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Contents 04

Welcome

CDE is Globally Recognised

Student Testimonial

The CDE Edge

Explore Your Possibilities

Where Your Choices Can Take You

Architecture (BA)

Biomedical Engineering (BEng)

Chemical Engineering (BEng)

Civil Engineering (BEng)

Computer Engineering (BEng)

Electrical Engineering (BEng)

Engineering Science (BEng)

Environmental and Sustainability Engineering (BEng)

Industrial Design (BA)

Infrastructure and Project Management (BEng)

Industrial and Systems Engineering (BEng)

Landscape Architecture (BLA)

Materials Science and Engineering (BEng)

Mechanical Engineering (BEng)

Robotics and Machine Intelligence (BEng)

Design Scholars Programme (D-Scholars)

Engineering Scholars Programme (E-Scholars)

List of second major and minors

Double Degree Programme

Applied AI (Design and Engineering) (Second major and minor)

Computing (Design and Engineering) (Second major and minor)

Innovation and Design Programme (iDP) (Second major and minor)

Sustainable Urban Development (Second major)

Systems Engineering (Second major and minor)

Specialisations

Admission Requirements

Frequently Asked Questions

Important Milestones

All information contained is accurate at the time of publication in August 2026. Do check our website for updates if any.

Welcome to the College of Design and Engineering — a vibrant hub where creativity meets innovation, shaping the educational journey of tomorrow! CDE is one of the largest and most diverse colleges at NUS. We are a vibrant community of students, educators, and researchers working across architecture, design, and engineering. What makes our College an exciting place for students like you is our mission at CDE: to Inspire, to Innovate, and to Transform. What truly defines CDE is how we design your learning experience. Our curriculum is flexible, innovative and gives you the freedom to explore, experiment, and create across boundaries. We look forward to welcoming you to our vibrant community and to seeing where your journey will take you. Yours sincerely, Professor Teo Kie Leong Dean 05

CDE is Globally Recognised QS World University Rankings by Subject 2026

5 out of 7 subjects have entered the

Top 3: Chemical Engineering

Civil & Structural Engineering

Materials Science Electrical & Electronics Engineering

Mechanical, Aeronautical & Manufacturing Engineering 06

QS 2026

Ranked Top 20

Ranked Top 10

Ranked Top 3

Arts & Humanities Architecture & Built Environment Art & Design

7 19

Engineering & Technology Chemical Engineering

Civil & Structural Engineering Electrical & Electronics Engineering Mechanical, Aeronautical & Manufacturing Engineering

2 3 3

Natural Science Materials Science

Source: QS World University Rankings by Subjects 2026 07

Student Testimonial Zoey Chan Zheng Qi

Chia Min Shen

Bachelor of Arts in Industrial Design, Class of 2025

Bachelor of Engineering (Environmental Engineering), Class of 2028

Singapore’s National Winner of the James Dyson Award 2025

“Industrial Design pushed me to see problems not as obstacles, but as invitations to understand people and myself more intimately. I became more aware of what I value as a designer, as a friend, and as a person.”

Divyanshi Someshkumar Pandey Bachelor of Engineering (Robotics and Machine Intelligence), Class of 2028

“Being part of the NUS Calibur Robotics team has allowed me to work on autonomous systems and advanced robotics platforms. I see the Robotics and Machine Intelligence programme as the ideal pathway to turn my passion into meaningful, realworld innovation, with the long-term goal of building my own robotics start-up.”

Low Tse Han Bachelor of Engineering (Electrical Engineering), Class of 2027 Second Major in Innovation and Design Executive Producer, Intrigued to Innovate

“The Innovation and Design Programme gives me the rare opportunity to step out of my comfort zone, explore meaningful projects, and apply real-world engineering concepts with a practical, entrepreneurialminded approach.”

Ng Ee Xin

Tan Jingyu, Axil

Bachelor of Engineering (Biomedical Engineering), Class of 2027

Bachelor of Arts in Architecture, Class of 2028

“Through hands-on projects, laboratory work, and my experience in NUS Overseas Colleges programme in Stockholm, I was able to connect theory with real-world applications and gain a clearer understanding of medical advancements.” 08

“Through the Undergraduate Research Experience (UREx) programme, where I explored the use of bio-based materials for synthesising cellulose hydrogels, I developed strong laboratory skills and was challenged to think critically about how scientific research can address real-world problems.”

Design Scholar

“My experience as a D-Scholar in Architecture has been rigorous and fulfilling. I appreciate the strong support and how the scholarship team listens to students’ aspirations.”

The CDE Edge

Departments

>500

Programmes

Faculty members

>6500 Undergraduate students

*As of 31 December 2025

The CDE Edge

When you pursue a four-year direct Honours degree at CDE, you gain breadth, depth and flexibility through a combination of the common curriculum; a major of your choice; and a wide range of unrestricted electives.

>100

Second Majors and Minors

>30

Specialisations

Unrestricted Electives can expand your horizons, with over 4000 options across CDE and NUS at your fingertips.

10 courses

Primary Major offers in-depth education in your chosen discipline and set yourself up for future success, wherever your passions take you!

20 courses

Common Curriculum gives you a solid foundation so you can maximise opportunities to advance your career, regardless of your discipline.

10 courses

The CDE Edge Common Curriculum — Ten pillars to give you a solid foundation so you can maximise opportunities to advance your career, regardless of your discipline. We emphasise instilling lifelong skills in data and digital literacy, design thinking and critical thinking.

