Certified Engineer, 10 yrs of professional experience. Learning new job skills. Topics interested in: Structure design, Mechatronics, Electronics. > Product Stress and deflection checking under envir... Read more

Certified Engineer, 10 yrs of professional experience. Learning new job skills. Topics interested in: Structure design, Mechatronics, Electronics. > Product Stress and deflection checking under environmental load (Dead weight, wind, Seismic etc). > Realistic 3D rendering > Engineering Dimensional Drawings useful for fabrication and manufacture. > Making small scale prototypes under lower technology readiness levels. > Casual Mechatronics project: Mechatronics, PCB design, Arduino circuits and Python programming. See example project images. Contact for fair deals

I have Mechanical, Electronics and Mechatronics engineering experience with Single Board Computer Programming. I love to produce never before seen minimalist designs.

I have Mechanical, Electronics and Mechatronics engineering experience with Single Board Computer Programming. I love to produce never before seen minimalist designs.

Senior Engineering Manager & Production Head at LFT. Ideation of new products and concepts at a paradigm-shifting level. Generation of Requisition for the Product Development Team Understanding of Mac... Read more

Senior Engineering Manager & Production Head at LFT. Ideation of new products and concepts at a paradigm-shifting level. Generation of Requisition for the Product Development Team Understanding of Machine Design, Fabrication, Optics, Cryostat, Hermetics, Automobile, Liquid Cooling Solutions, HVAC, Sensors, Hydraulic & Pneumatic Systems, Electronics Hardware, Chassis Development (MIL, industrial, commercial), VPX, VME, PXI, PCIe, ATR, ARINC 404A, DATACENTER, PCB Design & Development, Antenna, Telescopic Mast, Gear system, Optical & Hardware test bench, Jigs/Fixture Design, Thermo vacuum flange etc. Scope of Work establishment, Sketch Presentations & Reviews CAD Rendering DFMEA Reliability, Change Management, Surface Finish, Processes like Hard Anodising, Electroless Nickel Plating, Chromate Conversion Coating, Powder Coating, Fibre laser Engraving/Marking, Screen Printing, and Initial Design Validation using 3D Printing etc. Economic Modelling of Product under development Technology Transfer from R&D to Production, Drafting Manuals, Additive Manufacturing, Lean Manufacturing. Understanding & Implementation of Standards like ASME Y14.5, AS9100D, MIL STD 810, MIL-HDBK-217, JSS55555, JSS-0256-01, IP, ESS, QM333, EMI/EMC (MIL STD 461), etc., and their Implementation of Product Development Planning Basic understanding of programming languages such as C, C++, Python. Develop and manage a team of Product Designers, Design Engineers and Graphic Designers taking a product from concept to production. Tools- 3DX/Enovia, Teamcenter PLM. Work closely with the Marketing team to generate product insights and help in company promotion activities. Comply with and further evolve the internal design process. Conduct design reviews to ensure the product meets the requirements and standards. Conducting technical recruitment to introduce fresh talent in the team. Modify and refine designs, using working models, to conform to customer specifications, production limitations, or changes in design trends. Coordinate the look and function of product lines. Confer with engineering, marketing, production, and/or sales departments, or with customers, to establish and evaluate design concepts for manufactured products. Present designs and reports to customers or design committees for approval and discuss need for modification. Connect- ▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒▒ ph - ▒▒▒▒▒▒▒▒▒▒▒▒▒▒

As a mechanical engineer with over seven years of experience, I possess a robust expertise in the full product development lifecycle, from initial R&D and conceptual design to manufacturing and produc... Read more

