Mechanical Engineering · The Ohio State University · Class of 2029

Jasmeh Singh Bhurjee

Email bhurjee.2@osu.edu
Phone (614) 974-8591
LocationDublin, OH

I'm a mechanical engineering major at Ohio State. Growing up, I loved being hands on and figuring out how things worked, fixing up cars in the driveway, replacing brakes, building skateboard ramps, whatever project was in front of me. The real turning point was getting a Kawasaki motorcycle for my 16th birthday that didn't run. I wanted to ride it badly enough that I had no choice but to learn how to fix it myself, and working through that problem piece by piece is what made me fall in love with engineering.

I've also started a handful of businesses over the years, and that's given me an equal love for talking to people and untangling business problems. That combination is what got me thinking like a businessman, joining selective clubs like BPAD and BUCC and taking on case competitions along the way.

MATLAB SolidWorks OnShape 3D Printing Machining Hand Tools Microsoft Excel PowerPoint Business Acumen Collaboration & Leadership
Jasmeh Bhurjee headshot on the Ohio State campus

Dublin, OH

Jasmeh Bhurjee overlooking the coast from a mountain summit in Acadia, Maine

Acadia, ME

Education B.S. Mechanical Engineering
Minor in Robotics & Autonomous Systems
The Ohio State University
GPA 3.83
02

Personal Projects

Hands-on builds. Ask me about any of these, there's more to the story than fits here.

1978 Kawasaki KE175 Restoration

Personal project · September 2022–Present

Fully disassembling, repairing, and reassembling a 1978 Kawasaki KE175 into reliable running condition, from diagnosing a cracked carburetor float to rebuilding the engine internals and drivetrain. Ongoing project: I'm still replacing, maintaining, and upgrading parts on it all the time.

StatusRunning
Ongoing since2022
ToolsHand tools
More info about this project

My dad gave me this motorcycle for my sixteenth birthday, and it didn't run. I wanted to ride it badly enough that I started tearing into it myself, no CAD, no 3D printing, just hand tools and a shop manual. The first real problem was fuel delivery: I traced it back to a cracked carburetor float, so I sourced a used one from a motorcycle scrap yard and bonded it back together with JB Weld to restore proper fuel metering. From there I worked through the whole engine. Since it's a two-stroke there's no valvetrain, but I decarbonized the exhaust port to get rid of the back pressure that had built up, replaced every gasket, and redid all the seals including the crankcase seals, which matter a lot on a two-stroke since the whole thing runs on crankcase compression. I also cleaned and inspected the piston and wrist pin bearing and put in a new spark plug. On the drivetrain side I replaced the worn clutch plate assembly with an OEM-spec part, rerouted the throttle and brake cables (it's all cable-actuated, no hydraulics), and changed the engine and transmission fluids. It took two to three years before I finally got it running, and even then it ran horribly. Over the years I've tuned it to run smoother and smoother, and it's still the project I come back to, fixing whatever breaks next.

Smart Cane

Haptic feedback prototype

A smart cane for people who are visually impaired, built to help them locate obstacles.

StatusWorking prototype
ToolsESP32, soldering iron, LIDAR sensor, servo motor
More info about this project

This cane uses a LIDAR sensor to measure how far away obstacles are, then turns that into feedback someone can act on without needing to see it, useful for elderly or visually impaired people, or really anyone walking somewhere dark where they can't spot what's in front of them. I originally built it around a sound based alert that beeped faster as an obstacle got closer and slower as it moved farther away, but that got annoying fast, and it's not exactly discreet to have a cane beeping as you walk. So I swapped it for a servo motor with an off center weight attached, essentially building my own haptic motor since I didn't have one lying around, and mounted that to the cane instead. It vibrates more frequently the closer an obstacle gets, and less frequently as it moves farther away.

Nimy Clip

Hair clip, redesigned from scratch

A hair clip I set out to design after hearing the same complaint from the women in my life: nothing on the market holds up. It's printed now, split into two parts, and it's become the one they actually reach for.

Renders straight from the two STL files, so this is the actual geometry that got built, not a sketch.

StatusPrinted & working
ToolsCAD modeling, 3D printing
More info about this project

I kept hearing the same complaint from my mom, my sister, and friends: hair clips either snap, lose their grip, or just can't hold thicker or heavier hair well. So I decided to design my own. I researched where clips like this typically fail and used that to figure out where mine needed to be reinforced, then modeled it in CAD as two separate parts so each piece could be printed and tested on its own. It took a couple of iterations on the spring inside to land on the right clamping force: strong enough to actually hold, not so strong it pinches. I've since printed both halves, and it's become the clip the women in my life actually reach for.

Forkcast

Campus food community · Ohio State

A way to know what's actually good on campus before it's gone: reviews and alerts for limited time food, from people who were already there. Currently in progress.

