Muhammad I.

As a dedicated Mechanical Engineer with over 5 years of industry experience, I have delivered more than 200 successful projects, turning innovative ideas into high-performance solutions across diverse sectors. My expertise spans CAD design, advanced simulations, and complex problem-solving, allowing me to tackle a wide range of engineering challenges with precision, creativity, and passion.

CAD Design and 3D Modeling
My proficiency in CAD design is deeply rooted in SolidWorks, where I specialize in creating detailed 3D models, assemblies, and technical drawings for manufacturing, prototyping, and product development. Whether you're looking for conceptual designs, product development, or fully engineered parts ready for production, I ensure that every model is meticulously crafted to meet industry standards and client requirements. Some of my key CAD projects include:

High-Efficiency Glass Shredders: I designed and manufactured custom glass shredders for waste management, incorporating precision engineering with durable materials for long-lasting performance.
3-Axis to 5-Axis CNC Conversion: I successfully upgraded a client's 3-axis CNC machine to a 5-axis, enabling more complex machining tasks while maintaining precision and reliability.
Solar-Assisted Wheelchair Design: This project involved the full CAD design and rendering of an innovative solar-assisted wheelchair, featuring a 5-hour battery backup and a speed of 12 km/h.
These projects showcase my ability to deliver on highly technical and customized design requirements while ensuring functionality, durability, and aesthetic appeal.

Advanced Simulations and Analysis
I am highly skilled in performing advanced simulations using ANSYS Fluent and SolidWorks Flow Simulation. My expertise in CFD (Computational Fluid Dynamics) allows me to optimize designs for performance and efficiency, whether you're dealing with fluid dynamics, heat transfer, or complex multi-phase flows. Here are a few highlights from my simulation projects:

Mixing Tank Simulations: I have conducted multiple advanced mixing tank simulations, focusing on improving mixing efficiency by optimizing blade placement and tank geometry. This includes high-viscosity fluid and solid particle mixing, delivering enhanced performance for industrial applications.
Turbomachinery and Aerodynamics: I have completed aerodynamics and turbomachinery simulations to analyze and optimize airflow, minimizing drag, and increasing the efficiency of rotating machinery and automotive components.
Thermal Mixing and Heat Exchangers: My work on thermal mixing and helical coil heat exchangers involves comprehensive CFD simulations to evaluate temperature distribution, pressure drop, and thermal efficiency, ensuring optimal heat transfer for industrial systems.