Cultures & Connections

Critique & Expression

Singapore Studies

Digital Literacy

Communities & Engagement

Data Literacy

Project Management

Design Thinking

Maker Space

Artificial Intelligence

Direct Admissions • Architecture (BA) • Landscape Architecture (BLA) • Industrial Design (BA) • Computer Engineering (BEng)

Common Admissions (Engineering) • Biomedical Engineering (BEng) • Chemical Engineering (BEng) • Civil Engineering (BEng) • Electrical Engineering (BEng) • Engineering Science (BEng) • Environmental and Sustainability Engineering (BEng) • Industrial and Systems Engineering (BEng) • Infrastructure and Project Management (BEng) • Materials Science and Engineering (BEng) • Mechanical Engineering (BEng) • Robotics and Machine Intelligence (BEng)

• Industry Experience: Gain practical skillsets by learning outside the classroom. Take on local or overseas internships or attachments to apply theoretical knowledge in realworld settings and enhance your professional network. • Second Major: Master dual disciplines by pursuing a second major suiting your professional goals. Note: it is a non-honours major with a lower unit requirement than that of your primary major. • Minor: Intrigued by more than one programme? Take a minor (or two!) to explore an additional area beyond your major, within or outside of CDE. • Specialisation: Deepen your knowledge and focus on a particular niche in your chosen field. Combine it with another specialisation or minor to tailor your education to your needs. • Research Experience: Step beyond the four walls of the classroom and learn by doing when you engage in cutting-edge research and innovation projects within CDE. • Design Your Own Course (DYOC): Flex your creativity by choosing what you want to learn, how you want to learn it, and who you will learn from.

Explore Your Possibilities In CDE’s interdisciplinary learning environment, your possibilities are limitless.

Landscape Architecture Landscape architects plan, design, and manage outdoor spaces such as parks, gardens, waterfronts, and urban plazas to create functional, sustainable, and aesthetically pleasing environments.

Environmental and Sustainability Engineering Environmental and sustainability engineers draw from the science of biology, chemistry, ecology, and hydrology, to devise sustainable solutions to improve our quality of life, while maintaining a clean and healthy environment.

Architecture

Civil Engineering

Architects plan the future as well as design places for purpose and inspiration.

Civil engineers plan, design, construct, maintain, and operate a liveable city while ensuring human safety, climate resilience, and environmental sustainability.

Materials Science and Engineering

Infrastructure and Project Management

Materials engineers design, develop, and enhance materials to solve challenges in technology, sustainability, and everyday life, enabling advancements across industries.

Project managers apply their knowledge in the areas of engineering, management, finance, and law to manage a variety of construction and infrastructure projects and systems in the built environment and other sectors.

Computer Engineering Computer engineers design and build computing systems at all scales, from microcircuits to large-scale intelligent systems. They innovate in energy-efficient devices, advanced communication networks, and smart technologies, driving digital transformation across industries globally.

Electrical Engineering Electrical engineers are innovators and problem solvers who design and optimise the systems powering modern technology. Their expertise advances communication networks, AI solutions, energy systems, and medical technologies, driving progress across industries like electronics, aerospace, and robotics.

Robotics and Machine Intelligence Robotics engineers design, develop, and build robots and automated systems for a wide range of applications across industries such as defence, manufacturing, logistics, healthcare, and consumer electronics.

Engineering Science Engineering scientists use mathematics and science to create practical solutions for complex problems that involve multiple areas of engineering.

Mechanical Engineering Mechanical engineering is grounded in motion, force, and energy, equipping engineers with versatile skills to design mechanical systems, intelligent machines, and sustainable solutions across industries.

Industrial and Systems Engineering Industrial and systems engineers solve problems in multiple domains, backed by scientific approaches in data analytics, systems modelling, decision-making, and management.

Biomedical Engineering Biomedical engineers turn engineering ideas into lifechanging healthcare solutions, tackling the complexity of living systems through the combined power of engineering, biology, and medicine.

Chemical Engineering Chemical engineers transform molecules and materials from nature, including living matter, into a wide range of products that shape our modern lives, from medicines and cosmetics products to fuels and computer chips.

Industrial Design Industrial designers create new products, services, spaces, apps, experiences, and businesses that people need and love.

Where Your Choices Can Take You What do you want to be?

Personalise your journey Build Your Own Degree

Specialisation

Minor

Electives

Second Major Specialisation

Minor

Major

Common Curriculum

Depth

40 Courses

Specialisation

Electives

Breadth 16

Examples

10 Courses

If you want to become an

Minor in Project Management

Architectural Project Manager

If you want to become a

20 Courses

10 Courses

Architecture

Common Curriculum

Biomedical Engineering

Common Curriculum

Chemical Engineering

Common Curriculum

Civil Engineering

Common Curriculum

Computer Engineering

Common Curriculum

Second Major in Applied AI (Design and Engineering)

Electrical Engineering

Common Curriculum

Second Major in Statistics

Engineering Science

Common Curriculum

Minor in Cities

Medtech Entrepreneur

Second Major in Innovation and Design

If you want a career in the

Specialisation in Biopharmaceutical Engineering

Pharmaceutical Industry

If you want to become a

Minor in Pharmaceutical Science Specialisation in Digitalisation in Urban Infrastructure

Digital Civil Engineer

Minor in Computing (Design and Engineering)

If you want to become a

Minor in Public Health

Healthtech Engineer

If you want to become an Data Scientist / Machine Learning Engineer

If you want a career in Data Analytics

Specialisation in Internet of Things

If you want a career in Environmental and Sustainability Consultancy

If you want to become a

Minor in Public Health

Minor in GIS

Minor in Computing (Design & Engineering)

Creative Technologist

Specialisation in Product Innovation

If you want to become a

Minor in Management

Supply Chain Consultant

Specialisation in Supply Chain Analytics

If you want to become a Sustainability Project Manager

If you want to become a Sustainability Consultant

If you want to become an Aerospace Engineer

If you want to become an Environmental Robotics Engineer 18

Second Major in Sustainable Urban Development

Electives in Project Management Specialisation in Sustainable Green Buildings Minor in Economics Specialisation in Materials for Renewable Energy and Sustainability

Specialisation in Aeronautical Engineering Specialisation in Robotics

Second Major in Sustainable Urban Development

Environmental and Sustainability Engineering

Common Curriculum

Industrial Design

Common Curriculum

Industrial and Systems Engineering

Common Curriculum

Infrastructure and Project Management

Common Curriculum

Materials Science and Engineering

Common Curriculum

Mechanical Engineering

Common Curriculum

Robotics and Machine Intelligence

Common Curriculum

Architecture Singapore’s premier architectural programme In our Architecture programme, you can build a broad and strong knowledge base through three years of design studio and other essential courses, then furnish it with a fourth year of elective courses. If you are keen on further training and aim to become a practising architect, you can enter the Master of Architecture programme. By offering a wide range of opportunities and comprehensive training in both discipline-specific and essential skills, our programme prepares you to be able to navigate a complex and multivariate future. Our graduates are geared towards becoming influential citizens and visionary thought leaders, not only within architecture but also in various other domains. Our students will benefit from a top-notch education from the world’s 5th best and Asia’s best architecture programme.

