I am currently looking for a internship opportunity from Jun'25 to Aug'26 (3 full months)!
Hello! I'm Celeste, a Year 3 Computer Engineering student at the National University of Singapore (NUS), graduating in 2027 with a B.Eng and continuing on to a Master's in 2028.
I started coding and tinkering with robotics from a young age, from early robotics projects, to robotics clubs, and eventually representing Singapore at international competitions. Over time, I’ve developed a passion for building reliable systems that bridge software, hardware, and real-world applications. Click here for more information.
At NUS, I have worked extensively on autonomous robotic systems across underwater and aerial platforms. I contributed to the development of an autonomous MiniAUV that competed at RoboSub 2025, and I am currently working on an undergraduate research project to build a fully autonomous drone for SAFMC 2026.
Beyond system integration, I enjoy working close to the hardware. I designed and built a custom Electronic Speed Controller (ESC), handling power electronics design, PCB layout, motor control logic, and embedded firmware development. From low-level motor commutation to high-level autonomy, I enjoy engineering systems end-to-end — especially where control theory, embedded systems, and intelligent software intersect.
I am looking to work in fast-paced, collaborative environments and enjoy tackling problems that challenge me to design and build across every layer of a system.

B.Eng in Computer Engineering
M.Eng (2027-2028)
NUS E-Scholars
Team Bumblebee
Lab Assistant for EE2026 Digital Design
Lab Assistant for EG1311 Design & Make
4.80 GPA
Automatica Club (Robotics)
Audio-Visual Club
VIAWiki Tech Lead
Intern at DSO
CSIT Computing Scholarship
Computing, Math, Physics, Econs
88.75RP
Infocomm Club Exco

An autonomous underwater vehicle designed for complex underwater tasks for the RoboSub Competition.

An autonomous underwater vehicle designed for complex underwater tasks.

A robot made to navigate a line and obstacle track, to simulate search and rescue operations.

An autonomous swarm of drones detect and rescue victims in an unknown search area.

A robot made to complete specific tasks in a standard platform (Lego) competition setting.

A 5-stage pipelined RISC-V CPU with hazard detection, forwarding, and 2-bit dynamic branch prediction implemented in Verilog on a Nexys 4 FPGA.

4 player fighting game with a keyboard controls and monitor and speaker output, implemented on 2 FPGA boards.

The reflectarray was created using our rectangular phoenix cell design. Done as part of a DSO internship (YDSP Programme)

A centralised database of Singapore student-led service projects.

A 2-player Dungeon Crawler Co-op game, made during the NUS Orbital Programme.

Operation Einstein is a non profit organisation that seeks to educate young children in STEM through different teaching methods.

A CLI app to help you manage your tasks and deadlines.