As a mechanical engineer with over seven years of experience, I possess a robust expertise in the full product development lifecycle, from initial R&D and conceptual design to manufacturing and production optimization. My career is distinguished by a hands-on approach to engineering, combining strong design acumen with practical shop-floor knowledge. My core competency lies in the design and development of advanced robotic systems. In my current role, I have led the mechanical design of Autonomous Mobile Robots (AMRs), Autonomous Guided Vehicles (AGVs), and telepresence robots. This involved end-to-end ownership, from concept and 3D modeling to prototyping and testing. A key achievement includes engineering a robust chain-sprocket driven powertrain, performing critical calculations for load capacity, power transmission, and durability to meet strict performance metrics. I am proficient in applying GD&T, DFM (Design for Manufacturability), and DFA (Design for Assembly) principles to ensure design integrity and production feasibility. Previously, at a marine technology startup, I drove the R&D and mechanical design for innovative projects, including a magnetic adhesion crawler for hull inspection and unmanned aerial systems. This role honed my skills in material selection for corrosive environments, mechanism design, and managing the complete prototyping process. I successfully liaised with vendors to oversee manufacturing, quality control, and the assembly of functional prototypes. My foundation in precision manufacturing is built upon direct experience in a sheet metal fabrication environment. I am highly proficient in sheet metal design, accounting for bend allowances and manufacturing constraints. I gained invaluable hands-on experience programming and operating CNC machinery, including laser cutters, plasma cutters, and press brakes, using software like FastCAM for nesting and G-code generation. This practical knowledge ensures my designs are optimized for real-world fabrication. I began my career in production engineering, where I managed assembly lines, optimized workflows, and supervised manpower. This experience provided a critical understanding of lean manufacturing principles, production bottlenecks, and the importance of designing for efficient assembly. This unique synergy of design innovation in high-tech robotics and grounded experience in production and fabrication allows me to effectively bridge the gap between R&D and manufacturing. I am adept at creating sophisticated, reliable mechanical designs that are not only functionally excellent but also cost-effective and optimized for production.also i have worked as a freelancer in many mechanical projects that include (freezer cabinets for medical purpose, aluminium casing for light industry, jig and clamp for bottle company, tap and shower design for a company, and laser and co2 machine for cnc manufacturer.

Our professionalism and engineering expertise along with our reliable FEA results can help solve all types of mechanical engineering problems. For our consulting services, we work with the worlds best... Read more

Our professionalism and engineering expertise along with our reliable FEA results can help solve all types of mechanical engineering problems. For our consulting services, we work with the worlds best FEA tools available. FEA suite is our weapon of choice for this kind of projects. We use computer-aided design (CAD) to do the design and drafting documentation, which can be used for any FE analysis. Our clients can also simply send us any type of CAD file and we can convert, modify, import and prepare the FE model. We able to help you on your next project, whether it is a standalone CAD project or a Finite Element Model that requires the CAD design for importing the geometry, our team of engineers has the mechanical knowledge, training and experience to assist you. When it comes to projects that require both CAD and FEA, our engineers prepare the parts and assemblies in a FEM friendly way, so as to reduce the time spent afterward for the preparation of the FE model, improve some characteristics (mesh, contacts) and enabling the optimization process. We offer CNC programming services and can provide a G-code program for a complete part, or a single feature. Working from a CAD model or print, we will create tool path for your job, and output a CNC program that will run on your machine. Additionally, you will be supplied with a setup sheet, showing cycle time, a tool list, and part setup information.

“Results-driven Mechanical Design Engineer with 10 years of experience in designing and developing mechanical systems for various industries. Proficient in CAD software, project management, and produc... Read more