Biomedical Engineering Impacting lives with healthcare technology Imagine revolutionising healthcare by pioneering advanced medical technologies that diagnose, treat, and even prevent diseases. If you’re passionate about designing innovative solutions to improve patients’ lives and elevate quality of care, our Biomedical Engineering programme will empower you to turn that vision into reality. You will master essential skills in design thinking, mechanical design, electronics, programming, and machine learning, while gaining expertise in emerging fields like digital health, regenerative medicine, nanotechnology, medical robotics, and AI-powered healthcare. Hands-on medical device design projects, clinicalneeds-driven research, and industry internships are integral to your journey. These experiences will equip you with the foundation and versatility to tackle real-world biomedical engineering challenges with confidence and creativity.

An Inspiring Campus Step onto a campus dotted by award-winning architecture and design solutions, including net-zero energy buildings SDE1 and SDE4. These buildings showcase how ideas of sustainability can be brought to life without compromising on other architectural values of experience, comfort, and aesthetics. Inspired by these surroundings, you, too, can imagine new ways to tackle the problems that contemporary society faces today.

With the flexibility to shape your education around your career aspirations, you can specialise in areas such as Robotics, Biomedical Materials, Tissue Engineering, or Community Healthcare and Technology. Focus on the healthcare challenges that matter most to you and create solutions that transform lives and redefine quality care!

Contact

Department of Architecture College of Design and Engineering Website: cde.nus.edu.sg/arch Tel: +65 6516 8736 E-mail: askdoa@nus.edu.sg

Department of Biomedical Engineering College of Design and Engineering Website: cde.nus.edu.sg/bme Tel: +65 6516 3553 E-mail: biesec@nus.edu.sg

Chemical Engineering

Civil Engineering

Chemical engineers make molecules do the waltz

Build the world, shape the future

Chemical Engineering involves the transformation of molecules and materials from nature, including living matter, into a wide range of products that shape our modern lives, from medicines and cosmetics products to fuels and computer chips.

Civil engineers plan, design, construct, maintain, and operate a liveable city, while ensuring human safety, climate resilience, and environmental sustainability. From the iconic skyscrapers that define city skylines; the superhighways connecting communities; the utilities powering our daily life; to the coastal defence structures protecting us against climate change – civil engineers are the visionaries behind these transformative developments.

The ability to engineer molecular transformation places chemical engineers at the very frontier of modern technology in developing solutions to global challenges ranging from climate change to clean energy, air and water. You will build on your knowledge of chemical, physical, biological and mathematical sciences to marshal the reactivity and transformation of invisible molecular building blocks in clean, efficient, scalable and economical ways. Along the way, you learn about dynamical systems, heat and mass transport, molecular thermodynamics, catalysis and reaction engineering, advanced automation and AI/datadriven process control. From a career perspective, the sheer breadth and depth of the discipline places you squarely at the crossroads of modern technological challenges — where you can transform the world from the molecular level!

Our world-renowned programme equips you with a solid foundation in essential areas such as structural design, sustainable materials, geotechnical engineering, and smart transportation. You will also explore critical topics like urban policy, sustainable infrastructure systems, and construction management, which empower you to address engineering challenges in innovative, efficient and sustainable ways. After building a strong foundation, you may specialise in Digitalisation in Urban Infrastructure to integrate digital technologies into the built environment, or strengthen leadership and financial acumen through a minor in Infrastructure Management and Finance. To drive sustainability in urban environments, you may also opt for a second major in Sustainable Urban Development. Our programme is dedicated to nurturing future leaders who deliver innovative, sustainable solutions and shape the future of our world!

Contact

Department of Chemical and Biomolecular Engineering College of Design and Engineering Website: cde.nus.edu.sg/chbe Tel: +65 6516 3835 E-mail: chbeug@nus.edu.sg

Department of Civil and Environmental Engineering College of Design and Engineering Website: cde.nus.edu.sg/cee Tel: +65 6516 4270 E-mail: ceebox3@nus.edu.sg

Computer Engineering

Electrical Engineering

Designing intelligence, transforming the future

The spark of technology and innovation

Embark on an exciting journey with the Bachelor of Engineering (Computer Engineering) programme at CDE, where “design intelligence” is the key to creating innovative computing solutions that shape and transform the world.

Electrical engineering underpins many modern technologies, from renewable energy systems and medical devices to communication networks and intelligent infrastructure. At CDE, the Bachelor of Engineering (Electrical Engineering) programme equips you with the technical expertise and problem-solving skills to drive meaningful change.

This multidisciplinary programme blends electrical engineering, software design, and hardwaresoftware integration to equip you with the skills to build computing systems across scales. From designing component-level circuits to integrating intelligent systems for energy management, communications, and monitoring, you’ll address real-world challenges and unlock new opportunities for innovation across industries. Jointly hosted by the Electrical and Computer Engineering and Computer Science departments, the programme offers access to diverse resources, curated courses, and exclusive opportunities to enhance your learning experience. Broaden your horizons further with specialisations like Advanced Electronics, Robotics, and Space Technology, or pursue a second major or minor in fields such as Innovation and Design, Data Engineering or Management. Discover the future of intelligent design with us — and shape a smarter, more connected world.

