I'm a senior at Purdue University studying Mechanical Engineering and Computer Science. Beyond school, I am deeply involved with the VEXU competetive robotics team Purdue ACM SIGBots where I've gained a tremendous amount of experience as well as through research and personal projects.
I have learned many skills throughout my 7+ years of competition robotics, my internship at Subaru of Indiana Autonomotive, as well as through research and personal projects.
I've spent many hours programming in a variety of languages, whether it be control algorithms for robotics, games built in Python, or a multitude of programming assignments.
May 2023 - August 2023
Led diverse engineering projects, from assembly line jigs to custom carts, using Inventor, AutoCAD, and SolidWorks. Completed many projects including updating powertrain floor layouts and designing various parts to improve production. Applied problem-solving skills and critical thinking daily to overcome engineering challenges. Effectively communicated with engineers and production staff, leveraging technical insights for optimization. Collaborated with cross-functional teams to streamline processes and enhance production efficiency. Gained a comprehensive understanding of manufacturing engineering, from materials to assembly. Adapted seamlessly between office-based tasks and hands-on production activities.
August 2016 - Present
2022 VEXU World Skills Champion (team BLRS2)
2020 Kalahari Classic Tournament Champion (team 7701T)
Work with a large team to design, build, and optimize static and dynamic systems for a competition robot. This process implements CAD, prototyping, manufacturing,
and design improvements. Program control algorithms such as PID, pose tracking algorithms like odometry, and autonomous routes for robots combining chassis and
mechanism control. Maintain and develop a robot chassis control library developed for our robots and the public. Utilize various sensors including optical shaft
encoders, inertial measurement units, and infrared light sensors to optimize the robots' performance. Operate robots during matches to compete against universities
from around the US and the world.
August 2023 - Present
Worked with a team to develop a waypoint-based approach to autonomous driving and racing. This was a part of Vertically Integrated Projects (VIP) at Purdue that involves students from all years working together. For this project, we created simulations in Unity using a vehicle physics environment, a convolutional neural network, and PID control algorithms to develop a method of navigating roads autonomously. We worked alongside a team that competed in the 2021 Indy Autonomous Challenge.
January 2021 - May 2021
Worked with a team to develop a waypoint-based approach to autonomous driving and racing. This was a part of Vertically Integrated Projects (VIP) at Purdue that involves students from all years working together. For this project, we created simulations in Unity using a vehicle physics environment, a convolutional neural network, and PID control algorithms to develop a method of navigating roads autonomously. We worked alongside a team that competed in the 2021 Indy Autonomous Challenge.
August 2019 - January 2022
Worked with many customers to pack and ship items to UPS standards. Completed various tasks including printing, laminating, binding, and designing documents, flyers, and business cards. Gained experience in retail, news, and working with computer programs and applications.
January 2021 - Present
Eagerly volunteer for various positions at local VEX Robotics competitions including judging, scoring, and match control demonstrating a passion for advancing the field of robotics and supporting the next generation of engineers.
May 2022 - Aug 2022
Handled frequent food delivery orders efficiently and have received high customer ratings. Managed deliveries timely in a dynamic fast-paced environment by driving effective routes and communicating with customers & restaurants.
Here are a few of the projects I've worked on. Click on an image for more information.