Mechanical Engineering Student | Rice University
Building innovative solutions through hands-on design and prototyping
Mechanical engineering student passionate about robotics, automotive systems, and hands-on prototyping
I'm Samer, a Mechanical Engineering student at Rice University with a minor in Engineering Design, graduating in May 2027. The part of engineering I enjoy most is getting hands-on with projects, prototyping and building physical things where I can actually hold and see the end result.
I'm really drawn to robotics and automotive engineering, where I can combine hands-on design with real technology. After graduation, I'd love to work in the automotive or automation industry, or maybe start my own company building innovative mechanical systems.
There's nothing quite like taking an idea from a sketch to something that actually works. That feeling of seeing a finished build never gets old. Whether I'm designing a prosthetic hand that lets people feel through their fingertips, building antenna mounts for rockets, or tweaking my electric bike, I'm happiest when I'm solving real problems with my hands.
SolidWorks, Fusion 360, OnShape, AutoCAD
3D Printing, CNC Machining, MIG Welding, Manual Machining
Python, MATLAB, Java, JavaScript, C++, Arduino
Arduino, Servo Systems, Sensor Integration, Circuit Design
A selection of mechanical engineering projects showcasing design, prototyping, and problem-solving
SolidWorks - Mechanical Design - Field Testing
Engineered dual antenna mounting systems for Rice Eclipse rocketry team. Designed, prototyped, and field-tested at an actual rocket launch in Midland, Texas reaching 25,163 feet. All 7 design criteria met or exceeded.
Carbon Fiber - 3D Printing - TPU Throttle - Electrical Systems
Built custom e-bike from individual components with carbon fiber weight reduction and 5-iteration TPU thumb throttle. Two years of daily use.
Arduino - Fusion 360 - FSR Sensors - Servo Motors
Designed 5-finger articulated prosthetic with force-sensitive haptic feedback enabling users to feel grip pressure through vibration motors.
CAD - Prototyping - Optics - Medical Device Design
Developing an affordable, portable screening device for early detection of Retinopathy of Prematurity (ROP) in Kenyan hospitals. Target cost under $500.
Chassis Design - Engine Integration - Safety Systems
Design and fabricate a custom go-kart from scratch, applying mechanical engineering principles to create a high-performance recreational vehicle.
Interested in collaborating or learning more about my work?