Hire Design for CNC Machining Designers in South Africa

Muhammad Irshaad Sabi is an accomplished Mechanical Design and Development Engineer with over 10 years of experience spanning the automotive, motorsport, and overland equipment industries. He has a pr... Read more

Muhammad Irshaad Sabi is an accomplished Mechanical Design and Development Engineer with over 10 years of experience spanning the automotive, motorsport, and overland equipment industries. He has a proven track record in product design, prototyping, testing, and manufacturing optimization, with hands-on involvement across all stages of the product development lifecycle. Currently serving as an Engineer at Tenneco Ride Control in Port Elizabeth, South Africa, Muhammad develops and refines shock absorbers for the Aftermarket industry, focusing on performance, durability, and cost efficiency. His role involves product design, testing, and continuous improvement initiatives to enhance ride quality and manufacturing efficiency across a range of vehicle platforms. Previously, he worked as a Design Engineer at Racing Force International (Bahrain) until May 2025, where he specialized in the design and additive manufacturing of racing helmets and safety equipment for globally recognized motorsport brands. There, he produced detailed CAD models, managed prototype development, and collaborated closely with R&D teams to meet stringent FIA certification standards. Earlier in his career, Muhammad served as a Development Engineer at Gabriel SA (Pty) Ltd, leading multiple shock absorber development projects for OEM and aftermarket clients. He also held engineering leadership roles at Alu-Cab Africa, overseeing design and production of 4×4 accessories and off-road campers. His diverse background combines design innovation, hands-on manufacturing experience, and strong project management capabilities. Muhammad holds a BTech in Mechanical Engineering from the Cape Peninsula University of Technology (CPUT). He is proficient in a range of engineering tools including SolidWorks (CSWA certified), Creo Parametric, AutoCAD, Solid Edge, and 3D scanning (VX Elements). His expertise also extends to Finite Element Analysis (FEA), reverse engineering, CNC machining, and composite manufacturing. Known for his technical leadership, problem-solving ability, and passion for innovation, Muhammad consistently delivers high-quality, cost-effective engineering solutions that enhance product performance and manufacturing efficiency.

I help clients turn concepts into manufacturable, visually impressive products — from early mechanical layouts to production-ready CAD models and renderings. I’m a Mechanical Engineering graduate fro... Read more

I help clients turn concepts into manufacturable, visually impressive products — from early mechanical layouts to production-ready CAD models and renderings. I’m a Mechanical Engineering graduate from Auburn University, where I co-designed and built Auburn’s 1st-place unmanned electric watercraft for the 2025 ASNE P.E.P. competition. My background combines: • CAD & 3D Modeling: SolidWorks, NX, complex assemblies, DFM & GD&T • Analysis & Validation: FEA, tolerance analysis, design reviews • Automation & Visualization: Python scripting, SolidWorks Visualize rendering I bring a hands-on, manufacturing-minded approach to every project — whether it’s a product enclosure, mechanical system, or small machine. Clients appreciate my ability to think like both a designer and a builder. If you need a precise, fast, and collaborative engineer who can take your idea from sketch to final model, let’s talk — I’m ready to jump in and deliver results that look great and work perfectly.

Muhammad Irshaad Sabi is an accomplished Mechanical Design and Development Engineer with over 10 years of experience spanning the automotive, motorsport, and overland equipment industries. He has a pr... Read more

Muhammad Irshaad Sabi is an accomplished Mechanical Design and Development Engineer with over 10 years of experience spanning the automotive, motorsport, and overland equipment industries. He has a proven track record in product design, prototyping, testing, and manufacturing optimization, with hands-on involvement across all stages of the product development lifecycle. Currently serving as an Engineer at Tenneco Ride Control in Port Elizabeth, South Africa, Muhammad develops and refines shock absorbers for the Aftermarket industry, focusing on performance, durability, and cost efficiency. His role involves product design, testing, and continuous improvement initiatives to enhance ride quality and manufacturing efficiency across a range of vehicle platforms. Previously, he worked as a Design Engineer at Racing Force International (Bahrain) until May 2025, where he specialized in the design and additive manufacturing of racing helmets and safety equipment for globally recognized motorsport brands. There, he produced detailed CAD models, managed prototype development, and collaborated closely with R&D teams to meet stringent FIA certification standards. Earlier in his career, Muhammad served as a Development Engineer at Gabriel SA (Pty) Ltd, leading multiple shock absorber development projects for OEM and aftermarket clients. He also held engineering leadership roles at Alu-Cab Africa, overseeing design and production of 4×4 accessories and off-road campers. His diverse background combines design innovation, hands-on manufacturing experience, and strong project management capabilities. Muhammad holds a BTech in Mechanical Engineering from the Cape Peninsula University of Technology (CPUT). He is proficient in a range of engineering tools including SolidWorks (CSWA certified), Creo Parametric, AutoCAD, Solid Edge, and 3D scanning (VX Elements). His expertise also extends to Finite Element Analysis (FEA), reverse engineering, CNC machining, and composite manufacturing. Known for his technical leadership, problem-solving ability, and passion for innovation, Muhammad consistently delivers high-quality, cost-effective engineering solutions that enhance product performance and manufacturing efficiency.