, the capabilities of mankind are extended as well. To further the boundaries of what computers can do in a technologically driven world, join us at the School of Computer Engineering (SCE). As a trailblazer in the computer engineering scene, SCE invites you to join us in breaking new grounds in the industry. With state-of-the-art equipment to support and complement our programmes, SCE is an excellent environment for you to become leading computer engineers or computer scientists of the future. At SCE, you get to choose from our Computer Engineering or Computer Science direct honours degree programmes, integrated Master s degree programme, double major and double degree programmes. Our programmes comprising regular projects and group work enable you to gain hands-on experience. At the end of the day, you will graduate with in-depth theoretical knowledge and extensive hands-on experience, skills that are very much sought-after in today s industry. Singapore s infocommunications industry has seen much growth and enhancement with the Intelligent Nation Masterplan (in2015) in 2005. With the government investing over a few hundred million dollars in the local infocommunications industry, a surge in demand in the industry for quality graduates is expected. Did You Know? SCE President Research Scholar, Zhang Lizi, received the 2012 IT Youth Award for his contribution to promoting social media in the IT industry through a trust ranking algorithm he formulated called TruRank. SCE s Computer Science discipline was ranked 21st in the world, according to the 2014 QS World University Rankings by Subject.

Degree Programme in Computer Engineering This programme is a distinctive fusion of computer hardware technologies and software engineering. Under this programme, you will be trained in software design and hardwaresoftware integration. Graduates of Computer Engineering are highly valued and sought after in the IT industry for their broad knowledge in programming and electronics, coupled with the specialised skills in software and hardware interfacing. Industry/Career Cyber Security Digital Media and Animation Embedded Systems Enterprise Network Management Game Development Interactive Entertainment Areas of Specialisation Digital Media Embedded Systems High Performance Computing Information and Cyber Security - NEW! Networking and Mobility Degree Programme in Computer Science This programme offers a more focused study in the theoretical foundations of information and computation, as well as practical techniques for their implementation and application in large-scale software systems. While Computer Science may share some common topics with Computer Engineering, such as computer networks, information storage and management, they differ at the algorithmic and conceptual levels. Computer Science focuses more on software design and construction, and does not include subjects on circuits, basic electronics, or digital communications. Industry/Career Animation, Digital Media, Gaming and many more Data Analytics, Data Mining and Database Management Financial and Banking Services IT Security Software Design Areas of Specialisation Digital Media High Performance Computing Information and Cyber Security - NEW! Information Systems Intelligent Systems Networking and Mobility NTU-Georgia Tech Bachelor of Engineering (Computer Engineering or Computer Science) and Master of Science (Computer Science) Integrated Programme Supported by the Infocomm Development Authority of Singapore (IDA), NTU and Georgia Institute of Technology (Georgia Tech) have collaborated on an integrated Bachelor of Engineering (Computer Science/Computer Engineering) and Master of Science (Computer Science) programme. Students enrolled in this programme will graduate with both degrees, achievable within four and a half years. Industry/Career Business Process Outsourcing Management Consultancy and Solutions Data Mining and Database Management Digital Media and Animation Education and Training Embedded Systems Enterprise Network Management Financial and Banking Services Game Development Interactive Entertainment IT Management IT Security R&D Engineering Robotics Sales and Marketing Software Design Telecommunications Web Services

Double Degree Programmes Computer Engineering and Business^ Computer Science and Business^ Computer Engineering and Economics # Computer Science and Economics # ^ Jointly offered with the Nanyang Business School # Jointly offered with the School of Humanities and Social Sciences Double Major Programmes Computer Engineering with a Second Major in Business* Computer Science with a Second Major in Business* * In collaboration with the Nanyang Business School alumnus experience Angela Teo Yu Hui Alumnus, Class of 2014, Bachelor of Engineering in Computer Science Management Associate with UBS Achievements: 2nd Class Upper Honours More than just having a wide range of academic courses, SCE also offers enriching overseas experiences and internships. I was given the privilege to spend six months in Sweden on an exchange programme. Furthermore, I managed to secure internships with UBS and Citibank. SCE even gave me the opportunity to publish my own research paper from my final year project. Looking back, SCE was the best choice I ever made. Without SCE, I would not have accomplished what I have today. Innovation distinguishes between a leader and a follower. Steve Jobs, co-founder of Apple 11

