Hire Thermal Management Designers in United States

I am a professional Mechanical Engineer specializing in precision parametric CAD modeling, mechanism design, and Design for Manufacturing (DFM). I transform concepts, rough sketches, or physical parts... Read more

I am a professional Mechanical Engineer specializing in precision parametric CAD modeling, mechanism design, and Design for Manufacturing (DFM). I transform concepts, rough sketches, or physical parts into robust, fully defined 3D assemblies optimized for real-world manufacturing. My core expertise lies in designing custom electronics enclosures. True Parametric Workflows: I build clean, organized feature trees driven by global variables and design intent. Need to scale a box or change a PCB standoff location? The model adjusts seamlessly without breaking. Design for Manufacturing (DFM): I don't just create pretty renderings. My designs account for real-world manufacturing constraints, including CNC machining clearances, sheet metal bend allowances, injection molding draft angles, and 3D printing tolerance management. Thermal & Structural Awareness: Backed by engineering fundamentals, I design with heat management (heatsinks, active/passive venting, natural convection) and structural integrity in mind. Software Stack: SolidWorks, Fusion 360, Onshape. Deliverables: Production-ready STEP/IGES files, manufacturing-ready STLs, clean parametric source files, and detailed 2D technical drawings. Let’s build something functional. Message me to discuss your project requirements!

I am a professional Mechanical Engineer specializing in precision parametric CAD modeling, mechanism design, and Design for Manufacturing (DFM). I transform concepts, rough sketches, or physical parts... Read more

I am a professional Mechanical Engineer specializing in precision parametric CAD modeling, mechanism design, and Design for Manufacturing (DFM). I transform concepts, rough sketches, or physical parts into robust, fully defined 3D assemblies optimized for real-world manufacturing. My core expertise lies in designing custom electronics enclosures. True Parametric Workflows: I build clean, organized feature trees driven by global variables and design intent. Need to scale a box or change a PCB standoff location? The model adjusts seamlessly without breaking. Design for Manufacturing (DFM): I don't just create pretty renderings. My designs account for real-world manufacturing constraints, including CNC machining clearances, sheet metal bend allowances, injection molding draft angles, and 3D printing tolerance management. Thermal & Structural Awareness: Backed by engineering fundamentals, I design with heat management (heatsinks, active/passive venting, natural convection) and structural integrity in mind. Software Stack: SolidWorks, Fusion 360, Onshape. Deliverables: Production-ready STEP/IGES files, manufacturing-ready STLs, clean parametric source files, and detailed 2D technical drawings. Let’s build something functional. Message me to discuss your project requirements!

Passionate CFD Engineer | Driving Innovation in Automotive, Rail, and Energy Systems As a Computational Fluid Dynamics (CFD) Engineer with over two years of experience, I specialize in solving complex... Read more

Passionate CFD Engineer | Driving Innovation in Automotive, Rail, and Energy Systems As a Computational Fluid Dynamics (CFD) Engineer with over two years of experience, I specialize in solving complex fluid flow, aerodynamics, and thermal management challenges. My work focuses on optimizing performance and efficiency for cutting-edge automotive, rail, and power generation systems. Collaborating with the Automotive Research Association of India (ARAI) and leading clients, I’ve delivered impactful solutions for industry giants like Eicher, Volvo, Uno Minda, and KOEL. My expertise lies in external aerodynamics, HVAC system design, and thermal analysis, with hands-on experience in meshing (HyperMesh), simulations (ANSYS Fluent), geometry preparation (SpaceClaim), and post-processing (EnSight). Key projects include aerodynamic optimization for Eicher and Volvo buses, thermal management for 500-1500 kVA generators, and HVAC simulations for Vande Bharat trains. I’ve also evaluated tire aerodynamics, centrifugal pump performance, EV bike airflow, and headlamp condensation, delivering measurable improvements in design efficiency. I thrive on transforming engineering challenges into actionable solutions, leveraging CFD to enhance vehicle performance, energy efficiency, and system reliability. My technical proficiency, combined with a collaborative mindset, allows me to bridge design and analysis for real-world impact. Currently, I’m eager to contribute my skills to innovative projects in automotive, electric vehicles, or renewable energy. Let’s connect to explore how CFD can drive your next breakthrough!