Women in Mechanical Engineering.
A tribute to the women who built this discipline alongside us — and an honest look at the structural changes engineering culture still needs to make.
ReadMechanical Engineer bridging design, analysis, and manufacturing; building hardware that works in the real world.
Sacramento · 2026
The best engineering feels inevitable after it ships, but getting there is hard. I work across research, design, and validation to bridge the gap between the initial design intent and the unit that clears acceptance testing, where analysis, fabrication constraints, and real-world performance must align.
— A note on practice
"I care about the detail nobody wrote down, because that is almost always where the failure lives."
I'm a Mechanical Engineer at VPE Thermal LLC in Sacramento, working on printed-circuit and microchannel heat exchangers (PCHE / MCHE) for power, industrial, and district-heating applications. My work spans FEA, code-compliant pressure vessel design, procurement, and the cross-functional coordination that keeps complex manufacturing projects on schedule.
I hold an MEng in Mechanical Engineering (Product Design) from UC Berkeley, and am a Certified SolidWorks Expert (CSWE). I work regularly with ANSYS Mechanical / CFD, SolidWorks, CATIA V5, and NX, and design to ASME BPVC Section VIII Div. 1 for diffusion-bonded fabrication.
Before VPE, I led product engineering for IoT-enabled delivery hardware at Woosh Logistics, and completed stints with Nepal's NIC Asia and Entegra Sources across procurement and mechanical design. I've served as a Board Director at Action Nepal, an Aspire Leader Alumni and Ambassador, and on the US Embassy Youth Council.
Outside of work, I'm on STEM OPT and actively mentor international students applying to graduate programs in the US. I'm interested in controlled-environment agriculture, thermal management for LED systems, and the intersection of mechanical engineering with sustainable food production.
Capabilities built across design reviews, shop floors, simulation queues, and project lifecycles — the toolkit for turning concepts into hardware that ships.
A working chronology; from heat exchangers in California to Bike Ambulance in Kathmandu.
Fellowships, boards, and the occasional line on the CV worth keeping.
From Berkeley capstones to production hardware — design, analysis, fabrication, and systems engineering across thermal management, agricultural technology, and mechanical product development.
A tribute to the women who built this discipline alongside us — and an honest look at the structural changes engineering culture still needs to make.
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Why the things that happened outside the classroom shaped me more than the things that happened inside it — a reflection on debate, labs, and leadership.
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The single underrated skill that separates good engineers from great ones — and why it cannot be taught, only trained as a professional reflex.
ReadFor collaborations, full-time roles, research conversations, or engineering mentorship — reach out via LinkedIn.
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