The Spark of Technology and Innovation
What Will I Learn?
At Electrical Engineering (EE) you will gain a deep understanding of the principles and technologies that form the backbone of modern electrical systems. The programme covers a broad range of topics, allowing you to explore areas such as:
Power Systems and Energy
Generation, transmission, and distribution of electrical energy, with a focus on sustainable and renewable energy technologies.
Practical Applications and Research
The curriculum includes laboratory work, projects, and internships to apply theoretical knowledge in realworld scenarios. You may also engage in research under the guidance of experienced professors.
Fundamentals of EE
Core concepts like circuit analysis, signals and systems, electromagnetism, and digital logic design.
Electronics
Analog and digital electronics, semiconductor devices, and integrated circuit design.
Communication Systems
Modern communication networks, wireless technologies, quantum communications, and signal processing techniques.
Control Systems
Automatic control theory, robotics, and applications in industrial and consumer systems.
Computer Engineering
Microprocessors, embedded systems, and VLSI design, bridging the gap between hardware and software.
Why Choose Electrical Engineering?
Electrical Engineering is about creating technologies and services through innovation to address complex societal challenges. With a foundation in science and mathematics, this discipline is a catalyst for inventions that address key issues such as healthcare, mobility and sustainable energy.
The EE programme cultivates discovery, innovation and creativity, preparing versatile engineers ready for immediate employment and future challenges. The programme
Career Prospects
Graduates from Electrical Engineering programme are versatile and equipped with a balance of fundamental skills and knowledge, making them suitable for a wide range of industries.
Aerospace & Aviation: Rolls-Royce, SIA Engineering
Automotive: Bosch, Continental
Big Tech: Amazon, Apple, Google, Meta, Microsoft
Chemicals: ExxonMobil, Shell
Consumer Business: Dyson, Procter & Gamble
Control & Automation: Hexagon, Seagate
Automation, Siemens, Yokogawa
Electronics & Semiconductors: AMD, Espressif, GlobalFoundries, MediaTek, Micron, ST Electronics
Energy, Oil & Gas: ConocoPhillips, Schlumberger, Singapore Power
emphasises a strong scientific and engineering foundation, offering diverse and rich educational and research opportunities tailored to career aspirations.
Finance & Investment: DBS, GIC, Goldman Sachs, VISA
Government Sector: DSO National Laboratories, DSTA, GovTech, LTA
lnfocommunications: M1, Singtel, Starhub, Vodafone
Logistics & Supply Chain Management: DHL, FedEx, PSA
Marine & Offshore: Keppel Offshore & Marine, Sembcorp Marine
Media & Digital Entertainment: Mediacorp, Sony Singapore
Medical Technology & Healthcare: Medtronic, Philips Healthcare, Synapxe
Online Commerce: Shopee, Amazon Web Services
Programme Overview
Build Your Own Degree (BYOD)
The EE programme offers an innovative curriculum allowing students flexibility to tailor their education. Students will read a total of 160 units (or the equivalent of 40 courses), consisting of 40 units of Common Curriculum courses, 80 units of major requirements, and 40 units of Unrestricted Electives (UE), designed with input from industry partners.
Unrestricted Electives
(UE):
Within and Beyond Electrical Engineering
The 40 units of UE enable students to deepen their knowledge within EE or explore new areas, with options to pursue a second major, minor, specialisation or a combination thereof, fitting seamlessly into their degree without extending graduation time.
Specialisations within EE include:
• Advanced Electronics
• Industry 4.0
• Internet of Things (IoT)
• Microelectronics & Quantum Materials
• Robotics
• Space Technology
• Sustainable
Alternatively, students can broaden their horizons with over 100 second majors and minors:
Second major in:
• Computing (Design and Engineering)
• Innovation and Design (iDP)
• Management
• Public Health
• Systems Engineering
• Sustainable Urban Development
Minor in:
• Artificial Intelligence (Design and Engineering)
• Business Analytics
• Computing (Design and Engineering)
• Data Engineering
• Information Security
• Management
• Public Health
Additional learning opportunities:
• Enhancement Courses: Experiential learning opportunities for innovation, teaching and research within CDE.
• Design Your Own Course (DYOC): Offers students the freedom to decide their learning content, method and mentors for up to eight units.
• Career Catalyst: A foundational course preparing students for internships and careers.
Student Projects
Bumblebee: A Multidisciplinary Student-Led Robotics Team
Comprising students mainly from Computer Engineering, Electrical Engineering, and Mechanical Engineering, the team designs and builds autonomous maritime vehicles capable of navigating underwater and on the water surface to perform complex tasks autonomously.