“Results-driven Mechanical Design Engineer with 10 years of experience in designing and developing mechanical systems for various industries. Proficient in CAD software, project management, and product lifecycle management. Seeking the position of Mechanical Design Engineer at Engineering to utilize my expertise in creating efficient and innovative designs that meet client requirements and drive project success.” PROFILE SUMMARY • Seasoned and Solutions-Focused Professional with the career advancements of 9 years in mechanical design engineering, I specialize in creating, prototyping, testing, and manufacturing equipment for various industries, such as water and wastewater treatment, pipe and tube bending, and sheet metal products. • Remarkable background in core competencies include using advanced CAD software such as Inventor and Solidworks, AutoCAD, SP3D, applying engineering analysis methods such as CFD, FEA, and thermodynamics, and developing design concepts to finalize the design and get approval from clients. I also have expertise in 3D printing, sheet metal and plastic fabrication, material and process selection, and project management. • Leveraged prowess and perspectives in driving the development of technical solutions to deliver outstanding scalability & manageability and translate business needs into technical necessities. Skilled in implementing mechanical engineering principles to design, develop, maintain, test, and evaluate mechanical product. • Outstanding excellence in new CAD functions from scratch with technical leadership guided by vision and mission values. • Remarkable proficiency in aligning the business goals with technology solutions to drive process improvements, competitive advantage, and bottom-line gains. CORE COMPETENCIES • Strong Math’s & IT Skill’s • Communication skills • Material selection and sourcing • Geometric dimensioning • Finite element analysis (FEA) and tolerancing (GD&T) • Technical and domain proficiency • Piping design engineering (SP3D) • Computer-aided design (CAD) • Knowledge of materials • Mechanical design and analysis and manufacturing processes • Project management • Problem solving • Design for manufacturing (DFM) • Design for assembly (DFA) • Engineering documentation • Cost reduction & optimization • Bill of materials (BOM) • Design validation and testing • Rapid prototyping and 3D printing FUNCTIONAL SKILLS • My background in manufacturing design of large assemblies encompasses a wide range of components, including air pollution control systems, heat transfer equipment, vessels, transformers, tubes & coils, skids, and water tanks. Additionally, I have experience with Indian Railways switchgear electrical panels and enclosures. • Proficient in managing the Production Department with extensive expertise in operating various machines including Laser Cutting Machine, Water Jet Cutting Machine, CNC Bending Machine, and CNC Machine. Additionally, skilled in generating .DXF files for production purposes. • Knowledge of international standards (ANSI, ASME, ISO 9001). • Experienced in utilizing Design for Manufacturability and Design for Assembly techniques to enhance product manufacturability and assembly efficiency. • Proficient in revising and/or generating product documentation, including CAD files and BOMs, as an integral part of Product workflows. • A comprehensive understanding of various tool designs is essential to meet specific design requirements, such as Jig's and Fixture's, Die Design, Sheet forming Die's, and Molding Die's. • Proficient in 3D modeling of piping and equipment, as well as the creation of piping isometrics, GA drawings, pipe support drawings, and piping BOQ (MTO). • Proficiency in interpreting and comprehending P&IDs, along with a strong grasp of equipment data sheets and vendor drawings, are essential skills. Additionally, a solid understanding of piping layout and routing fundamentals is crucial in ensuring efficient and effective design and operation. • A comprehensive understanding of various tool designs is essential to meet specific design requirements, such as Jig's and Fixture's, Die Design, Sheet forming Die's, and Molding Die's. COMPUTER (IT) PROFICIENCY • 3D CAD Software’s i.e., Solidworks, Autodesk Inventor, AutoCAD, Autodesk 3ds Max • Piping Design 3D modelling Software’s i.e., MicroStation, Smart Plant 3D (SP3D), Navisworks, AutoCAD Plant 3D • Microsoft Office i.e., Word, Excel, PowerPoint, Outlook • Graphics Design (DTP) Software’s i.e., Corel Draw, Adobe Photoshop, PageMaker, Illustrator, InDesign, Blender • Capable of effectively diagnosing and repairing computer hardware and software. • Programming Language & Software’s i.e., C. C++, Python, MATLAB

Having overall 18 years of Professional Experience into New Product Development , Product Costing , Various Manufacturing Process , Project Estimation, Planning, Scheduling & Project Execution for Ge... Read more

Having overall 18 years of Professional Experience into New Product Development , Product Costing , Various Manufacturing Process , Project Estimation, Planning, Scheduling & Project Execution for Gems & Jewelry, Life Style Products, Home Décor & Architectural Products, Mechanical & Industrial Products with technical skill of 3D CAD-CAM softwares (Rhinoceros 7 with Sub D, Matrix 9 with Clayoo, Solidworks 2020, Z-Brush 2020) and Autocad 2018, 3D Printing Process (Projet 2500W-3D System m/c ) & CNC Programming for 3Axis Milling m/c ( G-Code generation by RhinoCAM & ArtCAM ).