Mechanical design engineer with 7.5+ years of hands‑on experience in semiconductor equipment, medical devices, product design, and on‑demand manufacturing. I deliver manufacturable CAD assemblies, GD&... Read more

Mechanical design engineer with 7.5+ years of hands‑on experience in semiconductor equipment, medical devices, product design, and on‑demand manufacturing. I deliver manufacturable CAD assemblies, GD&T‑compliant drawings, tolerance stack‑up analysis, and thermal/structural validation that reduce defects, shorten time‑to‑market, and lower production cost. Strong communicator who converts stakeholder requirements into clear engineering deliverables and leads NPD/NPI from concept through production readiness. - Concept to Production Design: concept sketches, 3D CAD, DFMEA, DFM/DFA, BOM and vendor selection. - CAD Modeling & Assemblies: NX, SolidWorks, Creo, Catia V6; complex geometry, sheet‑metal, and 3D‑printable parts. - GD&T & Tolerance Stack‑up: ASME‑compliant drawings, inspection sheets, tolerance analysis and corrective design. - Simulation & Validation: ANSYS Workbench thermal and structural checks to de‑risk designs. - NPD & NPI Support: prototype planning, first article inspection support, PLM/Teamcenter and ERP handoffs. - Manufacturing Support: CNC readiness, vendor drawings, process planning, and quality documentation (ISO 13485 / ISO 9001).

I am a CAD Engineer specializing in PTC Creo, SolidWorks, and CAE tools, providing end-to-end design solutions for mechanical components and assemblies. My services include 3D modeling, 2D engineering... Read more

I am a CAD Engineer specializing in PTC Creo, SolidWorks, and CAE tools, providing end-to-end design solutions for mechanical components and assemblies. My services include 3D modeling, 2D engineering drawings, GD&T, tolerance analysis, part revision modeling, surface modeling, and design for manufacturing. I support industries such as electronics, automotive, consumer products, and industrial machinery with high-quality, accurate, and production-ready designs.

Technical Skills: Solidworks: Proficient in 3D modeling, part design, assembly design, drawing creation, and design for manufacturability (DFM) and design for assembly (DFA). Mechanical design princi... Read more

Technical Skills: Solidworks: Proficient in 3D modeling, part design, assembly design, drawing creation, and design for manufacturability (DFM) and design for assembly (DFA). Mechanical design principles: Understanding of engineering mechanics, stress analysis, tolerance analysis, and material properties. Engineering drawing: Able to create and interpret 2D engineering drawings according to industry standards. Computer-aided design (CAD) principles: Familiarity with CAD concepts, methodologies, and best practices. Visualization skills: Ability to create clear and accurate 3D models and drawings that effectively communicate design intent. Software Skills: Solidworks: Advanced user of Solidworks, including knowledge of specific modules and add-ins. 2D CAD software: Proficient in using software like AutoCAD or DraftSight for creating and editing 2D drawings. Engineering analysis software: Familiarity with software for stress analysis, tolerance analysis, and other engineering simulations. Project management software: Knowledge of project management tools like MS Project or Asana. Soft Skills: Problem-solving skills: Ability to identify and solve technical problems effectively. Communication skills: Able to clearly and concisely communicate technical information to both technical and non-technical audiences. Teamwork skills: Ability to collaborate effectively with colleagues and other stakeholders. Time management skills: Able to prioritize tasks and meet deadlines effectively. Attention to detail: Meticulous in ensuring accuracy and quality of work. Adaptability and willingness to learn: Open to new technologies and approaches to design engineering. Additional Skills: Knowledge of specific industries or applications: Expertise in designing for specific industries like medical devices, automotive, or aerospace. Experience with prototyping and manufacturing processes: Understanding of how designs are translated into physical products. Knowledge of industry standards and regulations: Awareness of relevant standards and regulations applicable to your field. Overall, based on your 1.5 years of experience, you are likely to have a strong foundation in Solidworks and other relevant CAD software, as well as the necessary engineering knowledge and soft skills to be successful in a design engineering role.