The bright sparks in the world of engineering, electrical and electronics engineers illuminate a wide range of fields with their skills and expertise. From aerospace to broadcasting to telecommunications, they design everything electronic from nano gadgets to supercomputers to improve the way the world is wired. Consistently ranked among the top world universities in electrical and electronic engineering, the School of Electrical and Electronic Engineering (EEE) offers balanced programmes through multifaceted curricula covering electrical and electronic engineering, as well as cross-disciplinary courses such as the arts, business and humanities. With our world-class equipment, teaching facilities and modern research laboratories, you will have every opportunity to develop your skills as an electrical and electronic engineer. The School of EEE offers two direct honours degree programmes Electrical and Electronic Engineering, and Information Engineering and Media and an integrated Master s degree programme. Did You Know? Eco-friendly disposable electronic circuits have become a reality with the innovative printing method developed by Associate Professor Joseph Chang at EEE. With this unique printing technology, large circuits can now be printed at low cost within a short time frame. EEE s Electrical and Electronic Engineering discipline was ranked 10th in the world, according to 2014 QS World University Rankings by Subject. The engineer is the key figure in the material progress of the world. It is his engineering that makes a reality of the potential value of science by translating scientific knowledge into tools, resources, energy and labor to bring them to the service of man. Sir Eric Ashby, Educator

Degree Programme in Electrical and Electronic Engineering This programme offers students the flexibility to choose between a broad-based EEE education or engage in specialisations ranging from biomedical electronics, microelectronics, intelligent systems and control engineering, communication engineering, computer engineering to power and clean energy. Industry/Career Aviation Biomedical Control and Automation Communication Engineering Computer Engineering Defence IC Manufacturing Interactive and Digital Media Internet Services IT and Telecommunication Services Optoelectronics Power Generation and Smart Energy Distribution Research and Development Areas of Specialisation Biomedical Electronics Communication Engineering Computer Engineering Digital Media Processing Integrated Circuit Design Intelligent Systems and Control Engineering Microelectronics and Photonics Power and Clean Energy Degree Programme in Information Engineering and Media (IEM) A unique blend, this programme covers both engineering and arts modules to allow students to better understand the needs of content creators, as well as develop new technologies and tools to achieve higher productivity in the Media industry. The engineering modules cover technical courses in Information and Communications Engineering, such as programming, communications and networking, and digital audio/image/video processing. This strong emphasis on technical foundation produces infocommunication professionals equipped to work in the IT, computer and communications sectors. The arts modules cover subjects such as digital art and design, animation and game design, and radio/tv/movie production. This allows students to graduate with a sound knowledge of media design and production, in line with industrial needs. Equipped with strong infocommunication engineering skills and sound understanding of the artistic and creative processes, IEM graduates are highly valued in the professional world. Industry/Career Digital Media Design and Production Embedded System Design Gaming, Animation and Interactive Entertainment Hardware Design and Manufacturing Hardware/Software System Integrator IT Services Software Analyst/Architect Telecommunications and Network Services Areas of Specialisation Art, Design and Media Production Communications and Networking Computer Engineering Digital Media Processing Information Technology and Services Interactive Digital Media This programme is hosted by the School of EEE and jointly offered with the School of Art, Design and Media, the School of Computer Engineering and the Wee Kim Wee School of Communication and Information. NTU-Georgia Tech Bachelor of Engineering (Electrical and Electronic Engineering) and Master of Science (Electrical and Computer Engineering) Integrated Programme The School of EEE collaborates with Georgia Institute of Technology (Georgia Tech) to offer an integrated Bachelor of Engineering (Electrical and Electronic Engineering) and Master of Science (Electrical and Computer Engineering) programme. This programme is tailor-made for students aspiring to pursue a career in the

infocommunications industry. Students enrolled in this programme can earn two degrees in as short a period as four years, instead of the typical duration of five to five and a half years. Students will spend three to four years at NTU s School of EEE, majoring in Information and Communications, and the next one to one and a half years at Georgia Tech s School of Electrical and Computer Engineering, specialising in Computer Engineering and Telecommunications. Industry/Career Hardware Design and Manufacturing Hardware/Software System Integrator IT Services Software Analyst/Architect Telecommunications and Network Services Areas of Specialisation Computer Engineering Communication Engineering Information Communication Technology Double Degree Programmes Electrical and Electronic Engineering and Economics # Information Engineering and Media and Economics # # Jointly offered with the School of Humanities and Social Sciences Double Major Programmes Electrical and Electronic Engineering with a Second Major in Business* Information Engineering and Media with a Second Major in Business* Electrical and Electronic Engineering with a Second Major in Society and Urban Systems a - NEW! * In collaboration with the Nanyang Business School a In collaboration with the School of Humanities and Social Sciences student experience Thung You Jun Undergraduate, Year 2, NTU-Georgia Tech Bachelor of Engineering (Electrical and Electronic Engineering) Achievements: Dean s List AY 2013-2014 National Infocomm Scholar The School of EEE greatly enhances my learning experience by providing me with the freedom to choose modules to suit my learning pace. I am constantly challenged by the academic rigour of the syllabus, as well as the broad-based education that allows students the flexibility to explore the various specialisations of this discipline. Coupled with the research projects and professional internships, it brings learning beyond the classroom into the real world, allowing students to apply theoretical concepts to practical situations. 13