Our curriculum ensures a strong foundation across core areas like circuits, systems, electromagnetics, and control, while introducing cutting-edge advancements in fields such as robotics, energy management, and intelligent systems. This blend of fundamentals and emerging technologies prepares you to propose innovative solutions to real-world challenges with confidence and creativity. As you progress, you’ll explore specialisations like Advanced Electronics, Robotics, or Space Technology, or broaden your career prospects with a second major or minor in fields such as Computing, Data Engineering, or Management. Through hands-on projects, industry partnerships, and research opportunities, you’ll graduate as a versatile professional ready to tackle complex societal challenges — from sustainable energy solutions to smarter cities. Join us at CDE and shape the technology of tomorrow while building a rewarding and impactful career.

Contact

Department of Electrical and Computer Engineering College of Design and Engineering Website: cde.nus.edu.sg/ece Tel: +65 6516 2109 E-mail: askCEG@nus.edu.sg

Department of Electrical and Computer Engineering College of Design and Engineering Website: cde.nus.edu.sg/ece Tel: +65 6516 2109 E-mail: askECE@nus.edu.sg

Engineering Science When learning is grounded in science and engineering Hey there, future engineer! What’s in store for you today? Perhaps it’s using nanoparticles to improve medical imaging or training advanced machine learning models. Maybe you envision discovering cleaner forms of energy or enhancing the security of global communication systems! With a Bachelor of Engineering (Engineering Science) as your foundation, you’ll gain the knowledge and skills to address today’s challenging engineering problems. This multidisciplinary programme blends science and mathematics with engineering principles, preparing you to work within fields such as electrical, mechanical, and physical sciences, and at their intersection. You’ll be equipped to tackle complex problems that require innovative, cross-disciplinary solutions to create meaningful outcomes. Hands-on experimentation and design projects are key components of this programme. You’ll develop expertise in disciplines such as electronics, mechanics, physics, computing, and mathematics while honing your ability to innovate and think critically.

Environmental and Sustainability Engineering Saving the planet through technology... and more! How will the global community safeguard nature and the lives of the future generations? If this mission resonates with you, this programme is the perfect fit. Both developing and developed countries need skilled environmental engineers to address the demand for cleaner air, water, land, and alternative energy sources. Over the next four years, your training will shape you into a changemaker, enabling you to make significant contributions to the sustainable development of society. You will take courses such as Bioenergy, Environmental Impact Assessment and more, to build a strong foundation and equip you with the knowledge to analyse and address pressing environmental problems. Thank you for your commitment to making a difference and saving the planet!

As a graduate, you’ll be ready to lead groundbreaking advancements in areas such as computational engineering, medicine, sustainable energy, and nanoscience, shaping industries and improving lives around the world. Contact Department of Mechanical Engineering College of Design and Engineering Website: cde.nus.edu.sg/esp Tel: +65 6516 5408 E-mail: engscience@nus.edu.sg

Contact Department of Civil and Environmental Engineering College of Design and Engineering Website: cde.nus.edu.sg/cee Tel: +65 6516 4270 E-mail: ceebox3@nus.edu.sg

Industrial Design Innovating for humanity

Infrastructure and Project Management Lead | Build | Manage

Industrial Design is the discipline that specialises in designing for humanity. Industrial designers create new products, services, spaces, apps, experiences, and businesses that people need and love. Every creation from an industrial designer is anchored on a deep understanding of how people perceive, adopt, and use solutions, including identifying the tangible and intangible resources that make these solutions a reality. If you consider yourself a mix of an artist, techie, maker, communicator, and entrepreneur, well, then this programme is for you! You will study the design fundamentals and learn to manage a comprehensive design process from research to execution. Students here delve deep into the arts and technology, have a penchant for questioning the status quo and ultimately dream of breaking new ground across sectors. With almost no exams or essays, your learning comes through an immersive, hands-on environment akin to a bootcamp or hackathon.

What happens when you integrate engineering, management, finance, and law? You get our Infrastructure and Project Management programme! This interdisciplinary programme centres on honing built environment professionals with T-shaped skills that are in high demand in the industry. Here, you gain a good grasp of cross-disciplinary topics such as Sustainable and Digital Technologies, Cost and Contract Management, and Asset and Facilities Management, complemented by a strong emphasis on project management skills. Our graduates are highly agile and adaptable thanks to their varied knowledge base and skill sets. Like them, you will have the potential to pursue career pathways not only in the built environment industry but also in business, data analytics and consultancy. The ability to think critically and apply your skills across different sectors will position you as a valuable asset in today’s rapidly changing job market, where interdisciplinary knowledge is increasingly in demand!

Contact

Department of Design College of Design and Engineering Website: cde.nus.edu.sg/dd Tel: +65 6516 7758 E-mail: askDD@nus.edu.sg

Department of the Built Environment College of Design and Engineering Website: cde.nus.edu.sg/dbe/ Tel: +65 6516 3413 E-mail: ipm@nus.edu.sg

Industrial and Systems Engineering Nurturing holistic engineers to drive change Are you passionate about designing systems to work faster, safer, and smarter? Industrial and Systems Engineering is where you can learn various methods to improve efficiency and optimise performance to solve challenging problems in fields such as supply chain management, business, finance, sustainability and healthcare services in the three high-growth areas of the digital, green and care economies. You will be trained in methodologies based on applied mathematics, data analytics, and computer science to design smart, data-driven solutions that positively impact society across diverse fields of work. Our programme combines broad-based learning with three possible specialisations — Supply Chain Analytics, Analytics and Decision Intelligence, and Sustainability Analytics. With a focus on theoretical mastery and extensive hands-on learning through industry attachment, design projects and research opportunities, our students will be wellequipped with both versatile skills and in-depth knowledge of emerging areas.

