Hire the Best Automotive Engineers
in Egypt

I’m a Mechanical CAD Engineer specialized in SOLIDWORKS and Fusion 360, with hands-on experience in designing practical, manufacturable components for real-world applications. I focus on delivering clean, accurate models and drawings that are ready for production—not just visually appealing designs. My work covers parametric modeling, assemblies, and basic-to-intermediate FEA analysis, allowing me to support projects from concept to manufacturing. I pay close attention to details, tolerances, and communication to ensure the final result matches both design intent and functional requirements. I aim to provide reliable engineering solutions that balance performance, manufacturability, and cost. Services • 3D CAD Modeling (Fusion 360, SOLIDWORKS, Inventor) • Mechanical Design & Product Development • Automotive Component Design • Reverse Engineering (STL / Mesh → CAD) • Parametric Assemblies & Design Optimization • Technical & Manufacturing Drawings • STL Editing & 3D Printing Preparation • Basic FEA Simulation (ANSYS / ABAQUS)

Suspension, chassis & vehicle-dynamics engineer specializing in electric and performance vehicles. I take vehicle systems from first-principles kinematics and FEA through prototype validation, regulator-witnessed testing, and remote-supervised manufacturing. Recent work: ✅ Designed and ran a witnessed component-validation program for a vehicle conversion that was granted IVA approval (UK type-approval route), rig design, instrumentation, load cases, and the evidence package. ✅ Led the suspension and steer-to-tilt steering design on a seated electric quad, inverted the steering-to-tilt kinematics, held bump steer under 2° across full travel; delivered as a shipped, road-tested product with manufacturing supervised remotely in China. ✅ Lead chassis & vehicle-dynamics engineer on a formula-style EV, full front/rear suspension, FEA across two chassis architectures, and a manufacturing strategy that cut CNC parts to 2% of the total. ✅ Built a double-wishbone suspension kinematic model in MATLAB, validated against MSC Adams, and visualized in 3D (Python/PyBullet). Core expertise: • Suspension & steering system design (double-wishbone, MacPherson, tilting/steer-to-tilt) • Chassis design: tubular space frame, ladder frame, monocoque • Vehicle dynamics, suspension kinematics & handling • FEA & CFD (ANSYS); structural validation & component testing • SolidWorks (advanced), CATIA, Fusion 360; GD&T & production drawings • Python & MATLAB modeling; CODESYS actuator control & strain-gauge instrumentation • Design for manufacturing; remote manufacturing & assembly supervision I work with EV and performance-vehicle startups, conversion and low-volume builders, and teams that need a specialist to own the suspension, chassis, or vehicle-dynamics side of a build — from concept through validated, manufacturable, approved hardware. Whether you need a single suspension subsystem, a full chassis, regulatory validation, or a vehicle taken from concept to running prototype, I deliver designs that are robust, manufacturable, and proven.

Are you looking for a top rated Product Design Engineer who can transform your ideas into innovative, functional, and visually appealing designs? With over 5 years of professional experience in concept design and product development, I’ve had the privilege of contributing to high impact projects not only for small start up companies, but also for large organization, including Maserati, Alfa Romeo, Opel, Peugeot, DS, Fiat and Lancia. -What I Offer: *Conceptual Design Excellence: Designing original designs that prioritize creativity, functionality, and feasibility. *Advanced CAD Modeling: Expert in Fusion 360, Siemens NX, CATIA V5/V6, and Autodesk Inventor to deliver high-quality 3D models and assemblies. *Reverse Engineering: Using advanced techniques to replicate existing products, enhance designs, optimize performance, and develop better solutions. *Simulation-Backed Insights: Expertise in FEA and CFD to ensure designs are optimized for performance and durability. *Prototyping & Manufacturing-Ready Designs: From concept to production, I deliver designs tailored for 3D printing, prototyping, or mass production. -Proven Results: *Completed 60+ Product Design and CAD projects for industries including consumer products, machinery, automotive and gaming *Contributed to Stellantis automotive projects, including Body in White and Chassis components for DS, Opel and Peugeot vehicles. *Reverse Engineering: Using advanced techniques to analyze competitor products, enhance designs, optimize performance, and develop better solutions. Resulting in innovative design improvements and cost-effective solutions. *Design for weight reduction of mechanical systems while enhancing/maintaining structural integrity. I am passionate about turning ideas into tangible, impactful designs that balance creativity and engineering precision. Let’s collaborate to create something extraordinary—get in touch today to discuss your project! ✨