StatusIn progress
CurrentlySeeking approval for campus dining data access
More info about this project

Ohio State's campus is full of limited edition and one off food drops, and I kept noticing the same problem from two directions: people who find out too late that something already sold out, and people who simply don't have anyone around to tell them where to look in the first place. Forkcast is my attempt at fixing that: a community where students can leave reviews and flag limited time items so nobody's left out just because they weren't in the right group chat. It's still in progress. Right now I'm working on getting approval for access to campus dining data so the app can surface real, current menu information instead of relying only on what students post.

Solar-Powered Digital Stylus

Ohio State · First Year Engineering

A stylus that charges itself with solar power, so you never have to plug it in.

Build demo

StatusPrototype built
ToolsSolidWorks, 3D printing
More info about this project

I wanted a project that would get me hands on and let me build something I could actually use day to day. I used CAD to help house all the components and merge them cohesively onto the pencil, then carried it from sketch to working prototype. The end result wasn't compact at all, and honestly I don't use it daily, so it ended up being more of a proof of concept than an everyday tool. But I got it working, and I learned a ton building it.

Bose Headphones Repair

The project that taught me to solder

A dead battery and a first attempt at soldering. I wanted to fix a pair of Bose headphones myself, so I opened them up, replaced the battery, and resoldered the connections on the earcup board to get them working again.

StatusRepaired & working
ToolsSoldering iron, patience
03

Case Studies

Case Study1st Place · EY Case Competition

Strategic Transformation for GreenWave Energy

EY × Buckeye Undergraduate Consulting Club · with Langston Million Short, Isabella Wall, Mahita Somanchi · my focus: Energy Transition & Decarbonization

Learn More

The Prompt

EY partnered with the Buckeye Undergraduate Consulting Club to run a case competition built around GreenWave Energy, a realistic (though fictional) Columbus based renewable developer that had grown to 120 megawatts across 15 solar and wind projects and was pushing for major expansion. Teams had to build a prioritized transformation roadmap across four areas: energy transition and decarbonization, digital and technology enablement, grid modernization and reliability, and community and stakeholder engagement, each broken into near term, mid term, and long term initiatives with clear risks and expected benefits.

Our Approach

My workstream owned the energy transition and decarbonization pillar. GreenWave had clean energy capacity with nowhere near enough storage to make full use of it, so after hours of research I proposed deploying battery storage on GreenWave's own solar farms first, proving the model on their own assets before selling that expertise to partner developers, as one piece of the broader plan to take the company from 120MW toward 500MW and beyond. When we presented to EY, our recommendations lined up closely with what they had actually delivered to one of their own clients facing a similar issue, which is what ended up winning us the competition.

EY × BUCC: Strategic Transformation for GreenWave Energy · 24 slides · scroll to browse →

EY × BUCC: Strategic Transformation for GreenWave Energy, slide 1 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 2 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 3 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 4 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 5 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 6 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 7 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 8 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 9 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 10 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 11 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 12 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 13 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 14 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 15 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 16 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 17 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 18 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 19 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 20 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 21 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 22 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 23 of 24 EY × BUCC: Strategic Transformation for GreenWave Energy, slide 24 of 24
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Case Study

U.S. Individual Donor Fundraising Strategy

International Vaccine Institute · Seoul, Korea · with Sarah Morrison, Selina Dong, Jesse Tanicala, Rishika Pula, Kevin Li

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The Ask

IVI came to our OSU case team looking for a way to grow donations coming out of the United States for their nonprofit. Their existing funding base was shrinking and heavily restricted, so the ask was open ended: find the best path to more U.S. dollars.

Our Approach

We started by digging into the numbers: IVI's funding had fallen by $18.7 million in a single year, and 82% of what remained was restricted to specific programs, leaving almost no flexibility to grow. To get past the numbers, we ran hands on interviews with people across the company to get to the root of the issue and find out what IVI had already tried on the fundraising side. Looking across the options for growing U.S. donations, we landed on the individual donor market as the biggest opportunity, since it was largely untapped for IVI and had the most upside compared to other sources, so we built a two phase plan around it: first strengthen IVI's global marketing and storytelling so American donors actually understood who IVI was and why their work mattered, then pursue U.S. fiscal sponsorship, the same approach organizations like MSF and Save the Children used to build large, recurring individual donor bases.

We got to deliver that final presentation directly to IVI's leadership team, including the Director General and COO, which was an incredible experience. They told us they genuinely learned a lot from it. They're now working on implementing several of our recommendations, including actively looking for a fiscal sponsor.

