FPGA time-of-day clock
A 24-hour digital clock designed at the register-transfer level in SystemVerilog and run on an FPGA. I built the counters, clock dividers and seven-segment display driver from scratch.
I'm Yukesh, a civil engineering sophomore at Minnesota State University, Mankato. I grew up in Baglung, Nepal, where footbridges carry whole villages across the river, and I pair that engineering interest with real programming skill in Python, C# and Java.
I came to the United States from Baglung, Nepal with a simple goal: to design and build things that make life better for people. Today I'm a sophomore in Civil Engineering at Minnesota State University, Mankato, working through statics, mechanics of materials and structural design.
Before civil engineering I studied Information Technology, and I never left the code behind. I write Python, C# and Java, I've designed digital hardware in SystemVerilog, and I'm comfortable in CAD and on the command line. That mix is my edge: I don't just run the analysis, I can automate it.
I've led a team as a Student Manager at Sodexo since January 2024, and I work with young children as a Teaching Aide. I'm careful with details, calm under pressure, and I'm looking for a civil engineering internship where I can put all of it to work.
A toolkit that covers both sides: the structure and the software that checks it.
Hardware, software and design, each one a spec turned into something real.
A 24-hour digital clock designed at the register-transfer level in SystemVerilog and run on an FPGA. I built the counters, clock dividers and seven-segment display driver from scratch.
A Python app that takes in CSV data, checks it, and routes it between formats. It cleans up messy spreadsheet files and moves records where they need to go, with error handling built in.
Hand-worked, checked analysis of loaded truss systems using the method of joints and sections, support reactions and member forces. It's the foundation of every structure I'll design.
A matching CV and cover letter set made in Adobe Creative Suite, with a considered pairing of typefaces, a consistent color palette, and print-ready layouts.
Your phone is your campus key.
MavTap is my idea for an app on both iPhone and Android that lets Minnesota State students tap their phone on an NFC reader to get access on campus, the same way you'd tap to pay. Only real Mavericks get in, because every account is verified with an MNSU email. It's my own idea and my first mobile app, and I'm researching it properly before I write the first line of code.
Students juggle a physical card for campus access, and a card is easy to forget or lose. A phone almost never gets left behind.
Use the NFC chip already inside most iPhones and Android phones so a quick tap does the same job as the card.
Sign up with an MNSU email, so every account belongs to a real student before it can open anything.
I run daily operations at one of the busiest dining spots on campus: supervising student staff, keeping service moving during rushes, and holding quality and safety standards high.
I support early childhood education at a licensed center connected to the university, with certified training in mandated reporting, safe sleep and child safety. It takes patience, care and clear communication every day.
I keep building outside the classroom, from FPGA hardware to Python automation tools, sharpening the software skills that set my engineering apart.
Your Kundali and Rashifal, in your pocket.
An app I'm designing and building myself, rooted in the Nepali and Vedic Jyotish tradition I grew up with. It brings the chart your family would take to a pandit straight to your phone.
I'm looking for a civil engineering internship and I'm open to collaboration. If you have a project, a role, or just want to talk engineering, reach out.