Mostafa A. Rawash
Mechanical Design Engineer
Specializing in Robotics, CAD & Product Design
About Me
Mechanical Design Engineer with over 3 years of hands-on experience in mechanical design and robotics systems, particularly specializing in Remotely Operated Vehicles (ROVs) and Unmanned Ground Vehicles (UGVs). Proficient in advanced CAD software including SolidWorks, AutoCAD, and Keyshot Studio for realistic rendering.
Education
Bachelor's Degree
Mechanical Power Engineering
Faculty of Engineering - Alexandria University
June 2020 – July 2025
Core Expertise
- Robotics Systems Design
- CAD Modeling & Simulation
- Materials Selection & Manufacturing
- Team Leadership & Management
Featured Projects
Engineering Solutions That Make a Difference
7-DOF Passenger Car Suspension Modeling (Graduation Project)
Focuses on modeling and analyzing a 7-DOF suspension system for a passenger vehicle using Simulink. The model includes sprung and unsprung mass dynamics, tire lateral forces based on the Magic Formula, and detailed representation of suspension behavior under cornering conditions.
The project demonstrates applied vehicle dynamics, control modeling, and data-driven validation methods.
MATLAB/Simulink Vehicle Dynamics Control Modeling
Remotely Operated Underwater Vehicle (ROV)
Multi-functional ROV developed for underwater mission tasks requiring robust mechanical solutions. Focused on real-world engineering challenges with emphasis on modular design and operational efficiency.
3D MODEL
REAL - WORLD
UNDERWATER OPERATION
SolidWorks Ansys Keyshot Studio Pneumatic Systems Sealing Techniques
Unmanned Ground Vehicle (UGV) - Multitasking Rover Robot
A ground-based UGV developed to detect and collect simulated landmines in challenging outdoor terrains. The rover combined mobility, precision actuation, and environmental interaction.
3D MODEL
REAL - WORLD
SolidWorks Ansys Keyshot Studio
Electric Lift Table
Compact and practical lifting mechanism designed for moderate loads with emphasis on mechanical simplicity and functional reliability. This project demonstrates ability to transform theoretical calculations into working solutions.
Key Features:
- Precise DC motor selection based on load requirements
- Comprehensive torque calculations
- Standard market specifications compliance
- Optimized design for reliability and efficiency
Technical Skills
Core Engineering Competencies
DFM Principles Sheet Metal Fabrication Materials Selection Product Design Team Leadership
The Gallery
Let's Connect
Ready to collaborate on innovative engineering solutions
+201156165968 | Alexandria, Egypt