- Every product design begins with assembling a variety of key element; market analysis, innovation, functionality, materials, and more into a cohesive solution. My goal is to transform these components into a design that stands out, resonates with its market, and delivers value. By optimizing the product’s potential and aligning with my clients’ goals, we achieve success together I'm a dedicated Industrial Engineer specializing in Product Design. With a strong foundation in mechanical engineering principles and a knack for innovative design solutions, I bring your ideas to life. Here's what I can help you with: ✅ 3D Modeling ✅Technical Documentation (2D Drawings) ✅Sheet Metal Packages (DXF - Shop Drawings - 3d Models) ✅ 3D Realistic Renderings ✅Prototyping & 3D Printing ✅Product Design ✅ASME-API (Tanks, Silos, Static Equipment & Pressure Vessels Design as Per Standards). ✅FEA Simulation ✅Machine Design ✅Project Management ✅Consultation My passion lies in turning ideas into reality, using my strong foundation in mechanical engineering principles and my proficiency in SolidWorks. I have a proven track record of delivering high-quality designs that not only meet but exceed client expectations. Every design challenge is an opportunity for creative problem-solving, and I thrive on finding effective and efficient solutions. My attention to detail, commitment to quality, and ability to work under tight deadlines make me a reliable partner for your engineering needs. I'm excited to help you bring your visions to life and create something extraordinary together.

Automotive Engineer with extensive experience in 3D modeling and proficiency in CAD and CAM software. I specialize in assisting engineering students and graduates with a variety of tasks, including: - MATLAB Scripts: Writing and troubleshooting scripts for various engineering applications. - SolidWorks Modeling: Creating detailed 3D models and assemblies. - Autodesk Products: Proficient in using multiple Autodesk software for modeling and design. - Technical and Formative Assignments**: Providing support with technical projects and formative assessments. - Summary and Report Writing: Crafting clear and concise summaries and detailed reports. - ANSYS and ANSYS Fluent: Performing simulations and analyses using ANSYS software.

I am an Embedded Systems Engineer specializing in IoT and automotive-grade software development, with hands-on experience delivering complete solutions from hardware design to firmware implementation. I have worked extensively with a wide range of microcontrollers including STM32, ESP32, NXP and Arduino platforms, enabling me to select and optimize the right architecture for each project. My expertise covers both low-level firmware development and system-level design, ensuring robust, efficient, and scalable solutions. On the software side, I am proficient in C, C++, and Python, and experienced in developing real-time embedded applications using tools such as STM32CubeIDE, Microchip Studio, MPLAB X, and VS Code. I also have solid experience in MATLAB/Simulink for modeling, simulation, and control algorithm development. In hardware development, I design professional, manufacturable PCBs using KiCad,altium with careful consideration of signal integrity, power management, and EMI/EMC best practices. I have strong experience with communication protocols including UART, SPI, I2C, CAN, LIN, and FlexRay, allowing seamless integration of sensors, actuators, and distributed systems—key for IoT applications. Additionally, I follow structured development processes aligned with the software lifecycle, and I am proficient in version control and project management tools such as Git, Jira, and Polarion, ensuring clear communication, traceability, and reliable delivery. I am committed to delivering high-quality, production-ready solutions, whether you need firmware development, PCB design, or a complete IoT system from concept to deployment. Let’s build something reliable and scalable together.