Contact Department of Industrial Systems Engineering and Management College of Design and Engineering Website: cde.nus.edu.sg/isem/ Tel: +65 6516 2203 E-mail: ug_isem@nus.edu.sg

Landscape Architecture Connecting nature, place and people Whether pocket parks or city masterplans, landscape architects work in various scales to create life between buildings and breathe excitement into cities. We are involved in a wide range of projects to improve conditions of the built environment through the artful provision of green infrastructure and ecosystem services. If creating life between buildings is an exhilarating prospect to you, then look no further than Singapore’s first and only Bachelor of Landscape Architecture. This four-year Honours programme focuses on design excellence by blending aspects of art, architecture, climate, technology, and society. You will learn in a unique educational setting that promotes imagination in design yet remains grounded in achieving action-oriented outcomes that are relevant to real-life issues. Sounds overwhelming? Don’t worry — we’ve got you covered. From tropicality and site specificity to multifunctionality and placemaking, our programme’s comprehensive lectures and integrated learning platforms in design studios delve into all these. Ultimately, you will be able to address multifaceted socio-ecological issues in Asia through critical thinking, analytical inquiry and creative expression.

Contact Department of Architecture College of Design and Engineering Website: cde.nus.edu.sg/arch Tel: +65 6516 8736 E-mail: askdoa@nus.edu.sg

Materials Science and Engineering

Mechanical Engineering

From atoms to life-changing materials

Powering a world in motion

Materials Science and Engineering (MSE) studies materials from the atomic scale to everyday products. It explores what materials are made of, how they behave, and how we engineer them for specific purposes. MSE blends chemistry, which creates and tailors materials, with physics, which examines how they respond to heat, forces, electricity, and light, alongside Artificial Intelligent (AI) tools that accelerate discovery. Students learn the full materials cycle: developing new substances, optimising performance, analysing structure, and testing real-world applications, from flexible phone screens and advanced batteries to medical implants. At NUS, specialisations span biomedical, sustainable, microelectronic, nanostructured, and AI-driven materials. Because materials underpin every technology, MSE graduates enter diverse fields including healthcare, energy, aerospace, electronics, sustainability, robotics, and AI, shaping innovations that power the modern world.

Contact Department of Materials Science and Engineering College of Design and Engineering Website: cde.nus.edu.sg/mse Tel: +65 6516 4672 E-mail: askmse@nus.edu.sg

Mechanical engineering is one of the broadest and most versatile engineering disciplines. Built on the principles of motion, force, energy, and materials, it equips engineers with transferable skills to design and build systems across aeronautics, energy, robotics, and smart manufacturing. Mechanical engineers design lightweight aircraft components, develop renewable energy systems, and build intelligent machines that integrate mechanics, sensing, and control. They also advance digital and additive technologies to create efficient and flexible production systems. As Artificial Intelligence (AI) and digital infrastructure expand, energy and cooling demands are rising rapidly. Mechanical engineers play a vital role in developing efficient thermal systems, sustainable data centres, and resilient energy solutions. Through this programme, you will apply fundamental principles using modern tools such as simulation and system-level design to create safe, efficient, and sustainable solutions, and turn ideas into reality.

Contact Department of Mechanical Engineering College of Design and Engineering Website: cde.nus.edu.sg/me Tel: +65 6516 2212 E-mail: enquire_me@nus.edu.sg

Robotics and Machine Intelligence Transforming our world with intelligent machines From complex robotic arms that carry out minimally invasive surgeries to bio-inspired robotic jellyfish cleaning up marine debris, robots offer unique solutions to global challenges of an ageing population and climate change by extending our human capabilities and furthering our reach into environments inaccessible or hazardous for us. Robotics engineering combines knowledge and skills from mechanical, electrical, and computer engineering with the application of data science and artificial intelligence. The interdisciplinary curriculum provides you not only with the fundamentals of mechanics, electronics, control and programming, but also training in data analytics and machine learning. Integrating artificial intelligence with robotic hardware equips you with the skillsets to design intelligent, more autonomous and adaptable robots. The expertise you gain makes you suited not only for a career in robotics but also for roles in automation, testing, and controls, which are found in industries as diverse as defence, manufacturing, logistics, healthcare, and even consumer electronics. Be at the forefront where robots are transforming how we live, work and play! *Top students in Robotics and Machine Intelligence can consider applying for the NUS AI Talent Scholarship. Contact Department of Mechanical Engineering College of Design and Engineering Website: cde.nus.edu.sg/me Tel: +65 6516 2212 E-mail: enquire_rmi@nus.edu.sg

Bond-free Scholarship • 100% of tuition fees for four years* • Subsidised on-campus accommodation for two years • Living allowance for four years • One-time computer allowance • Subsidies for overseas experiential programme Students pursuing a Master of Architecture will enjoy an additional year of tuition fee support.

Who Can Apply? Singapore citizens presenting local qualifications, applying to any CDE degree programme.

Mentorship and Community • Receive close mentorship from a carefully selected pool of worldclass professors • Enjoy exclusive opportunities to network with alumni and industry leaders • Join a close-knit community of like-minded individuals

Global Insights • One-semester exchange at our international partner universities • Priority consideration for NUS Overseas Colleges (NOC) • Subsidy for summer/winter programme

Design Scholars Programme (D-Scholars)

Engineering Scholars Programme (E-Scholars)

Pioneering the future of design mastery

The next generation of engineering leaders

The Design Scholars (D-Scholars) Programme is a four-year enriching journey crafted for aspiring architects, landscape architects, and industrial designers ready to make a profound impact locally and globally. At the interface between the arts and technology, this programme empowers you, our D-Scholars, to drive impactful and innovative change.

The Engineering Scholars (E-Scholars) Programme aims to help train future leaders in engineering and innovation, to prepare them in tackling big global problems like promoting sustainable development, pioneering cuttingedge technologies like smart materials and autonomous systems, and promoting long and healthy lives.

Throughout this programme, we will offer you comprehensive support, including financial aid and academic mentorship from our world-class faculty.

Programme Structure • A rchitecture: Complete your Bachelor’s

degree in four years and pursue a Master of Architecture. • I ndustrial Design: Complete your Bachelor’s

degree in four years. • L andscape Architecture: Complete your

Bachelor’s degree in four years.

