Akshaf M.

Hello! I’m a Mechanical Design Engineer specializing in advanced 3D CAD modeling, product development, and complex engineering simulations. If you need robust, manufacturing-ready designs for robotics, UAVs, or custom mechanical systems, you are in the right place. I bridge the gap between theoretical physics and real-world application, ensuring your concepts don't just look great on screen, but perform flawlessly in the physical world. Let's turn your ideas into functional, optimized reality! Core Skills 1. 3D CAD Modeling & Assembly Specialized in creating complex, precision-engineered 3D models and large-scale assemblies. Experienced in designing custom mechanisms, aerospace frames (like heavy-lift multi-rotors), and robotics chassis. Proficient in industry-standard tools like SolidWorks to deliver manufacturing-ready blueprints, STEP, and STL files. 2. Finite Element Analysis (FEA) & Simulation Expertise in validating designs through rigorous structural, thermal, and fluid simulations. Skilled in using Ansys and SolidWorks Simulation to perform stress tests on critical components like motor mounts and load-bearing structures. Focused on optimizing strength-to-weight ratios and ensuring structural integrity under real-world physical loads. 3. Robotics & Mechatronics Integration Adept at designing mechanical enclosures, brackets, and mounting systems that seamlessly integrate with internal electronics and PCBs. Experience developing functional mobility systems, including rover drivetrains, specialized terrain mechanisms, and payload delivery modules. 4. Engineering Analysis & Technical Documentation Strong background in applying fluid mechanics and thermodynamics principles to optimize hardware performance. Capable of producing highly professional, beautifully formatted technical reports and engineering documentation using tools like Typst. Why Choose Me? Simulation-Driven Design: I don't just draw; I test. My FEA skills ensure your product is optimized for durability and efficiency before a single physical prototype is ever built. Multidisciplinary Approach: With an understanding that spans mechanical systems, aerodynamics, and basic electronics integration, I design with the "big picture" of your final project in mind. Attention to Detail: From calculating energy cycles to designing custom traction mechanisms, I sweat the engineering details so you don't have to. Client-Centric Approach: I prioritize clear communication, clean technical documentation, and delivering high-quality source files tailored to your specific manufacturing or 3D printing needs. Let’s Work Together! Whether you are prototyping a new drone, designing a custom robotic mechanism, or need detailed CAD for manufacturing, I am here to help. Let’s collaborate to engineer a successful product! Feel free to reach out—I’d love to discuss the technical requirements of your next project.