Electrical Engineering students play a key role by designing efficient power systems, integrating advanced sensors, and developing robust signal processing and control systems
Halal Chain: ShariahCompliant Finance on the Blockchain
Agastya Desai Bachelor of Engineering (Electrical Engineering), Class of 2026
Halal Chain clinched 1st Place at the NUS FinTech Summit 2026, redefining how blockchain innovation can serve the global Muslim community. Built to address the limitations of traditional DeFi—where interest and speculation are prohibited in Islamic finance—Halal Chain offers a truly Shariahcompliant alternative.
The platform enables real asset tokenisation with transparent backing, smart contracts aligned with Islamic principles, and profitsharing mechanisms in place of interest-based returns. The team demonstrated a complete halal investment workflow—from asset verification to on-chain profit distribution— ensuring full transparency and compliance.
for precise navigation and stability. They work on embedded systems for real-time data processing, optimise energy distribution, and create reliable communication networks for underwater and surface operations. Their expertise ensures the vehicles are intelligent, energy-efficient, and capable of adapting to dynamic environmental conditions, enabling full autonomy in challenging scenarios.
VerdyHive: An Intelligent and Sustainable Smart Home System
Tan Jia Min Bachelor of Engineering (Electrical Engineering), Class of 2027
Roderick Kong Zhang Bachelor of Engineering (Computer Engineering), Class of 2027
VerdyHive is a modular eco smart home system designed to make homes smarter, greener, and more energy-efficient. Developed for the IEEE Sensors Council’s MYOSA Event 2.0, it integrates sensors, actuators, and an MQTT-based IoT hub to automatically adjust appliances based on environmental data.
VerdyHive was awarded Top 10 at MYOSA Event 2.0 and presented at ExCEllence (NUS Electrical and Computer Engineering (ECE) Project Showcase 2025) and NUS ECE Open Day 2025, showcasing the potential of data-driven, sustainable smart living solutions.
Profiles of Current Students
Fan Qing Yao
Bachelor of Engineering (Electrical Engineering), Class of 2026
Turning Engineering Thinking into
Lasting Impact
“Studying Electrical Engineering at ECE gave me a strong quantitative foundation and the ability to translate complex ideas into practical outcomes—skills I can carry into any career. Beyond academics, I embraced campus life as President of the CDE Club and Council Chairperson at NUSSU, where I represented the student body and led initiatives that enriched student life. Through NOC Indonesia, multiple internships, and a case competition win, I grew more disciplined, collaborative, and impact-driven. Most meaningfully, I built friendships and perspectives that will stay with me long after graduation.”
Harmony Lau Jue Eern
Bachelor of Engineering (Electrical Engineering), Class of 2026
Discovering Passion and Community through EE
“I chose Electrical Engineering (EE) for its breadth and strong hands-on focus, and it became where I discovered my passion, built real-world skills, and formed lifelong friendships. EE equipped me with a strong technical foundation, opening pathways to robotics internships and diverse research projects. An exchange programme in Canada exposed me to a different engineering culture and broadened my global perspective. Beyond academics, leading the NUS IEEE-HKN Chapter and serving as Events Head in my Residential College strengthened my leadership and communication skills. These experiences made my journey at ECE both fulfilling and memorable.”
Profiles of Alumni
Pang Kai Lin
Bachelor of Engineering (Electrical Engineering), Valedictorian of Class of 2024
Building a Strong Foundation for the Future with EE
“EE has equipped me with a comprehensive and versatile foundation for my future endeavours. Academically, the programme blends hands-on courses with enriching workshops and talks, fostering exploration beyond core subjects. Its flexible curriculum allows students to tailor their learning to align with their career aspirations, whether in industry or academia. Personally, I focused on the AI track, which provided excellent preparation for my current pursuit of a Master’s in Machine Learning. Beyond academics, EE offered numerous leadership opportunities and avenues to give back to the student community, creating a truly holistic and rewarding experience.”
Bryan Cheung
Bachelor of Engineering (Electrical Engineering), Class of 2023
From Classroom to Career: My Journey with EE
“EE’s curriculum provided me with a robust technical foundation, covering areas from electrical power fundamentals to cutting-edge fields like AI and renewable energy. This knowledge proved invaluable during internships with SMRT and the Land Transport Authority. Leadership roles in the Student Union, IEEE, and Student Council enhanced my communication and organisational skills, while an exchange programme at University College London expanded my global outlook. Living at Raffles Hall further enriched my experience, offering a vibrant campus life close to essential facilities. These diverse opportunities and practical training at EE have prepared me for my current role as a Planning Executive at SMRT, where I contribute to sustainable transport initiatives in line with Singapore’s Green Plan.”
Admission Requirements
Singapore-Cambridge GCE ‘A’ Level
A pass in H2 Mathematics or Further Mathematics.
Polytechnic Diploma
An accredited diploma.
International Baccalaureate (IB) Diploma
A pass in HL Mathematics: Analysis and Approaches.
NUS High School Diploma
A good major GPA in Mathematics.
International Qualifications
Applicants presenting international qualifications may apply with equivalent high school results.