International Vaccine Institute: U.S. Individual Donor Fundraising Strategy · 19 slides · scroll to browse →

International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 1 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 2 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 3 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 4 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 5 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 6 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 7 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 8 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 9 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 10 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 11 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 12 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 13 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 14 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 15 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 16 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 17 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 18 of 19 International Vaccine Institute: U.S. Individual Donor Fundraising Strategy, slide 19 of 19
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Case Study

Strategic Visibility for Insomnia Cookies

Cintas × Buckeye Undergraduate Consulting Club · with Mithul Vivek, Aanav Karumsi, Matt Guglielmi

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The Ask

Cintas came to our BUCC case team with a straightforward ask: help them figure out how to pitch their facility services to Insomnia Cookies, a fast growing late night bakery chain, in a way that would actually win the business. That meant digging into how Insomnia Cookies actually operates behind the counter, finding where they were exposed on cleanliness and safety, and building a pitch that solved a real, specific problem instead of just listing off services Cintas offers.

Our Approach

Instead of just working off assumptions, we actually went to an Insomnia Cookies location and talked to the people who would know best: customers, the workers behind the counter, and the store managers. That's how we found their weakest point, three nights a week with no dedicated overnight cleaning crew, which mattered because cleanliness ties directly to their Yelp ratings and revenue. We built our pitch around showing Cintas exactly how to fix that gap with a dedicated night crew, uniform optimization, and first aid and fire safety supplies, all pulling from infrastructure Cintas already had. It solved a real problem for Insomnia Cookies and opened new business for Cintas, a win win for both companies.

BUCC × Cintas: Strategic Visibility for Insomnia Cookies · 20 slides · scroll to browse →

BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 1 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 2 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 3 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 4 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 5 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 6 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 7 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 8 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 9 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 10 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 11 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 12 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 13 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 14 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 15 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 16 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 17 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 18 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 19 of 20 BUCC × Cintas: Strategic Visibility for Insomnia Cookies, slide 20 of 20
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04

Experience

Consultant · International Vaccine Institute
SEOUL, KOREA · MAY 2026
  • Conducted hands-on primary research at IVI's Seoul headquarters, engaging with 50+ employees and running individual interviews with 25+ staff across leadership and program teams
  • Combined that on-the-ground insight with financial research (IVI's funding fell $18.7M with 81.6% now restricted) and market analysis of the $592.5B U.S. individual giving market to identify fiscal sponsorship as IVI's clearest path to unrestricted donations
  • Presented the full roadmap, including a Head of Individual Giving hire and a $1M annual recurring donation goal by 2030, directly to IVI's Director General, COO, and senior leadership, who are now acting on the recommendations
→ See the full case study
Research Assistant · Laboratory for Autonomy in Data-Driven & Complex Systems
COLUMBUS, OH · JAN–MAY 2026
  • Assisted in modeling spacecraft motion by using and classifying 10–11 intention modes for threat assessment
  • Helped develop intention classifiers using 6-DOF state and trajectory projections, achieving 99.682% accuracy
  • Assisted with converting 3D relative orbital trajectories into multi-view grayscale “trajectory images” for intent classification
Co-Founder · Rangeet, Traditional Indian Clothing
DUBLIN, OH · SEPT 2019–PRESENT
  • Co-founded this family run retail business, building our e-commerce store at shoprangeet.com and helping run day to day operations from the ground up
  • Run social media advertising and content across Facebook and Instagram, driving 250%+ year-over-year sales growth
  • Manage 35+ transactions weekly, in-store and customer interactions, and back-end sourcing, importing inventory directly from India to keep the store stocked
Visit Rangeet →
Founder · Focalize Photography
DUBLIN, OH · AUG 2022–MAY 2025
  • Founded and managed a photography business, delivering 3–5 custom client sessions monthly
  • Expanded the client base to 100+ through targeted social media marketing and networking strategies
  • Collaborated with 7+ community-based organizations to boost brand visibility and drive promotional initiatives
05

Leadership & Activities

Buckeye Undergraduate Consulting Club

MEMBER · JAN 2026–PRESENT

Selected as 1 of 16 members from a 250+ applicant pool after a pitch and case interview. Part of the Spring 2026 Cintas project team.

Buckeye Professional Advancement & Development

MEMBER · AUG 2025–PRESENT

Selected as 1 of 24 members from 220+ applicants. Built a network through workshops, alumni panels, and case competitions.

Hunger Free Hearts Project

CO-FOUNDER & DIRECTOR OF MEDIA · AUG 2023–MAY 2025

Established the Ohio branch of a national 501(c)(3). Raised $2,000+ through fundraisers, including a pickleball tournament and a Kendra Scott partnership, and coordinated 35+ volunteer events.

Honda Launchpad Talent Cohort

MEMBER · DEC 2025–PRESENT

Selected for a competitive cohort focused on automotive engineering, manufacturing, and innovation. Engaging with engineers through technical panels, facility tours, and applied engineering practices.

Get in touch

I'm looking for opportunities where I can keep working across both sides of this: hands-on engineering and structured problem solving. Reach out any time.