Older Adults & Care
Understanding real needs, challenges, and contexts of aging in daily life and care settings.
Biomedical Engineer
Engineering at the intersection of health, technology, and human impact.
Medical Imaging
Ultrasound & diagnostics
Robotics
Human-centered systems
Clinical Work
Patient-centered care
AI Research
Machine learning in health
Healthy Aging
Longevity & wellness
Community
Impact beyond code
Entrepreneurship
Building ventures
Leadership
Teams & vision
About
Connecting research, engineering, clinical innovation, and human-centered design into work that matters.
I'm a biomedical engineer driven by the belief that the best technology disappears into the background — quietly improving lives without demanding attention.
My work spans medical imaging, robotics, AI research, and entrepreneurship — always anchored in one question: does this meaningfully help someone?
From beamformed ultrasound systems to health-tech ventures, I build at the intersection of rigorous engineering and real human need.
I believe engineering is a form of care. Every system we design — whether a diagnostic tool, a robotic assistant, or a community program — is an act of service. Premium design isn't decoration; it's respect for the person on the other side.
Research Focus
I work at the intersection of older adult health, technology, and human-centered design. My research combines machine learning and signal processing with co-creation to build systems that meaningfully support aging populations in real-world care environments.
Explore my workUnderstanding real needs, challenges, and contexts of aging in daily life and care settings.
Building intelligent, sensing-enabled systems for daily life and clinical environments.
Modeling patterns to extract insights from complex health, behavior, and clinical data.
Turning noisy physiological and environmental signals into meaningful, actionable information.
Co-designing with patients, caregivers, and clinicians to align technology with lived experience.
Impact
Research, leadership, innovation, and community impact across healthcare, engineering, and technology.
Research & Knowledge Creation
7+
Academic Publications
2+
Manuscripts in Progress
10+
Conference Presentations
NSERC
Research Award Recipient
Contributing to interdisciplinary research spanning medical imaging, digital health, Indigenous VR storytelling, robotics, and healthy aging.
Research has resulted in peer-reviewed publications, conference presentations, and collaborative projects focused on translating knowledge into real-world impact.
Leadership & Community Building
4
Major Leadership Roles
$26,950+
Competitive Awards & Funding
2
Organizations Led
100+
Students, Team Members, and Community Participants Engaged
Led interdisciplinary engineering and community organizations while supporting technical development, strategic planning, funding acquisition, and student growth.
Leadership experience includes serving as Captain of UBC Open Robotics and President of STEM Fellowship.
Innovation & Human Impact
6
Interconnected Domains
30+
Stakeholder Interviews
7+
Years Supporting Older Adults
AGE-WELL HQP
Designation Recipient
Building technology at the intersection of research, engineering, healthcare, and human-centered design.
Projects have involved direct collaboration with clinicians, caregivers, veterans, older adults, researchers, and community organizations.
Selected Recognition
Competitive awards, fellowships, and research funding from universities and national organizations.
$26,950+
Award Funding Secured
$3,650
School of Biomedical Engineering, UBC, CanadaOct 2025
$800
IDEA Lab, UBC, CanadaSep 2025
$2,500
CanadaSep 2025
$10,000
UBC IDEA Lab, CanadaAug 2024
$10,000
UBC IDEA Lab, CanadaApr – Aug 2024
AGE-WELL National Innovation Hub, Canada2024
University of British Columbia, Canada2024
Skills
Engineering, research, clinical work, and hands-on cell systems work — at a glance before the full journey below.
Device design, prototyping, microfabrication, benchtop/lab testing, CAD, CMUTs, EMG hardware
PPG/EMG pipelines, preprocessing, signal quality metrics, and analytics in MATLAB/Python
Model training, prediction systems, and real-time classification for clinical and wearable data
ROS, AWS, Rust/Python/JS, Arduino, microcontrollers, real-time systems, app integration
Mammalian cell culture • molecular biology • experimental design
Hands-on mammalian cell culture and molecular biology workflows: C2C12 hydrogel encapsulation, cell viability analysis (Trypsin-EDTA vs Accutase), PCR-based gene expression (Smad3, Hprt), primer design, BLAST validation, gel electrophoresis, and quantitative biological analysis.
Bridging physical biological systems with engineering analysis and experimental modeling.
C2C12 hydrogel culture · Trypsin/Accutase viability · Smad3 PCR workflows
Peer-reviewed papers and manuscripts in progress across medical imaging, digital health, robotics, and healthy aging
Co-lead roles on multidisciplinary research teams, including 30+ student and partner collaborations at the IDEA Lab
MITACS, UBC, and other academic presentations translating research into shared knowledge
Guest lecture for SFU students and faculty on biomedical engineering and health technology innovation
Highly Qualified Person designation and Summer Institute participation with first-place recognition at a national healthy-aging innovation hub
Co-design, focus groups, interviews, participatory methods, and manuscript writing from qualitative data
Deploying tech in hospitals, palliative/acute care, wearable studies, site onboarding, protocol adherence
Ongoing work with clinicians, elders, caregivers, patients, LTC/hospital leadership, community partners
Training materials, citizen review panels, and knowledge dissemination beyond publications
Co-captain, president, and executive roles — finances, hiring, budgets, and cross-team coordination
Founding, pitch competitions, business modelling, investor readiness, market interviews
Volunteering, mentorship, outreach, ambassador work, STEM events
Journey
From biomedical engineering coursework to clinical innovation, transdisciplinary research, venture building, and organizational leadership.