Materials play a crucial role in the design, durability and efficiency of products. Great materials scientists and engineers who are insatiable in the quest for revolutionary new materials can enhance the performance and safety standards of products across various industries. At the School of Materials Science and Engineering (MSE), you will learn to harness the power of technology to develop better materials for a better tomorrow. The School of MSE is known to be one of the world s most comprehensive and largest materials engineering institutions. Close to 1,000 undergraduate students and 300 research students at the School of MSE are receiving an integrated, science-driven and application-oriented engineering education in advanced materials for cutting-edge technologies. As an undergraduate at MSE, you will receive many invaluable opportunities to explore future applications in materials technologies in one of the many research specialties in the school. As a school that puts your interest and development at its core, we offer programmes that provide abundant opportunities for you to develop beyond mere academic pursuit. To this end, the MSE Leadership Excellence Programme offers you a holistic education that involves academic and non-academic training to equip you with the necessary skills to face challenges in the future. The School of MSE also has an excellent history of turning innovative ideas into commercial successes. Many of our research efforts have received international recognition and attracted multi-million dollar grants from local and overseas organisations. To encourage innovation amongst our students, the MSE Ian Ferguson Innovation Challenge is held annually to spur innovative thinking and prototype development. Did You Know? Home to the world s 1st biodegradable heart stent, the school recently developed a new nanomedicine for glaucoma treatment. Hailed as one of Singapore s early successes in the emerging area of nanomedicine, it led to the team being awarded the prestigious President s Technology Award 2014. MSE s Materials Engineering discipline was ranked 8th in the world, according to the 2014 QS World University Rankings by Subject.

Degree Programme in Materials Engineering Materials Engineering is a discipline that is broadly based on chemistry, physics and engineering mathematics. Here, you will learn the basic structure and properties of materials and understand how they can be processed and modified to make the products of modern technology more durable, faster, lighter and better suited to human needs. Double Degree Programmes Materials Engineering and Economics Jointly offered with the School of Humanities and Social Sciences Double Major Programme Materials Engineering with a Second Major in Business In collaboration with the Nanyang Business School In addition, you will get to discover and learn about nanomaterials for biomedical applications, environmental and sustainable energy applications, advanced functional materials for defence systems and sports applications, flexible and nanoelectronic materials for future smart technologies, and many more. Industry/Career Aerospace Industry Biomedical Industry Consumer Goods Industry Defence Organisations Education Engineering MNCs Electronics Industry Financial/Banking Institutions Government Agencies Marine/Offshore Industry Manufacturing Industry Petrochemical Industry Pharmaceutical Industry Research Institutions Renewable Energy Industry Semiconductor Industry Technological Start-ups Areas of Specialisation Biomaterials and Biomedical Devices Energy and Environmental Materials Materials Analysis Microelectronics Nanotechnology Polymers and Composites

student experience Nathaniel Lum Xian Jun Undergraduate, Year 3, Bachelor of Engineering in Materials Engineering Achievements: MSE Leadership Excellence Programme Dean s List AY 2013-14 Chairperson of MSE Overseas Community Involvement Project 2014 NTU President Research Scholar The School of MSE has world-class research facilities and professors. The quality of teaching is exceptional. The large faculty and wide range of specialisations of the professors have given us a variety of fields of study and research to choose from. Professors in MSE are passionate about their subjects and are very open to discussions with students, whether about academic subjects, research, or the industry. The scientist discovers a new type of material or energy and the engineer discovers a new use for it. Gordon Lindsay Glegg, Engineer 15

