Experienced in SolidWorks, AutoCAD, Inventor, and ANSYS — offering 3D product design, engineering drawings, simulation, and design optimization.

Experienced in SolidWorks, AutoCAD, Inventor, and ANSYS — offering 3D product design, engineering drawings, simulation, and design optimization.

Mechanical Engineering PhD candidate with experience in mechanical design support, CAD modelling, finite element analysis, materials research, experimental testing, and technical documentation. My bac... Read more

Mechanical Engineering PhD candidate with experience in mechanical design support, CAD modelling, finite element analysis, materials research, experimental testing, and technical documentation. My background combines research and applied engineering work in nanofiber materials, polymer systems, mechanical characterization, prototype support, and simulation-based problem solving. Skilled in SolidWorks, AutoCAD, ANSYS Workbench, and ANSYS APDL. I can support clients in CAD modelling, engineering drawings, research-based technical work, simulation support, materials-related projects, report writing, and product development documentation.

Hello there! I'm Amer, a recent graduate with a passion for Product design and development. As a newcomer to the professional world, I'm eager to apply my knowledge, skills, and fresh perspective to h... Read more

Hello there! I'm Amer, a recent graduate with a passion for Product design and development. As a newcomer to the professional world, I'm eager to apply my knowledge, skills, and fresh perspective to help you achieve your goals. Whether you need creative content, meticulous research, or efficient administrative support, I'm here to deliver high-quality results tailored to your needs.

1. Design and Analysis Of Crane Hook With Different Materials. Successfully evaluated the performance of crane hooks made with various “High Strength Low Alloy Steel”, utilized SolidWorks and ANSY... Read more

1. Design and Analysis Of Crane Hook With Different Materials. Successfully evaluated the performance of crane hooks made with various “High Strength Low Alloy Steel”, utilized SolidWorks and ANSYS for 3D modeling and structural analysis. Optimized designs for strength, weight, and cost-effectiveness. 2. Fabrication of 5DOF Robotic Arm. Designed and implemented a 5DOF robotic arm using aluminum alloy and servo motors. Overcame challenges in achieving precise control and avoiding joint singularities. Successfully integrated the robotic arm into a factory automation line for pick-and-place operations. Demonstrated a 99% accuracy rate and a payload capacity of 5 kg."