The premier programme provides a fouryear runway that fully supports the scholars’ educational pursuits, including overseas experiential learning, academic mentorship and Master’s studies.

Programme Structure Complete an accelerated Bachelor of Engineering degree in just three years. You can utilise the fourth year to pursue a Master’s degree (3+1) or complete your double degree programme.

Contact D-Scholars and E-Scholars Secretariat Website: cde.nus.edu.sg/descholars/ Tel: +65 6601 6579 E-mail: dscholars@nus.edu.sg / escholars@nus.edu.sg

Second Majors

Minors

1. Applied AI (Design and Engineering)

1. AI and Data Science for Materials

2. Computing (Design and Engineering)

2. Architectural Studies

3. Innovation and Design

3. Applied AI (Design and Engineering)

4. Sustainable Urban Development

4. Biomedical Engineering

5. Systems Engineering

5. Cities 6. Computing (Design and Engineering) 7. Data Engineering 8. Electrical Engineering

Scan here for more details for Second Majors

9. Engineering Materials 10. Hydrogen and Low Carbon Technology 11. Infrastructure Management and Finance 12. Innovation and Design 13. Landscape Architectural Studies

Scan here for more details for Minors

14. Management of Technology 15. Mechanical Engineering 16. Project Management 17. Sustainability Solutions 18. Systems Engineering 19. Visual Communication Design

Double Degree Programme Expand your career options with a Double Degree Programme (DDP)! Discover flexible pathways to combine degree programmes within CDE or across Faculties/Schools: • D DP within CDE • D DP between CDE + College of Humanities and

In a DDP, you can pair complementary or contrasting fields that match your interests and aspirations. Apply during Admissions or anytime before the end of your 5th semester in NUS. A DDP normally takes four and a half to five years to complete, and you will pay only the prevailing tuition fee for your primary degree.

Sciences • D DP between CDE + NUS Business School • F rench DDP • S elf-initiated DDP 28

Find out more about our DDPs here!

Applied AI (Design Computing (Design and Engineering) and Engineering) Advancing AI innovation

Deepening computing skills

Artificial intelligence is driving innovation across engineering and industry. The Second Major / Minor in Applied AI (Design and Engineering) equips students with the knowledge and practical skills to apply AI and machine learning to solve real-world engineering challenges.

Jointly curated by CDE and the School of Computing, the Second Major / Minor in Computing (Design and Engineering) equips students with a strong foundation in computer science and its applications in engineering and design. Covering areas such as software engineering, data structures and algorithms, computer organisation, and artificial intelligence, the programme develops the knowledge and skills to solve real-world problems through computing. Flexible electives allow students to tailor their learning to their interests and career aspirations.

Complementing a student’s primary discipline, the programme prepares graduates to develop intelligent, data-driven solutions across applications such as smart manufacturing, autonomous systems, healthcare technologies and smart cities, equipping them with futureready skills for an AI-enabled world.

Student Learning Outcomes Student Learning Outcomes Upon completing the programme, students will be able to: • Grasp the fundamental concepts of AI, including machine learning, natural language processing, and computer vision. • Break down complex engineering challenges and solve them using core AI techniques like optimisation, supervised learning and unsupervised clustering. • Move beyond software by integrating intelligent algorithms into real-world platforms, smart manufacturing, and autonomous devices. • Critically measure model performance and error to build AI systems that are accurate, safe, transparent, and fair. • Combine cutting-edge AI tools with your primary engineering background to innovate and build data-driven solutions in multidisciplinary teams.

Upon completing the programme, students will be able to: • Apply core computing principles to solve engineering and design problems. • Develop computing-based solutions using appropriate tools and techniques. • Integrate computing knowledge across disciplines to support digitalisation and innovation. • Communicate and collaborate effectively in multidisciplinary environments.

Contact Department of Electrical and Computer Engineering College of Design and Engineering Website: cde.nus.edu.sg/ece Tel: +65 6516 2109 E-mail: askECE@nus.edu.sg

Innovation and Design Programme (iDP) Integrating design, technology and entrepreneurship

Examples of iDP Projects Bumblebee autonomous underwater vehicle

Open to undergraduates from all disciplines, iDP is recommended for aspiring entrepreneurs, enthusiastic problem-solvers, and those who enjoy working on hands-on projects. iDP provides a platform for students to work in teams with peers, mentors, and industry partners from diverse disciplines to tackle real-world challenges. iDP projects span a wide range of themes such as healthcare, urban mobility, sustainability, smart solutions, immersive reality, and complex engineering systems. iDP is also home to many competition teams such as NUS Formula SAE, Bumblebee, and Calibur Robotics.

NUS Formula SAE race car

Immersive reality for medical training

Sustainable chemicals from food waste

Nasogastric tube training device for caregivers

Additionally, iDP nurtures students who are passionate about entrepreneurship. Students are encouraged to develop their projects for commercialisation through the Ideas to Start-up final year project course, while young alumni who aspire to launch their own start-up companies can join the Entrepreneur Fellowship. Intrigued to Innovate

Contact Engineering Design and Innovation Centre College of Design and Engineering Website: cde.nus.edu.sg/edic/idp/ Tel: +65 6601 3320 E-mail: idp-query@nus.edu.sg

Tune in to this podcast to discover how our students address real-world challenges with innovation: their thoughts, motivations, and lessons learned.

Sustainable Urban Development Tackling urban challenges, building sustainable cities Discover the multifaceted dimensions of urban sustainability — cultural, socio-economic, environmental, political and social, as well as their complex interactions. Learn the ways to address sustainability issues at local and global levels using a solutions-based approach. Do all that and more through the second major in Sustainable Urban Development, offered by the Department of Civil and Environmental Engineering. Stack it atop your chosen primary major and complete it in four years with no additional academic workload!

