Resume

A full PDF of my resume can be found here.

Education

Bachelor of Science, Mechanical Engineering

Minor in Business Foundations || Computational Science and Engineering Certificate

University of Texas at Austin, 2023 - 2027

  • Relevant Coursework: Computational Methods, Mechanics of Materials, Thermodynamics, Fluid Mechanics, Materials Engineering, Intro to Engineering Design, Vector Calculus

My full transcript can be found here.

Work Experience

Mechanical Engineering Intern, Ascend Performance Materials, Alvin, TX May 2025 – August 2025

This was my first real dive into industrial engineering and I learned a ton while having a blast. I spent most of my time designing and improving mechanical support systems for polymer manufacturing using SolidWorks. I also got hands-on with stress and thermal analysis in ANSYS and MATLAB to help troubleshoot equipment problems. One of my key projects involved conducting stress and thermal analyses using ANSYS and MATLAB to troubleshoot production equipment issues. This experience helped me develop a deeper understanding of mechanical systems and their performance under various conditions. Working closely with process engineers, I helped find ways to make manufacturing more efficient, which actually boosted energy efficiency by about 9.5%. On top of that, I pitched in with preventive maintenance and reliability projects, including digging into root cause failure analyses and updating procedures. This role really sharpened my technical skills and gave me solid experience collaborating with a team to solve real-world challenges.

Mechanical Design Intern, Radiant Labs, Austin, TX May 2024 – August 2024

I developed detailed SolidWorks models for custom vacuum chamber assemblies and high-voltage feedthroughs used in portable X-ray modules. This involved integrating mechanical housings with optical and electronic subsystems while collaborating closely with cross-functional teams to maintain vacuum integrity. I also fabricated prototype components using CNC machining and stereolithography 3D printing, ensuring precise tolerances and functionality. To validate performance, I conducted rigorous leak testing and pressure cycling, confirming the system's reliability under operational conditions.

Apple Support College Program - Tier 1 Advisor, Austin, TX April 2024 – February 2025

This was my first part time job and I had a lot of fun doing it. I provided technical support to customers as a Tier 1 Advisor in the Apple Support College Program. I specialized in diagnosing and resolving a wide range of iOS device issues, from software bugs and iCloud syncing errors to hardware malfunctions and accessibility configurations. By leveraging Apple’s internal diagnostic tools and knowledge base, I consistently achieved high customer satisfaction scores and reduced average call handling time. I also collaborated with cross-functional teams to escalate complex cases and identify recurring issues, contributing to internal process improvements. This role sharpened my problem-solving and communication skills in a fast-paced, customer-focused environment while reinforcing my ability to translate technical concepts into clear, actionable steps.

Levitation Team Member, Texas Guadaloop, UT Austin September 2023 – Present

As a Levitation Team Member for Texas Guadaloop at UT Austin, I have designed electro-magnets in SolidWorks for a high-speed levitating pod that competed in the European Hyperloop Competition. Working closely with other Mechanical and Electrical Engineers, I deepened my understanding of magnetic principles and helped test the structure of the magnetic flux yoke using a custom-built test rig. After encountering over 10 failed prototypes, I learned to adapt quickly to evolving design requirements and maintained focus in high-pressure, uncertain environments.

Projects/ Org Involvement

Research Analysis of the Lifecycle of EV Batteries, Projects in Mechanical Engineering September 2023 – December 2023

In my research project on the lifecycle of EV batteries, I conducted an in-depth review of over 50 academic studies on battery degradation mechanisms and recycling processes. I took the initiative to contact EV manufacturers and industry experts to gather real-world insights into battery performance. This research culminated in a comprehensive report on battery design, which I presented to an audience of over 15 engineering professors and students.

DIY Quadcopter Drone Project, Personal Project April 2025 – Present

For a personal project, I designed and fabricated a lightweight quadcopter weighing 249 grams (subject to fewer regulations) using 3D-printed components, improving the power-to-weight ratio by 12%. I programmed and calibrated the flight controllers, fine-tuned PID parameters, and tested various flight modes to achieve stable performance with a drift margin of less than 2%. Additionally, I integrated a First-Person View (FPV) system featuring a 1080p camera and 2.4 GHz ELRS transmitter, along with VTX for video transmission.

Skills

Software:

  • SolidWorks, Fusion 360, Blender, MATLAB, Python, Ansys (Intermediate)

Prototyping:

  • 3D Printing (Bambu P1P & Raise3D) Laser Cutting, CNC Milling, Soldering, ESC Tuning