If you ve always aimed for the stars, the study of mechanical and aerospace engineering might just be the ticket you seek. Mechanical engineers are the drive behind power-generating devices from engines to turbines, elevators and robots. Aerospace engineers are the lift behind aviation, defence systems and space exploration. Challenge new frontiers of possibilities at NTU School of Mechanical and Aerospace Engineering (MAE). In this rapidly transforming technological landscape, it is essential for students to know how to exploit the advances in robotics, nanotechnology, aerospace, life sciences and more. Through state-of-the-art facilities for teaching and research, the School of MAE opens many doors of opportunities for students to enhance their learning experiences while contributing to the development of future technologies. At the School of MAE, students will get to work on projects that include solar powered vehicles and unmanned aerial vehicles; robots and intelligent systems for new-generation manufacturing; biomedical sensors, actuators and other lifesaving systems; micro-electromechanical systems; information storage systems; microprocessor-driven consumer products and energy systems. In addition, students will undergo a 20-week professional internship programme with prestigious companies such as Rolls-Royce International, which will allow them to experience professional working environments and gain valuable practical experience. The School of MAE offers two degree programmes: Mechanical Engineering and Aerospace Engineering. Did You Know? Chair of MAE, Prof Louis Phee, won the prestigious President s Science and Technology Award in 2012 for inventing MASTER, the world s first robotic flexible endoscopy system for no-scar surgeries. MAE s Mechanical Engineering discipline was ranked 12th in the world, according to 2014 QS World University Rankings by Subject.

Degree Programme in Aerospace Engineering This programme equips students with specialty training and tools, allowing them a seamless entry into the challenging aerospace industry. Under the Aerospace Engineering degree programme, students will acquire knowledge in areas such as Aerodynamics, Aircraft Design and Aircraft Propulsion. Industry/Career Aerospace Consulting Aircraft Design and Manufacturing Aircraft Operations and Maintenance Aviation Regulatory Bodies Project Planning and Management Research and Development Areas of Specialisation A specialist degree that covers exciting areas such as the design and optimisation of flight vehicles and their propulsion systems. Degree Programme in Mechanical Engineering Under this programme, students will start off by establishing sound engineering fundamentals before advancing to a spectrum of industrially relevant specialisations in the later years. Specialisations can range from Aeronautical Engineering, Innovative Design and Naval Architecture to Marine Engineering and Mechatronics and Control. Industry/Career Aeronautical Engineering Biomedical Engineering Clean Energy Defence Organisations Logistics Manufacturing Marine and Offshore Engineering Mechatronics and Control Power Generation and Distribution Product Design Project Planning and Management Research and Development Robotics Semiconductors Areas of Specialisation a. In-Depth Specialisations: Design Stream Mechatronics Stream b. Mainstream - Final Year Specialisations: Aeronautical Engineering Energy and the Environment Innovative Design Manufacturing Engineering Naval Architecture and Marine Engineering Mechatronics and Control Systems Engineering As an engineer, I m constantly spotting problems and plotting how to solve them. James Dyson, Inventor and Founder of Dyson

Double Degree Programmes Aerospace Engineering and Economics # Mechanical Engineering and Economics # # Jointly offered with the School of Humanities and Social Sciences student experience Grace Tong Jing Ying Undergraduate, Year 3, Bachelor of Engineering in Aerospace Engineering and Economics Double Major Programmes (NEW) Aerospace Engineering with a Second Major in Business* Mechanical Engineering with a Second Major in Business* Mechanical Engineering with a Second Major in Society and Urban Systems a - NEW! * In collaboration with the Nanyang Business School a In collaboration with the School of Humanities and Social Sciences Achievements: Dean s List AY 2012-2013 NTU President Research Scholar Civil Aviation Authority of Singapore (CAAS) Youth Aviation Ambassador NTU College Scholarship holder The School of MAE provides a stable environment for us to delve deeper into the various aspects of engineering that we specialise in. In addition, we are exposed to subjects beyond engineering when we take a variety of other modules that range from Liberal Arts to Science and Technology. We are also often given the opportunity to attend recruitment talks from various industries, allowing us to explore the full range of jobs that our versatile degree qualifies us for. Plus, MAE s friendly faculty is earnest in helping students in their pursuits. Complemented by the friendships forged here, learning at MAE is a truly enjoyable and wholesome process. 17

FAQ on Admissions http://askntu.ntu.edu.sg More information on Scholarships http://admissions.ntu.edu.sg/undergraduateadmissions/pages/scholarships.aspx More information on University Scholars Programme http://scholars.ntu.edu.sg/pages/default.aspx More information on CN Yang Scholars Programme http://www.ntu.edu.sg/cnyang-scholars/pages/default.aspx More information on NTU and College of Engineering http://www.ntu.edu.sg http://www.coe.ntu.edu.sg College Of Engineering Nanyang Technological University 70 Nanyang Drive Block N1.3, Level B1 Singapore 637457 Tel: 65 6316 8896 Fax: 65 6896 8757 http://www.coe.ntu.edu.sg Reg. No. 200604393R The information contained in this brochure is correct as of 31 December 2014. The University reserves the rights to update it from time to time. Printed on environmentally-friendly paper, in support of a sustainable earth. Get the latest College of Engineering news and campus highlights by Liking us on Facebook at facebook.com/ntucollegeofengineering