Student Learning Outcomes • Apply a cross-disciplinary framework to the analysis of natural and built environments in urban areas. • Integrate economic, environmental, energy, and social theory and principles to address urban sustainability challenges. • Use effective and practical strategies at multiple scales for urban sustainability planning, policy and regulation in the context of climate change and sustainable development. • Gain critical thinking, perspective sharing and effective networking skills. • Engage in collaboration, advocacy and leadership to implement transformational changes in cities for a sustainable future.

Systems Engineering A second major or minor that adopts an interdisciplinary approach to realise complex projects Systems Engineering adopts a transdisciplinary and integrative approach to design, build, integrate, and manage systems over their life cycles. It is offered as a second major by the Department of Industrial Systems Engineering and Management. Play an active role from start to finish and spearhead the execution of complex engineering projects. You will learn how to define problems, identify system goals, create alternative design concepts, carry out trade-offs analyses to select and implement the best design, and verify that the design is properly built and integrated to meet system goals.

Contact

Department of Civil and Environmental Engineering College of Design and Engineering Website: cde.nus.edu.sg/cee Tel: +65 6516 4270 E-mail: ceebox3@nus.edu.sg

Department of Industrial Systems Engineering and Management College of Design and Engineering Website: cde.nus.edu.sg/isem/ Tel: +65 6516 2203 E-mail: ug_isem@nus.edu.sg

Specialisations

Architecture Biomedical Engineering Chemical Engineering Civil Engineering Computer Engineering Electrical Engineering Engineering Science Environmental & Sustainability Engineering Industrial & Systems Engineering Industrial Design Infrastructure & Project Management Landscape Architecture Materials Science & Engineering Mechanical Engineering 32

Sustainable Electric Transportation

Space Technology

Internet of Things

Industry 4.0

Advanced Electronics

Safety & Sustainability

Process Engineering

Biopharmaceutical Engineering

Tissue Engineering

Biomedical Materials

Integrated Design

Programmes

Specialisations

Our array of specialisations is as broad as it is deep, cutting across majors to mirror the real world’s complexities and the endless opportunities it presents.

Community Healthcare & Technology

Curious about diving deep into a field that sparks your passion?

Sustainable Green Buildings

Contract Management & Cost Engineering

Social & Service Transformation

Product Innovation

Design Futures & Critical Inquiry

Landscape Practice

Landscape Studies

Robotics

Energy & Sustainability

Aeronautical Engineering

Nanostructured Materials & Nanotechnology

Microelectronics & Quantum Materials

Materials for Renewable Energy & Sustainability

Artificial Intelligence in MSE

Sustainability Analytics

Supply Chain Analytics

Analytics & Decision Intelligence

Nanoscience & Technology

Engineering Science in Medicine

Energy Science & Technology

Computational Engineering Science

Digitalisation in Urban Infrastructure

Admission Requirements Course

SingaporeCambridge GCE ‘A’ Level

Polytechnic Diploma

Architecture Landscape Architecture

Pass in H1 Chemistry or Mathematics or Physics; or pass in ‘O’ Level Additional Mathematics

All diplomas

Computer Engineering

Pass in H2 Mathematics or Further Mathematics Admitted students who do not possess A-level H2 Physics or its equivalent are required to read a Physics bridging course

An accredited diploma. Please visit http://nus. edu/polyapply for more information

Biomedical Engineering Chemical Engineering Civil Engineering Electrical Engineering Engineering Science Environmental and Sustainability Engineering Industrial and Systems Engineering Infrastructure and Project Management Materials Science and Engineering Mechanical Engineering Robotics and Machine Intelligence

Pass in H2 Mathematics or Further Mathematics

An accredited diploma. Please visit http://nus. edu/polyapply for more information

Industrial Design

Pass in H1 Mathematics or Physics or Economics or Art; or pass in ‘O’ Level Additional Mathematics

All diplomas

Double Degree in: Computer Engineering and Business Administration Engineering and Business Administration Computer Engineering and Humanities & Sciences Engineering and Humanities & Sciences Double Majors, Minors & Specialisations

Minimum prevailing admission criteria of the primary major

Special Programmes: Design Scholars Programme Engineering Scholars Programme Engineering and Medicine Track

Minimum prevailing admission criteria of the primary major

Polytechnic graduates with an accredited diploma can apply. Please scan QR for more information. 34

Minimum prevailing admission criteria of both courses Please scan QR for more information

International applicants with international qualifications can also apply. Please scan QR for more information.

International Baccalaureate (IB) Diploma

NUS High School Diploma

Test or Interview

Pass in SL Chemistry or MAA or Physics; or HL MAI

Good Major GPA in Mathematics or Physics or Chemistry

Yes

Pass in HL MAA Admitted students who do not possess HL Physics or its equivalent are required to read a Physics bridging course

A good major CAP in Mathematics Admitted students who do not possess a major in Physics or its equivalent are required to read a Physics bridging course

Pass in HL MAA

Good Major GPA in Mathematics

Pass in SL MAA or Physics or Economics or Visual Arts; or HL MAI

Good Major GPA in Mathematics or Physics or Arts

Yes

Applicants with IB Diploma obtained in Nov 2020 or earlier. Please scan QR for more information.

