Mechanical Engineering Portfolio

Suresh A/L Ganesen

Mechanical Engineering Student specialized in CAD, Prototyping & Embedded Systems.
CGPA: 3.85 / 4.00
SolidWorks / AutoCAD
ESP32-CAM / Arduino
Suresh Ganesen

About Me

Mechanical Engineering student at Politeknik with a strong academic background. I specialize in mechanical product design, 3D drafting, and rapid prototyping. I have hands-on experience building functional hardware that integrates mechanical parts with electronic sensors and microcontrollers. I am highly focused on problem-solving, clean design, and practical engineering.

Technical Skills

Mechanical & CAD SolidWorks, AutoCAD, Autodesk Fusion, 3D Modeling, Rapid Prototyping.
Embedded Systems ESP32-CAM, Arduino (C++), MPU6050 Accelerometers, Ultrasonic Sensors.
Fabrication Hardware Assembly, Tolerance Testing, Materials Evaluation, FDM 3D Printing.
Project Management BOM Creation, Budgeting, Gantt Charts (Canva), Technical Documentation.

Projects

Project Neo (Atom Forge)

  • Designed a 3D-printed desktop study companion that uses physical orientation to trigger focus timers.
  • Integrated an Arduino Nano and MPU6050 accelerometer to automatically start sessions when the cube is rotated.
  • Embedded a passive NFC tag to trigger smartphone Do Not Disturb (DND) mode upon tapping.
  • Engineered a USB-C power architecture to drive the internal logic and LED status indicators.

AI-Powered Smart Walking Cane

  • Built an assistive device using an ESP32-CAM and ultrasonic sensors to detect obstacles for the visually impaired.
  • Programmed the microcontroller in C++ (Arduino IDE).
  • Designed the circuitry, power distribution, and integrated haptic vibration motors for user alerts.

Project Era MagSafe Stand

  • Designed an ergonomic magnetic phone stand focusing on structural stability and clean aesthetics.
  • Modeled all 3D mechanical components, ensuring strict manufacturing tolerances.
  • Handled material selection and prepared full technical design reports.

F1 Aerodynamic Prototype

  • Engineered a lightweight, rubber-band-driven vehicle based on Formula 1 aerodynamics.
  • Optimized the chassis and wheel alignment to minimize mechanical drag.
  • Tested and analyzed kinetic energy transfer to maximize vehicle speed and distance.

Education

3.85 CUMULATIVE GPA

Diploma in Mechanical Engineering

Politeknik, Malaysia

Core Coursework: CAD/CAM, Mechanics of Machines, Fluid Mechanics, Engineering Materials.