“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... 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

Over 3+ years of experience as a Mechanical Design Engineer with a demonstrated history of working in the Aviation and Aerospace industry. Objective Seeking a challenging position in a high... Read more

Over 3+ years of experience as a Mechanical Design Engineer with a demonstrated history of working in the Aviation and Aerospace industry. Objective Seeking a challenging position in a high growth company where my existing experience, qualities of a fast learner and the ability to take on new challenges can be used effectively Technical Competences ● Over 2 years of experience in Aeronutical Product Design and Develpoment . ● Proficient in Parametric modeling, Solid modeling, Surface modeling, Sheet metal design and Assembly design, Drafting with GD&T . ● Experience in designing in domain such as Interiors, Seats, Structure(Skin, Frame, Stringer) etc. ● Knowledge of Aerospace grade material, Manufacturing Processes and Engineering Analysis tools for Structral Analysis, and DFMA. ● Creating a Product Solution by referring aircraft specific manuals like AMM, CMM, SRM, etc. ● Design development, implementation, drafting and quality checking for Jig and fixtures etc ● Good understanding of AIRCRAFT Standards, Modeling , Methodology and naming convention. Technical skills ● Aerospace Structure Design, Plastic Product Design, Sheet Metal Design, Metal Casting Design ● CAD tools :Catia V5, NX, AutoCAD ● CAE Tools : - o Pre Pocessing :- Ansys, NX, Hypermesh ▪ FEA :-FEM, BEM, FVM, FDM, MESH Element (1d, 2d, 3d, other) o Processing :- Ansys, NX Nastran, Optistruct o Post Processing:- Ansys, NX, HyperView ● Classical approaches (hand calculations) to variety of problems ● Familiar with international design codes like ASME Y14.5, SAE, MS, ISO, FAA , EASA etc. ● Familiar with Airwothiness codes( CS 25-, 14 CFR 25-code fedral regulation etc) Industrial Competences ● Architectural studies of commercial aircraft components using design, tolerancing, basic stress, manufacturability and materials knowledge ● Conceptual design, iterative designs and development of solutions. ● Validate preliminary design and suggest modifications in case of low reserve factors. ● Transfer of 3D installation and architecture studies into detailed serial 3D models Installation, tooling studies and implementation of opportunities (e.g. weight saving) ● Design and management of wireframe and complex surfaces of aircrafts ● Design of lofts / innovative surface design solutions, complex surface and shape arrangements ● Design of surface & reverse Engineering: Aerodynamic surface generation (single curved, double curved and freestyle shape geometry up to the complex surface) ● Design of mechanical brackets, Plastic Cable Channels and other attachment means for electronic modules, lightweight and low-cost ● 3D modeling of the wiring harness. ● Analyse and document clash conditions or clearances between Wiring Harness, Attachment hardware and adjacent components ● Collaborate with other groups within Airframe to propose new concepts ● Technically competent with structural design principles ● Very good analytical and reasoning skills ● Strong aptitude for technology; broad technology exposure ● Exposure to the manufacturing of aero components ● Competent in the use of MS Office suite of software ● In-depth knowledge of the product development lifecycle ● Good problem solving and solution building skills ● Good written and verbal communication skills with experience of presenting designs Professional Experience 1. River Engineering Pvt. Ltd. , Greater Noida, Uttar Pradesh (U.P.) Duration: (Sep 2019 – Till date) Role: Assistant Engineer at R&D Department 2. MIRAASH Engineering and Technology, Greater Noida, Uttar Pradesh (U.P.) Duration: (Oct 2017 – Sep 2019) Role: Design Engineer 3. Central Institute of Plastics Engineering & Technology (CIPET), Raipur Duration: (Aug 2016 – Sep 2017) Role: CAD/Tool Room Engineer Education 1. B.E. in Mechanical Engineering, RGPV University, Duration: (2012 – 2016) 2. Intermediate in Science with Mathematics, BSEB Patna Duration: (2010 – 2012) 1. Project Details: Project name: Design of air cargo equipment for Q400 Freighter Aircraft Duration March 2019 – August 2019 Client: Spicejet Project objective: - Mapping the requirement of the Cargo Equipment to the design. Contribution & responsibility: - ▪ Design of Air Cargo Pallets and Containers. ▪ Design of Tie Down Cargo Restraint and Net. 2. Project Details: Project name: Developing of CAD Model of Structure of The Bombardier Q400 aircraft Duration Jan 2019 - September 2019 Client: Spicejet Project objective: - Finding the best way of Recreation 3D and 2D of the structure of aircraft Contribution & responsibility: - ▪ Creating a 3D model of the structure of aircraft by referring aircraft Specific manual ▪ Develop the part or Product Geometry in CAD Model From the actual part or product by reverse engineering methods. 3. Project Details: Project name: InSeat USB Power Supply Product Development for Recaro Seat on Boeing 737 Max Duration Jun 2018 –Dec 2018 Client: SpiceJet Project objective: - Creating InSeat USB Power Supply Kit as a Product for Recaro Seat on Boeing 737 Max Contribution & responsibility: - ▪ Creating a CAD Model of Recaro Seat by Reverse engineering. ▪ USB Power Supply Installation on Recaro Seat. ▪ Ergonomics analysis of user interface ▪ Design and Development of CAD Model ▪ Material Selection and FEA analysis ▪ Manufacturing drawing and Rendering Image ▪ Product Prototyping and Validation on Aircraft level Going On…………………

CAD (Computer-Aided Design) Designer is a skilled professional who utilizes specialized software to create detailed models and technical drawings for a wide range of products and structures. CAD... Read more

CAD (Computer-Aided Design) Designer is a skilled professional who utilizes specialized software to create detailed models and technical drawings for a wide range of products and structures. CAD designers play a crucial role in various industries such as architecture, engineering, manufacturing, automotive, aerospace, and more. Their responsibilities include interpreting design specifications and converting them into digital blueprints, ensuring accuracy, feasibility, and compliance with industry standards. CAD designers often collaborate closely with engineers, architects, and other stakeholders to refine designs, make necessary adjustments, and optimize performance. Proficiency in CAD software such as AutoCAD, SolidWorks is essential for CAD designers, along with a strong understanding of design principles, materials, and manufacturing processes. Attention to detail, problem-solving skills, and creativity are also valuable traits for success in this role. CAD designers play a crucial role in the product development process, contributing to the creation of innovative and functional designs that drive progress in various industries.