Hire Reverse Engineering Design Designers in India

I,M A DESIGN ENGINEER LOOKING FOR FREELANCING WORK I,M PERFECT IN INDUSTRAL,HOUSE HOLD,AUTOMOTIVE,TOYSAND ASSEMBLIES

I,M A DESIGN ENGINEER LOOKING FOR FREELANCING WORK I,M PERFECT IN INDUSTRAL,HOUSE HOLD,AUTOMOTIVE,TOYSAND ASSEMBLIES

Mechanical Design Engineer with 3+ years of experience specializing in product design & development, simulation, validation and optimization of industrial systems. I help engineering teams develop ma... Read more

Mechanical Design Engineer with 3+ years of experience specializing in product design & development, simulation, validation and optimization of industrial systems. I help engineering teams develop manufacturable, production-ready solutions by improving performance, reducing redesign cycles, and minimizing prototyping through engineering calculations, simulation-driven optimization, and practical design methods focused on manufacturing feasibility, reliability, and reduced development risk. ------------------------------------------------ 🔧 What I Help You Achieve ✅ Validate concepts before costly prototyping and testing ✅ Optimize weight without compromising safety or performance ✅ Ensure compliance with ISO, EN, IS, DIN, MIL standards ✅ Improve manufacturability, reliability, and system efficiency ✅ Reduce development time using simulation and engineering analysis ------------------------------------------------ 🛠 Core Engineering Design & Development Services 🔹 Design Optimization: Improve performance, weight, and compliance 🔹 End-to-End Design: From concept to production-ready systems 🔹 DFM/DFA: Design for efficient, manufacturable production 🔹 Reverse Engineering: Re-design for cost reduction and improvement 🔹 Advanced Simulation: FEA, CFD, NVH, and MBD validation ------------------------------------------------ 🏭 What systems do I design and validate? 🔸 Load-bearing structural and frame-based mechanical systems 🔸 Heavy-duty mechanical assemblies and machine structures 🔸 Precision-engineered components for dynamic loading applications 🔸 Equipment-level design involving actuation and support systems 🔸 Structural systems requiring high reliability and safety margins ------------------------------------------------ 📊 Why Choose to Work With Me ✔ Decisions backed by engineering calculations, simulation, and standards compliance ✔ Design documentation ready for review, validation, and certification workflows ✔ Manufacturing-focused approach that ensures real-world feasibility beyond CAD ✔ Clear, structured communication with no ambiguity in execution ✔ Risk-driven engineering that reduces redesigns, delays, and cost overruns ------------------------------------------------ 📩 What are you looking to build or optimize? If you need support with design optimization, validation, or production-ready engineering, feel free to reach out with your project details. I’ll review your requirements and outline a structured approach aligned with your technical goals, standards, timelines, and manufacturing constraints. ------------------------------------------------

Aerospace Engineering undergraduate with hands-on experience in multiscale modeling, advanced materials, and computational simulations. Skilled in FEA, molecular dynamics, and machine learning for sol... Read more

Aerospace Engineering undergraduate with hands-on experience in multiscale modeling, advanced materials, and computational simulations. Skilled in FEA, molecular dynamics, and machine learning for solving complex process–structure–property problems in aerospace applications. Worked on additive manufacturing simulations, CNT-based composite modeling, and ML-driven material design, delivering measurable improvements in prediction accuracy and structural performance. Proficient in Python, MATLAB, ANSYS, ABAQUS, COMSOL, and LAMMPS, with practical exposure to SEM, XRD, and wind tunnel testing. Currently pursuing B.E. in Aerospace Engineering with research experience at ARCI, NIT Warangal, and NAL. Passionate about interdisciplinary research in aerospace structures, nanocomposites, and next-generation materials.