Senior Mechanical Design Engineer

HRole Summary You’ll create Solid. Works‑driven product definition (models, large assemblies, drawings, PDM) and back it up with sound engineering calculations and simulation (FEA/CFD) to deliver designs that are robust, manufacturable, and performance‑verified. What You’ll Do Engineering calculations: Prepare concise calc packs for calculations across any engineering domain.

For example, first‑principles calculations (thermal/flow/strength, etc.) Simulation & validation: Run Solid. Works Simulation (or ANSYS) for static/thermal/modal analyses; execute targeted CFD for flow/pressure‑drop as needed; correlate with hand calculations and test data. Solid. Works ownership: Build robust parametric parts/assemblies; manage configurations/design tables; release production‑ready drawings with proper GD&T (ASME Y14.

1. and BOMs. PDM & change control: Use Solid. Works PDM (or similar) for versioning, approvals, and ECOs; maintain clean design intent and references. DFM/DFA & collaboration: Partner with manufacturing/suppliers on materials, processes, and tolerances; participate in design/peer reviews; document decisions, risks, and mitigation.

Documentation: Maintain specs, calculation notes, and release packages that are audit‑ready and easy for others to use.

Requirements

Must‑Have Qualifications Solid. Works expertise: Advanced proficiency with parts/assemblies, surfacing or sheet metal, weldments, routing, and drawing standards. Certifications: CSWP required; CSWE preferred. Advanced topic certs (e.g., CSWPA—Sheet Metal, Weldments, Surfacing, Drawings; Simulation cert) are a strong plus.

Engineering fundamentals: Demonstrated ability to do first‑principles calculations (thermal/flow/strength) and to sanity‑check/guide simulations with back‑of‑the‑envelope estimates. Mathcad/EES/Excel for calc templates; Python/MATLAB for quick studies and report automation. Simulation: Hands‑on with Solid. Works Simulation (or ANSYS Mechanical/Fluent/CFX) for thermal/structural and basic CFD studies.

Manufacturing literacy: Comfortable with DFM/DFA, materials selection, and supplier communication; working knowledge of common fabrication and inspection methods. Communication: Clear technical writing, design‑review participation, and cross‑functional collaboration skills. Fluent in English.

Education

B.E./B.Tech or M.E./M.Tech in Mechanical (or related).

Nice to Have

Experience with heat‑exchanger types or broader thermal systems. Familiarity with TEMA/ASME practices, quality systems, and basic NDE exposure. PDM/PLM (Solid. Works PDM) and release processes in an ISO/AS environment.

Benefits

Why Join Mechapixel? At Mechapixel, we champion innovation and sustainability through world-class mechanical engineering. You’ll work alongside top-tier engineers on projects that shape the future of climate-focused thermal systems. We offer: Remote Work Flexibility: Collaborate with a global team from the comfort of your home.

Competitive Compensation: Receive recognition and reward for your expertise and contributions. Impactful Projects: Engage in work that supports clean energy, sustainable design, and environmental innovation.