Design Engineer Job Vacancies in Satpur MIDC

Requirement Design Engineer.Vacancy 2Qualification- B.E. or DiplomaAutocadExp.- 2 to 3 years.And 1 year.Job Description 1. Should draw and read drawing proficiently.2. If fastners background it will be good.3. Should know the PPAF.4. Should involve and handle the development activities.5. Basic manufacturing knowledge.6. Thinking possible design solutions.7. Co-ordinate with other Engineers, Management and the other dept.

Auto cadd, Catia, NX cadd, Solid Works, Hypermesh

Mechanical Design Engineer DIP/BE Mechanical-M/F Exp: Min 6 MSolidWorks & AutoCAD Detailed Knowledge of GD&T/3D Design & Modelling ASME/API/ISO/BOM/MSS, BS, DIN/Pressure Vessel DesignSal: Upto 30 K Mumbai Naka

Design EngineerBE Mechanical- MaleExp: 2-3 YrsPressure vessel heat transfer fabrication lineAutoCAD, 2D CADSal:20 to 30 KNashik..................................................................................

Key ResponsibilitiesEnclosure & Structure Design: Create detailed 3D structural models and 2D fabrication drawings of panel enclosures (floor-mounted, wall-mounted, or outdoor kiosks) factoring in sheet metal thickness, louvers, gaskets, and door hinges.Sheet Metal Flat Layouts: Generate accurate unfolded/flat patterns of sheet metal parts with exact bend deductions for CNC laser cutting and turret punch press operations.Busbar Routing & Integration: Design and layout copper/aluminum busbar systems, ensuring proper mechanical clearances, short-circuit structural support, and alignment with components like ACB, MCCB, and SFU.General Arrangement (GA) Drawings: Prepare GA drawings, single-line diagrams (SLD) representations, component mounting layouts, and internal sectional views for client approvals.Bill of Materials (BOM) & Cost Optimization: Generate complete and error-free manufacturing Bill of Materials (BOM) including sheet metal weight, busbar weight, structural hardware, and powder-coating surface calculations.Shop-Floor Coordination: Collaborate closely with the fabrication shop, welding team, and assembly operators to resolve real-time design issues and integrate design changes based on proto-testing.

Key Responsibilities3D Modeling & 2D Drafting: Develop precise 3D part models and complex structural assemblies using industry-standard computer-aided design (CAD) software. Create detailed 2D manufacturing drawings with clear geometric dimensioning and tolerancing (GD&T).Design for Manufacturing (DFM/DFA): Optimize component designs to ensure they can be easily machined, molded, cast, or fabricated with minimum raw material waste and setup costs.Material Selection & Engineering Calculations: Perform fundamental mechanical calculations (including stress, strain, torque, and tolerance stacks) to select ideal materials (such as specific steel grades, aluminum alloys, or polymers) for parts.Bill of Materials (BOM) Generation: Create and maintain complete, accurate structural Bill of Materials (BOMs), assembly structures, and technical product documentation within our PLM/ERP system.Prototype Validation & Revisions: Collaborate with the tool room and prototyping shop to evaluate early product samples; revise digital CAD models based on test failures, structural weaknesses, or shop-floor assembly feedback.Standardization & Compliance: Ensure all engineered drawings conform strictly to international and national drafting standards (e.g., ISO, ASME, or IS) and company design protocols.

Key ResponsibilitiesElectrical System Design: Design internal and external electrical layouts, including High Voltage/Low Voltage (HV/LV) power distribution networks, sub-stations, transformer sizing, and DG (Diesel Generator) backup systems.Lighting & ELV Design: Create comprehensive indoor/outdoor lighting layouts, lux level calculations, emergency lighting networks, and Extra-Low Voltage (ELV) systems (including CCTV, fire alarms, PA systems, and data networks).Engineering Calculations: Perform precise technical calculations for cable sizing, voltage drop, short circuit analysis, capacitor bank requirements, and protective earthing/lightning protection networks.Drafting & Schematics: Develop detailed 2D electrical single-line diagrams (SLDs), power schematics, conduit routing layout plans, and panel schedules using AutoCAD.BOQ & Tendering: Prepare comprehensive Bill of Quantities (BOQ), detailed material specifications, cost estimations, and technical data sheets for vendor tendering and procurement.Codes & Compliance: Ensure all electrical engineering designs strictly conform to the National Electrical Code (NEC), National Building Code (NBC), Indian Electricity (IE) Rules, and local state electricity board regulations (e.g., MSEDCL guidelines).Site Coordination: Review shop drawings submitted by electrical contractors on-site, address technical queries (RFIs), and conduct periodic site inspections to ensure installation matches design specifications.

Key ResponsibilitiesDesign & Modeling: Develop accurate 3D CAD models and detailed 2D engineering drawings for manufacturing using industry-standard software.Design Modification: Modify and revise existing designs to improve performance, reduce production costs, or adapt to new manufacturing constraints.GD&T Application: Apply Geometric Dimensioning and Tolerancing (GD&T) and perform tolerance stack-up analysis to ensure proper fit and function of assemblies.Cross-Functional Collaboration: Work closely with production, tooling, and quality assurance teams to resolve design-related issues on the shop floor.BOM Generation: Create and maintain comprehensive Bill of Materials (BOM) and technical documentation for smooth ERP integration.Standards Compliance: Ensure all designs comply with relevant national and international standards (e.g., ISO, ASME, DIN).Prototyping & Testing: Assist in the development and evaluation of prototypes, analyzing test results to refine designs before final production release.

Key Responsibilities3D Modeling & 2D Drafting: Develop highly precise 3D part and assembly models using industry-standard CAD software. Convert these models into detailed, production-ready 2D manufacturing drawings with clear geometric dimensioning and tolerancing (GD&T).Structural & Simulation Analysis: Perform Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) to simulate stress, thermal expansion, fatigue, and fluid flow. Use this data to validate designs before physical prototyping.DFM & DFA Implementation: Apply Design for Manufacturing (DFM) and Design for Assembly (DFA) principles. Ensure components can be realistically fabricated via CNC machining, injection molding, sheet metal stamping, or casting with minimal waste.Material & Component Selection: Evaluate and select appropriate metals, plastics, or composites based on environmental stress, weight constraints, lifecycle, and cost. Research and source standard off-the-shelf components like bearings, seals, and fasteners.Prototyping & Testing: Build, inspect, and physically test functional prototypes. Document component failures, analyze root causes, and iterate designs to rectify structural or functional flaws.BOM Management: Create and maintain comprehensive Bill of Materials (BOM), design change notices (ECN), and technical design files for smooth hand-off to the procurement and assembly floor teams.