A Mechanical Freelancing Hub

• Proficient in SolidWorks, Creo PTC, and AutoCAD for part, assembly, and surface modeling.
• Skilled in creating parametric designs, ensuring scalability, revision control, and engineering consistency.
• Experienced in 2D manufacturing drawings, GD&T application, tolerance analysis, and drafting standards.
• Capable of developing metal, plastic, and composite components with fabrication-ready geometry.
• Familiar with top-down design, multi-body modeling, and assembly simulation workflows.

• Hands-on experience with 3D printing technologies, including powder-based and resin-based additive manufacturing.
• Proficient in preparing models for printing: STL cleanup, mesh correction, support strategies, and slicing optimization.
• Knowledge of laser cutting/engraving workflows, including kerf compensation and design setup.
• Experience in integrating designs with PLC/HMI-driven automation systems for industrial applications.
• Skilled in validating prototype fit, finish, and functional performance before production.

• Strong understanding of automotive component design, basic mechanisms, and industry-standard practices.
• Ability to refine conceptual sketches into functional 3D models suitable for testing and manufacturing.
• Skilled in applying GD&T principles for accurate part positioning and assembly compatibility.
• Experience in material selection, manufacturability assessment, and design adaptability for various processes.
• Capable of developing lightweight, optimized parts for engineering and consumer-product use cases.

• Experience implementing EV technology modules, advanced manufacturing tools, and digital fabrication systems.
• Conducted workshops that introduced learners to automation, robotics basics, and CAD-driven manufacturing.
• Contributed to curriculum enhancement by integrating Industry 4.0 concepts such as digital twins and smart processes.
• Provided hands-on guidance on CAD modeling, CNC-adjacent workflows, and additive manufacturing.
• Strong understanding of bridging traditional mechanical learning with modern engineering technologies.

• Quick adaptability to new design environments, software ecosystems, and engineering workflows.
• Strong problem-solving capability in turning incomplete inputs into validated 3D/2D engineering outputs.
• Effective communicator with experience explaining technical concepts to both engineers and beginners.
• Demonstrates precision, organization, and attention to detail in every stage of the design-to-prototype cycle.
• Ability to collaborate efficiently across teams, ensuring smooth project execution and design clarity.

With a deep commitment to learning, problem-solving, and driving innovative solutions, I'm dedicated to exploring emerging technologies and product innovation.
I am eager to bring my expertise to new challenges and contribute to cutting-edge projects in the every industry.