AR ENCELADUS is a UK-based engineering solutions company delivering multidisciplinary support across mechanical design, product development, materials engineering, technical analysis, and manufacturin... Read more

AR ENCELADUS is a UK-based engineering solutions company delivering multidisciplinary support across mechanical design, product development, materials engineering, technical analysis, and manufacturing-ready documentation. I help startups, inventors, manufacturers, and businesses transform ideas into practical, production-oriented engineering solutions — from concept development and CAD modeling to material selection, design refinement, and technical reporting. My academic and technical background combines Chemistry, Materials & Surface Engineering, and mechanical/product design workflows, allowing me to work on projects that require both engineering functionality and material performance insight. Through AR ENCELADUS, I aim to provide reliable, detail-oriented, and commercially practical engineering support for clients worldwide. Core Services: • 3D CAD Modeling & Mechanical Design • Product Development & Design for Manufacturing (DFM) • Materials Selection & Surface Engineering Support • Technical Documentation & Engineering Reports • Reverse Engineering & Design Optimization • Manufacturing Drawings & Engineering Presentation Support

I am a mechanical design engineer & FEA specialist. My areas of expertise include finite element analysis, machine design, computational fluid dynamics, design optimization, 3D modeling for analysis a... Read more

I am a mechanical design engineer & FEA specialist. My areas of expertise include finite element analysis, machine design, computational fluid dynamics, design optimization, 3D modeling for analysis and realistic rendering. I can transform ideas into optimized and practical designs. I use ANSYS, Solidworks,PTC/Creo Autodesk AutoCAd and Matlab. I want to combine my capabilities in CAD, FEA & CFD with my creativity to provide highest quality services for my valuable clients. Please reach out for queries and opportunities.

I am an experienced researcher with a strong aerospace and mechanical engineering background. My work has involved a range of analytical, computational, and experimental analyses. As a curious and amb... Read more

I am an experienced researcher with a strong aerospace and mechanical engineering background. My work has involved a range of analytical, computational, and experimental analyses. As a curious and ambitious individual, I am always seeking to learn and discover new things. Currently, I am employed as an Aerothermal LAB Engineer, researching the thermal analysis and management of un-conditioned avionics systems. Specifically, I am using the Design of Experiment technique to evaluate the thermal behavior of avionics systems under different altitude and Mach number conditions and verifying the resulting data through both analytical and computational analysis. Previously, I worked as a Research Assistant, performing analytical and computational analysis for the thermal management of avionics systems placed in conditioned bays and qualifying the thermal design of avionics according to MIL-STD-5400E for airworthiness. My area of interest include: • Thermo-fluids and heat transfer • Aerothermodynamics of the high-speed airborne platform • Computational and numerical fluid dynamics • Turbomachinery and power-plant design • Optimization I have proficient skills in: • ANSYS (thermal, fluids, structural, topology optimization, and design exploration) • SOLIDWORKS, Inventor, and Fusion 360 • MATLAB In addition to my research routine, I am studying various subjects including rocket propulsion and vehicle design, intelligent computation in engineering, and air-breathing engines.

I’m a Mechanical Design Engineer with 6+ years of experience delivering manufacturing-ready 3D CAD designs for automotive and industrial applications. I help companies turn concepts and 2D drawings in... Read more

I’m a Mechanical Design Engineer with 6+ years of experience delivering manufacturing-ready 3D CAD designs for automotive and industrial applications. I help companies turn concepts and 2D drawings into accurate, cost-optimized 3D models ready for production. I specialize in Creo, SolidWorks, AutoCAD, and Inventor, with hands-on experience in sheet metal design, DFMEA/FMEA, static analysis, and ISO-compliant technical drawings. My work includes assembly jigs, checking fixtures, and mechanical systems that have improved production efficiency by up to 60%. I’ve supported localization projects by converting legacy 2D drawings into structured 3D CAD models and adapting designs for local manufacturing constraints. Clients work with me for precision, manufacturability-focused design, and clear engineering documentation they can confidently send to the shop floor. What I can help you with: 3D CAD modeling & detailed drawings Sheet metal & fabrication-ready designs Assembly jigs & fixtures Design optimization for manufacturing Static analysis (ANSYS / Abaqus)