M.S. Electrical Engineering student at Stanford specializing in sensing, control systems, robotics, and optimization. Founded Intrelis to build smart inventory management systems for shops and labs. Previously researched ocean profiling technology and worked on motor optimization at Tesla.
Education
M.S. in Electrical Engineering
Stanford University
Palo Alto, CA
Sept 2024 - March 2026 (Expected)
B.S. in Electrical Engineering
Purdue University
West Lafayette, IN
Aug 2020 - May 2024
Technical Expertise
Hardware & Electronics
Sensing Systems
Analog sensing circuits, ultrasonic, LiDAR
PCB Design
Multi-layer boards, mixed-signal PCBs, KiCad
Power Electronics
Motor design, DC-DC converters, wireless charging
Control Systems
State-space, optimal control, PID controllers
Microcontrollers
Embedded systems, real-time control, peripherals
Test & Measurement
Oscilloscopes, spectrum analyzers, automated test
Software & AI
Machine Learning
ML algorithms, reinforcement learning for robotics
Large Language Models
LLM applications, prompt engineering, AI integration
Python
Data analysis, ML frameworks, automation
MATLAB
Signal processing, Simulink, control system design
C/C++
Embedded systems, real-time applications
JavaScript/React
Full-stack web development, modern frameworks
Mathematics & Simulation
Linear Dynamical Systems
Advanced linear algebra, state-space analysis
Convex Optimization
Mathematical optimization, algorithm design
Signal Processing
DSP algorithms, filtering, frequency analysis
CAD & Simulation
OnShape, SPICE, Simulink, system modeling
Experience Journey
Founder & CEO
Intrelis
- •Founded Intrelis to build smart inventory management systems for shops and labs
- •Developing Bintech platform for intelligent inventory tracking and automation
- •Building business strategy and product roadmap for inventory management solutions
Founder's Inc Fellow
Founder's Inc
- •Selected into highly competitive summer entrepreneurship program
- •Received MVP award for helping the most founders in the cohort
- •Developed business model and go-to-market strategy for Intrelis
Stanford Robotics Center Smart Sensing Systems Lab
- •Designed PCB to characterize resistors and capacitors under 100 atm pressure with .1% sensor resolution
- •Designed electromechanical buoyancy management system for a drone-deployable 300g ocean profiler
- •Aligned with Oceanographers to specify sensor characteristics to reliably capture data in 0-1km depth
Product Management Intern
FANUC
- •Researched new product opportunities in the high-mix weld shop collaborative robotics space
- •Conducted 50+ interviews across end users, distributors, integrators, competitors, and FANUC sales
Drive Systems Design Intern
Tesla
- •Developed code library to integrate new meshing software into motor optimization tool, allowing for 200+ additional mesh settings to improve simulation accuracy and resulting in a 30% runtime decrease
- •Worked cross-functionally with Tesla bot team to improve modeling of robotic actuators and developed a new meshing method yielding better simulation accuracy and 99% pure cogging torque waveforms
- •Assisted with construction of prototype motors, including magnetization of a novel rotor with a 3T field
Drive Unit Production Controls Intern
Tesla
- •Made continuous process improvements while balancing stakeholders in production, maintenance, engineering, and management, yielding ~250 code commits across multiple production lines
- •Managed implementation of statistical process control on 50+ stations, enabling parameter drift detection
Research Assistant
Purdue Electric Vehicle Lab
- •Developed power electronics control system for 230kW in-motion wireless charging of electric semi-trucks
- •Designed and soldered 6-layer mixed-signal PCB for microcontroller peripherals totaling 182 components
- •Created a fiber optic magnetic field synchronization protocol for transmitter coils, achieving a <11 µs delay
Research Assistant
Purdue Power Electronics Lab
- •Conducted electromagnetic simulation and design of superconducting coils for charging bulk superconducting YBCO magnets with 3T magnetic fields
- •Developed analytical equations using elliptic integral functions to model magnetic fields, significantly speeding up simulation time
- •Performed thermal modeling for liquid nitrogen and liquid helium cooling systems to maintain superconducting coils at proper operating temperatures
Leadership & Impact
Course Assistant
Stanford Linear Circuit Analysis Course (EE101A)
Sept 2024 – Dec 2024
Guided 60+ students in lab sections and office hours, improving comprehension and problem-solving skills
Website Manager & Committee Member
Purdue Engineering Student Council
Aug 2021 – May 2024
Redesigned website to be more informative and intuitive to recruiters from 400+ companies. Selected and interviewed members of 40 multidisciplinary organizations to allocate $25K in funding
Team Lead
Senior Design Cummins Electric Semi Team
Aug 2023 – Dec 2023
Managed team designing vehicle hardware and power controls for wireless charging of electric semi-trucks through task delegation, timeline dictation, and allocation of a budget of $10k for a 230kW power system
Let's Connect
I'm always interested in discussing new opportunities, research collaborations, or connecting with fellow engineers.