Om Suresh F.
Global rank:
3,323 / 133,547
Skill pts: 11
2D & 3D Modeling Siemens NX 3D CAM Design 3D Modeling CAD Design FreeCAD

About

... more » « less

Experience

  • CAD/CAM Designer & Mechanical Modeler Self-Employed / Freelance · Freelance Feb 2021 – Present 5 yrs 3 mos Lonavala, MH, India Specialized in high-precision 3D modeling and technical documentation for mechanical parts.
    Key Responsibilities:
    Developed complex 3D models including gears, lathe jaws, and threaded components using FreeCAD, AutoCAD , Oneshape, Blender 3.5 l 5.0and Siemens NX.
    Generated G-code for Fanuc-controlled VMC and CNC machines, ensuring toolpath optimization.
    Created detailed 2D technical drawings and orthographic projections for manufacturing.
    Managed end-to-end design workflows from conceptual sketches to production-ready files.

Education

  • Sinhgad Institute of Technology (SIT), Lonavala Bachelor of Technology (B.Tech), Cs, 90 2025 – 2029 (expected) Activities and Societies: Member of the Engineering Design Cell; participant in Design Thinking & Innovation labs focused on industrial problem-solving. Also playing sports like chess , volleyball, badminton Currently pursuing a Bachelor of Technology with a strong focus on Engineering Graphics, Computer-Aided Design (CAD), and Manufacturing Processes.
    ​Key Academic Focus:
    ​Engineering Graphics & Design: Proficient in orthographic and isometric projections.
    ​Programming for Problem Solving: Utilizing Python for engineering logic and automation.
    ​Design Thinking: Applying innovative frameworks to solve complex mechanical and industrial challenges.
    ​Mechanical Systems: Developing a deep understanding of mechanics and material properties for precision modeling.

Other experience

  • CNC Programming & Toolpath Optimization Skilled in generating and optimizing G-code for Fanuc-controlled VMC and CNC machines. Experienced in selecting appropriate tooling, setting feed rates, and defining cutting depths for complex mechanical parts. I bridge the gap between 3D design and physical manufacturing to ensure parts are production-ready.