Ronak Bhale
EngineerCreatorBuilder
About
I'm Ronak Bhale — an engineer and creator at UW–Madison. I've built fixtures on Tesla Semi's production floor, validated reliability programs at Sub-Zero Wolf, and am currently researching magnetohydrodynamic propulsion in the Marine Robotics Lab. I work across domains — PLC-controlled automation, multiphysics simulation, full-stack web applications — because the most interesting problems don't live in one discipline.
“Innovation lives at the nexus of seemingly unrelated ideas.
That belief shapes how I work. I draw from my varied interests and experiences — not as separate skills, but as lenses on the same problem. I'm at my best when I can connect what others see as unrelated and build something that wouldn't exist without that intersection.
“I believe the best things are built with equal parts precision and taste.
Beyond engineering, I'm drawn to the finer details — in design, in craft, in the things we choose to surround ourselves with. Whether it's a tolerance stackup or a well-set table, I care about getting it right.
Experience
Sep 2025 — Present
Undergraduate Researcher
Marine Robotics Lab, UW–Madison
Designing a magnetohydrodynamic thrust-vectoring propulsion system — managing cross-domain integration across electromagnetic, fluid, and electrochemical subsystems.
- COMSOL multiphysics simulation of coupled electromagnetic and fluid domainsCOMSOL multiphysics simulation of coupled electromagnetic and fluid domains
- Parametric analytical models mapping Lorentz-force thrust performanceParametric analytical models mapping Lorentz-force thrust performance
- Bench-top electrode test rig validation closing the sim-to-hardware loopBench-top electrode test rig validation closing the sim-to-hardware loop
Sep 2025 — Present
Undergraduate Researcher
Marine Robotics Lab, UW–Madison
Designing a magnetohydrodynamic thrust-vectoring propulsion system — managing cross-domain integration across electromagnetic, fluid, and electrochemical subsystems.
- COMSOL multiphysics simulation of coupled electromagnetic and fluid domains
- Parametric analytical models mapping Lorentz-force thrust performance
- Bench-top electrode test rig validation closing the sim-to-hardware loop
Jan — Jul 2025
Manufacturing Equipment Engineer (Co-op)
Tesla Semi
Designed, fabricated, and deployed specialized fixtures across GA, BIW, and FIW lines for Tesla Semi production. Supported beta builds by bridging manufacturing and design teams to resolve equipment issues in real time.
- Engineered poka-yoke fixtures eliminating incorrect assembly orientation
- PLC logic via Siemens TIA Portal for automated line equipment
- 6+ FEA studies enabling first-pass fixture deployment without redesign
- 2–4 week design-to-deploy cycles using in-house fabrication
Jan — Jul 2025
Manufacturing Equipment Engineer (Co-op)
Tesla Semi
Designed, fabricated, and deployed specialized fixtures across GA, BIW, and FIW lines for Tesla Semi production. Supported beta builds by bridging manufacturing and design teams to resolve equipment issues in real time.
- Engineered poka-yoke fixtures eliminating incorrect assembly orientation
- PLC logic via Siemens TIA Portal for automated line equipment
- 6+ FEA studies enabling first-pass fixture deployment without redesign
- 2–4 week design-to-deploy cycles using in-house fabrication
Jun 2023 — Jan 2024
Reliability Engineer (Co-op)
Sub-Zero Wolf
Led reliability testing programs for Sub-Zero, Wolf, and Cove appliance lines. Applied vibration and heat transfer theory to design accelerated life tests.
- 99.5% pass rate at one-year equivalent use99.5% pass rate at one-year equivalent use
- 65% reduction in production line issues via valve assembly root cause analysis65% reduction in production line issues via valve assembly root cause analysis
- 250% throughput increase via automated pod dispensers for testing250% throughput increase via automated pod dispensers for testing
Jun 2023 — Jan 2024
Reliability Engineer (Co-op)
Sub-Zero Wolf
Led reliability testing programs for Sub-Zero, Wolf, and Cove appliance lines. Applied vibration and heat transfer theory to design accelerated life tests.
- 99.5% pass rate at one-year equivalent use
- 65% reduction in production line issues via valve assembly root cause analysis
- 250% throughput increase via automated pod dispensers for testing
2022 — 2026
B.S. Engineering
University of Wisconsin–Madison
Coursework in thermodynamics, design of machine elements, mechanics of materials, and measurements and instrumentation.
- Badger Solar Racing — topology-optimized brake rotor reducing unsprung mass
- Formula SAE — 16% airflow increase across 10 intake manifold configurations
- Formula SAE — 14 lb weight reduction via FEA and topology optimization
2022 — 2026
B.S. Engineering
University of Wisconsin–Madison
Coursework in thermodynamics, design of machine elements, mechanics of materials, and measurements and instrumentation.
- Badger Solar Racing — topology-optimized brake rotor reducing unsprung mass
- Formula SAE — 16% airflow increase across 10 intake manifold configurations
- Formula SAE — 14 lb weight reduction via FEA and topology optimization
Projects
Interests
Automobiles
Engineering, design, and the pursuit of driving perfection.
Space Exploration
Pushing the boundaries of what humanity can reach.
Horology
The art and science of fine timepieces.
Architecture
Spaces that inspire and endure.
Philosophy
Examining the foundations of thought and meaning.
Culinary Arts
The pursuit of exceptional flavor.
Human Anatomy
The most sophisticated machine ever engineered.
Travel
Discovering new perspectives around the world.
Economics
The systems that shape how the world allocates value.
Design
Where form meets function with intention.