Hi there!

My name is Nick Santoso, and this is my personal website showcasing my experience, projects, and whatever else I find cool.

To give a bit of info about myself, I am a 4th year Biomedical Engineering Student at the University of British Columbia, specializing in Systems and Signals. Some of my skills include circuit and PCB design, soldering, and I dabble in embedded programming. My main academic interests are in medical device development, bionic prosthesis and biosignal processing. Outside of school and work, you can find me at the gym or in the kitchen as I love to cook!

I hope you enjoy your time browsing and feel free to reach out if you have any questions or would just like to chat!

Education

BASc, Biomedical Engineering | The University of British Columbia (April 2026)

Experience

Co-op Research Assistant @ BC Cancer Vancouver (May 2024 - December 2024)

• Designed and implemented a quality assurance program for Limbus AI’s auto contouring software, ensuring precision and reliability of auto-generated contours.
• Cleaned and validated datasets of 4,000+ patient plans in Microsoft Excel, significantly improving accuracy and reliability of data for retrospective breast cancer studies.
• Developed C# scripts using Eclipse Scripting API libraries to process and extract dosimetry metrics from 19,000+ patient plans, creating scalable and reusable tools for data analyses.

Info-Wayfinding Volunteer @ UBC Hospital (June 2023 - June 2024)

• Engaged with patients, clients, residents, visitors, and staff to ensure a positive and welcoming environment, fostering strong relationships and exceptional patient-oriented care.
• Provided vital assistance to over 30 visitors every shift by offering clear information and precise directions, ensuring easy access to essential services.

Projects

A Battery Management System (BMS) for the UBC Bionics GRASP project to ensure the safety and longevity of both the batteries and electronics. The system protects against common faults, monitors battery charge levels, and assesses overall battery health to optimize performance.

Skills applied: Altium, circuit analysis, PCB testing and debugging, SMD and TH soldering

A projection-based prototype training device for biomedical engineering technologists to simulate preventative maintenance on patient point-of-care units.

Skills applied: Skills applied: circuit design, Python, OpenCV

A research project utilizing data from The Cancer Genome Atlas (TCGA) to identify the relationships between genes and biochemical pathways in breast cancer patients.

Skills applied: R programming, machine learning

A wearable device for infants that monitors vital signs, detects early indicators of sepsis, and alerts guardians in real-time.

Skills applied: circuit design, LTSpice, C++ programming