2024 — Present
Engineering tools deployed in acute, palliative, and clinical research settings.
Feb 2026 — Present
Biomedical EngineerProvidence Healthcare & BC RESUSCITATE
In-lab testing with polymer-based CMUTs, real-time MATLAB/Python/JS models for CPR feedback, and close collaboration with clinical staff to guide development.
Apr 2025 — Present
Research AssistantProvidence Healthcare & CanSAVE
Onboarded a new clinical site, managed wearable devices and data collection, and coordinated with care staff to support study workflow and quality.
Sep 2024 — Apr 2025
Directed Studies StudentUBC CanSAVE
Collected and analyzed wearable PPG data for real-time cardiac arrest detection, improving model performance through signal quality metrics and preprocessing.
2023 — Present
Transdisciplinary IDEA Lab research across VR, robotics, and healthy aging; 7+ co-authored publications.
Sep 2024 — Present
Co-LeadUBC IDEA Lab
Co-led a multidisciplinary team with Indigenous community partners to develop culturally informed VR storytelling, including elder collaboration and hospital/LTC partnerships.
Sep 2023 — Aug 2024
Co-LeadUBC IDEA Lab
Led 30+ students and patient/family partners, developed engagement protocols, training materials, and financial trackers while coordinating with hospital leadership.
May 2023 — Aug 2024
Robotics Research AssistantUBC IDEA Lab
NSERC-funded work on Aether using ROS, AWS, Rust, and Python; integrated ChatGPT, deployed in long-term care, and presented at MITACS and UBC conferences.
Jul 2023 — Dec 2024
Research AssistantUBC IDEA Lab
Planned community focus groups and contributed to manuscript writing based on co-design data with people living with dementia.
May 2023 — Aug 2023
Robotics Research AssistantUBC IDEA Lab
Maintained and deployed telerobots, liaised with software partners on stakeholder-driven fixes, and designed training materials for post-project implementation.
Oct 2024 — Apr 2025
Citizen ReviewerAlzheimer Society of Canada
Evaluated biomedical research proposals, providing community perspective to align funding decisions with the needs of people affected by dementia.
2024 — Present
Health-tech ventures from stakeholder discovery through prototype and pitch.
Sep 2024 — Sep 2025
FounderFounder
AI-enabled companionship venture for aging in place; graduated from e@UBC Venture Founder Program after 30+ stakeholder interviews and clinical prototype testing.
Sep 2025 — Present
Co-FounderSchool of Biomedical Engineering, UBC
Capstone evolved into a venture team building an overnight EMG monitoring device; won best pitch at the CUBEC Vancouver Pitch Competition.
2022 — 2024
Core biomedical engineering coursework with industry and clinical partners.
Jan 2024 — Apr 2024
UBC School of Biomedical Engineering, BMEG 374
Designed an alternative to trypsin-EDTA cell detachment in C2C12 cultures using flow cytometry, cell culture, and academic manuscript development.
Jan 2024 — Apr 2024
UBC School of Biomedical Engineering, BMEG 350
Interdisciplinary team project exploring iPSC-based approaches to retinal injury through stakeholder analysis and treatment protocol review.
Jan 2023 — Apr 2023
UBC School of Biomedical Engineering, BMEG 257
Stakeholder-driven design of a pre-symptomatic sepsis monitoring device for newborns with planned Android app integration for data visualization.
Sep 2022 — Dec 2022
UBC School of Biomedical Engineering, BMEG 230
Industry-partnered design of a femur fixation plate tailored to geriatric needs using CAD modelling and 3D printing.
2017 — Present
Organizational leadership and sustained community service.
Sep 2024 — Apr 2026
Co-CaptainUBC
Oversee finances, marketing, and team culture; collaborate with technical leads on documentation, timelines, and cross-subteam dependencies.
Apr 2024 — Apr 2026
PresidentUBC
Led executive operations, strategic planning, hiring, and new initiatives including a BME lab tour and high school case competition.
Sep 2023 — Apr 2024
TreasurerUBC
Managed club finances, budget planning, and grant applications to support STEM education programming.
Sep 2025 — Apr 2026
Student AmbassadorSchool of Biomedical Engineering, UBC
Mentored early-stage students and built connections between students, faculty, and campus organizations.
Sep 2022 — Apr 2024
Embedded Software Subteam MemberUBC
Contributed to prosthetic arm embedded software in Rust, Python, and Java, optimizing from Raspberry Pi to microcontroller-based systems.
Sep 2022 — Apr 2024
Administrative CommunicationsUBC
Planned STEM outreach events, coordinated with high schools, and hosted a case competition with 40+ students.
Sep 2017 — Present
VolunteerKinVillage
Host weekly entertainment nights for residents, planning activities with staff to address residents' needs.
Jul 2022 — Present
VolunteerDelta Hospital
Greet and assist emergency patients, acting as a buffer between patients and nursing staff to ease clinical workflow.
2021 — 2026
Bachelor of Applied Science in Biomedical Engineering at the University of British Columbia.
Sep 2021 — Apr 2026
The University of British Columbia, Canada
Applied science degree spanning bioengineering, clinical systems, signal processing, and interdisciplinary design.
Selected Work
A selection of projects spanning research, engineering, healthcare, entrepreneurship, and human-centered technology.
Contact
Reach out for collaborations, research inquiries, or just to say hello — coming soon.