Profile Photo

Adnan Chatila

Summary

I'm a Mechanical Engineer passionate about bridging the gap between robust hardware design and intelligent control systems. With a background in EV powertrains and 3D design, I combines expertise in SolidWorks with computational tools like MATLAB and Simulink. I focus on creating integrated engineering solutions that are both structurally sound and precisely controlled.

💼 Experience

EV Powertrain Engineer

Spartan Racing Electric - San Jose, CA (Part-time)

Jun 2024 - Jun 2025

  • Designed, prototyped, and fabricated a custom tractive system enclosure for a Formula SAE electric vehicle using SolidWorks and DFM principles.
  • Researched and selected materials and hardware to reduce weight and cost, achieving a 0.4 lb reduction while maintaining structural integrity.
  • Collaborated with electrical, chassis, and drivetrain subteams to ensure full system integration and manufacturability.
  • Contributed to Spartan Racing Electric's 2nd place overall finish at the national FSAE competition through precise engineering and hands-on execution.

Mechanical Design Engineer

Vista Robotics - San Jose, CA (Internship)

Aug 2024 - May 2025

  • Designed stabilization cart for autonomous spinal surgery robotic arm.
  • Gained professional experience with SolidWorks, Design for Manufacturability (DFM), Design for Assembly (DFA), cost analysis, optimization, and Finite Element Analysis (FEA).
  • Conducted a comprehensive cost analysis, identifying opportunities to reduce expenses by 24% without compromising functionality.
  • Communicated regularly with team members and supervisors through weekly meetings, project updates, clear task delegation, and regular progress updates to ensure alignment with project goals.

🚀 Projects

Project

Word Tracer Robot

San Jose State University - December 2024

  • Designed and implemented a system using MATLAB, Simulink, and an Aubo i5 robot arm to trace words by solving inverse kinematics and creating waypoints for all letters of the alphabet.
  • Utilized Simulink to model the robot arm's inverse kinematics, enabling accurate word tracing based on user-inputted prompts.
  • Developed and tested code to automate the robot's movement along predefined paths to write letters in a precise and efficient manner.
  • Collaborated in debugging and optimizing the system for smooth, real-time operation.
MATLAB Simulink Robotics
Project

Self-Balancing Mini Segway (MinSeg) Robot

San Jose State University - December 2024

  • Developed a self-balancing robot using MATLAB, Simulink, Arduino, and an MPU-6050 gyroscope/accelerometer for real-time balance control.
  • Modeled electromechanical systems and implemented control algorithms (LQR and Ackerman's Method) to achieve stable balancing.
  • Tuned control parameters to reduce drift and sensor noise, maintaining balance for over 20 seconds with minimal external disturbance.
  • Conducted extensive testing and optimization of both open-loop and closed-loop control systems for improved performance.
MATLAB Arduino Control Systems
Project

Arduino Fire Fighting Robot Tank

San Jose State University - May 2024

  • Developed a remote-controlled fire-fighting robot using Arduino, with fire detection via a temperature sensor and automated water spray system.
  • Programmed a servo motor to trigger the water pump upon fire detection, with visual and audio alerts.
  • Designed circuits to ensure a consistent 5V power supply to both the servo motor and pump.
  • Integrated sensor and motor control systems, conducting extensive testing and troubleshooting to ensure system reliability.
Arduino C++ Hardware
Project

Arduino UNO Cards Dispenser

Mission College - May 2022

  • Used C++ and Arduino circuits to create a device that would dispense cards based on the inputs of the number of UNO players.
  • Developed proficiency in teaching myself how to integrate different sensors and circuit components into the Arduino.
Arduino C++ Circuits
Project

Thermosteel House (Ongoing)

San Jose - January 2023

  • Built 2 floors, with trusses and roof using Thermosteel Panels.
  • Implemented advanced insulation techniques to regulate internal temperatures effectively, reducing energy consumption and environmental impact.
  • Accurately measured, cut, installed, and screwed house materials.
  • Solved problems as they came up during house construction.
Construction Design Sustainability

🎓 Education

🎓

B.S., Mechanical Engineering

San Jose State University

San Jose, CA - May 2025

GPA: 3.7 / 4.0

⚡ Skills

💻 Software

SolidWorks
C++
Flutter
Dart
MATLAB
Simulink
CAD
FEA
GD&T
Mathematical Modeling

⚙️ Circuits

Arduino
Raspberry Pi
Soldering
Circuit Components

🛠️ Tools

Lathe
Mill
Drill Press
Bandsaw
Hacksaw
Woodworking
Sketching

🌐 Languages

English (Fluent)
Swedish (Professional)
Chinese (Basic)
Spanish (Basic)
Arabic (Basic)

📬 Get In Touch!

📧

adnanchatila7@gmail.com

💼

linkedin.com/in/achatila

📍

San Jose, CA 95127