Footnote MAA = Mathematics: Analysis and Approaches MAI = Mathematics: Applications and Interpretation GPA = Grade Point Average 35

Frequently Asked Questions Getting Into CDE What is the difference between common admissions and direct admission degree programmes? Our direct admissions degree programmes are Architecture, Computer Engineering, Industrial Design and Landscape Architecture. Each of these has its own admissions requirements and admission standards. Our common admissions “Engineering” programme, as the name suggests, has a common set of entry requirements and a single admissions standard. If you are admitted to Engineering you have access to any one of the 11 majors (degrees) in the common admissions pool: Biomedical Engineering, Chemical Engineering, Civil Engineering, Electrical Engineering, Engineering Science, Environmental and Sustainability Engineering, Industrial and Systems Engineering, Infrastructure and Project Management, Materials Science and Engineering, Mechanical Engineering, Robotics and Machine Intelligence; which one you choose is up to you. Do I need to have a background in Physics to apply for an Engineering common admission degree? No. The only pre-requisite for the Engineering programme is mathematics. For SingaporeCambridge GCE ‘A’ level applicants we require H2 Mathematics and we have equivalent requirements for those with other qualifications. Although physics is not an admission requirement, those without H2 Physics (or equivalent) may be asked to take a bridging course to prepare for higher-level courses that require this knowledge. 36

What do I need to prepare when I apply for Architecture, Landscape Architecture or Industrial Design? Do I need to have a portfolio? Shortlisted applicants for all three degree programmes will be required to attend an interview as part of the selection process to be considered for admission. The interview for Architecture or Landscape Architecture also requires applicants to bring along a portfolio showcasing the applicant’s creative work. For Industrial Design, a portfolio is not required. However, it is advisable to bring along a portfolio (or any creative material such as photographs, drawings, paintings, making hobbies, etc.) for the interview. Does CDE consider applicants on discretionary criteria beyond academic performance? Yes. We call this “Aptitude-Based Admissions”. CDE will consider your achievements beyond your academic grades. These could be anything from work experience, leadership, community service, entrepreneurship, Olympiads or other competitions, sporting achievements or anything else you have achieved that you think we should know about. How can I assess my admission prospects? The University provides prospective applicants with detailed information on grade profiles and programme availability, facilitating a well-informed application process. For more information, we encourage you to refer to the NUS Indicative Grade Profiles.

Scan QR for more information

How do I get Advanced Placement Credits (APC)? Polytechnic diploma holders admitted to a three or four year programme may be granted advanced credits (APC) in relevant courses for up to a maximum of 40 units. 40 units is equivalent to one year of study. The breakdown of the advanced placement credits (with effect from AY2015/2016 onwards) are as follows: • U p to 20 placement units for Unrestricted Elective courses; and • U p to 20 units for programme requirements Scan QR for more information

Choosing Your Major Do I have to declare a major at the point of application, or can I decide later? If you choose one of our direct admissions majors that choice is made when you submit your application. If you choose our common admissions “Engineering”, you will have the opportunity to choose your major at the point of application (called “preferred major” in the admissions portal). If you have yet to decide which Engineering major is for you, you can select “Major to be Decided” at the point of application. If I select Engineering common admissions, will my preferred major be secured? Yes. If you are admitted to the Engineering common admissions programme you can choose any one of those 11 majors. We will give you a place in your choice of major. There are no internal quotas; you will be placed where you want to go.

After I declare my major, can I still change my mind? For the Engineering common admission courses, you can re-declare your major up until your fourth semester of study. For the direct admission courses, you can apply for a transfer in February and October each year.

Applying for Scholarships and Financial Aid What are the different types of scholarships I can apply for? The most common scholarships are our Engineering Scholars Programme, Design Scholars Programme, the NUS Global Merit Scholarship and the NUS Merit Scholarship. There are also NUS Scholarships for those who excel in sports and performing & visual arts. Apart from NUS Scholarships, there are also donated scholarships and other scholarships administered by NUS and that are funded by external organisations. When should I apply for scholarships? Application for NUS Scholarships should be made at the same time as application for admission to NUS. You should use the same application number and admission PIN.

Building Your CDE Degree What does an education at CDE entail? An education at CDE will be an exciting, interdisciplinary experience for students where their learning journey takes centre stage. We are equipping students with an adaptable toolbox of skills across disciplines, moving them beyond a knowledge-based education to a mindset-based approach to problemsolving. The CDE common curriculum provides a broad intellectual foundation on which you can continuously upgrade, evolve and re-pivot in a fast-changing world. Our majors build on top of the common curriculum to allow you to explore your chosen field, and our unrestricted elective space gives you the freedom to customise your educational experience. What is Build Your Own Degree? How do Unrestricted Electives work? Each of our undergraduate degrees is a fouryear direct honours degree and you need an equivalent of 40 courses to graduate. Your major is your primary area of study, comprising 20 courses. The common curriculum accounts for another 10 courses. This leaves 10 courses in the Unrestricted Electives (UE) space that you can use to decide how broad, deep or integrated you want your education to be. You can choose what you want to take from anywhere at NUS. Second majors (10 courses) and minors (5 courses) allow you to broaden your knowledge and skills in a complementary or contrasting area. A specialisation (5 courses) is a focus area within your chosen discipline. Alternatively, you can choose from over 4000 courses available across NUS as electives based on your interest.

Planning Your CDE Journey What courses do we need to take each year in CDE? Is there a curriculum schedule assigned to students? Some courses under the common curriculum will be pre-allocated to students. Each programme also has a recommended curriculum schedule that students can use to plan the courses they need to take each semester. You may then ballot for the courses you want during the course registration exercise before each semester. The recommended schedule is available on each department’s website. What are the other opportunities available to CDE students? CDE and the wider NUS community offer a wide range of global opportunities and special programmes to enhance your learning experience such as the NUS Overseas Colleges, Residential College Programmes, Student Exchange Programme and Summer/Winter Schools. Those interested in NUS College will be pleased to know it is compatible with all CDE degree programmes. Beyond academics, we have a vibrant College life and offer a wide range of activities from wellness workshops to cooking lessons. With NUS’ huge range of clubs and societies there is never a problem with finding your niche!

Important Milestones

(Engineering Common Admission) SEMESTER 1

Choose/confirm your major OME WELCCDE! TO

SEMESTER 2

In the thick of things

4 SEMESTER 3 Typically apply for double degree programmes and Student Exchange Programmes

p Kee

SEMESTER 4 Latest to change your major

SEMESTER 5

ing!

• Latest to declare or apply for 2nd major or minor • Apply for specialisation

ro t r gr ea am dy me for e s or xcha inte nge r ns h i p s

Ge p

SEMESTER 8

College of Design and Engineering

Forging New Frontiers

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9 Engineering Drive 1 Block EA #03-10 Singapore 117575 +65 6516 7988