AutoCAD Designer Graduate Experience Jobs in Nashik

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

Job Description Senior Design EngineerDepartment: Design & EngineeringIndustry: Metal Manufacturing / Sheet Metal / FabricationJob PurposeTo lead and execute design activities for metal components and assemblies, optimize designs for manufacturability, and drive continuous improvement using AutoCAD and Kaizen methodologies.Key ResponsibilitiesCreate and review detailed AutoCAD drawings for metal parts and assemblies.Design sheet metal, fabrication, welding, and machined components.Lead design reviews and ensure manufacturability and cost optimization.Coordinate with production, quality, purchase, and sales teams.Handle customer drawings, RFQs, and technical discussions.Implement Kaizen initiatives to improve design efficiency, reduce waste, and optimize processes.Support tooling development, jigs, and fixtures.Guide and mentor junior design engineers.Ensure compliance with quality, safety, and industry standards.Required SkillsStrong proficiency in AutoCAD (2D & basic 3D preferred).In-depth knowledge of metal manufacturing processes.Strong understanding of GD&T, tolerances, and BOMs.Practical knowledge of Kaizen, lean manufacturing, and continuous improvement tools.Problem-solving and analytical skills.Leadership and team coordination skills.QualificationsBE / BTech in Mechanical or Production Engineering.Experience510 years in design engineering within the metal manufacturing industry.

We are seeking a dedicated CAD Engineer with 1 to 2 years of experience to join our team in Nashik. The ideal candidate should possess a Bachelors degree in Engineering and have a strong foundation in computer-aided design (CAD) software.**Key Responsibilities:**- **Creating Detailed CAD Models:** Develop accurate 2D and 3D models based on project requirements to aid in product design and development.- **Drafting Technical Drawings:** Produce technical drawings and schematics that communicate complex information clearly to engineering and manufacturing teams.- **Modifying Existing Designs:** Collaborate with senior engineers to revise and enhance existing CAD designs to improve functionality and efficiency.- **Reviewing Design Specifications:** Assess project specifications and requirements to ensure all designs align with company standards and client expectations.- **Collaborating with Cross-Functional Teams:** Work closely with other departments such as manufacturing, quality assurance, and project management to ensure successful project execution.**Required Skills and Expectations:**The ideal candidate must be proficient in using CAD software, such as AutoCAD or SolidWorks. A strong understanding of engineering principles and practices is essential. Good problem-solving skills and attention to detail are necessary for creating accurate designs. Effective communication skills will facilitate collaboration with team members and stakeholders. A proactive attitude and willingness to adapt to new challenges are also important, as is the ability to manage multiple projects simultaneously in a fast-paced work environment.

In 2026, the Design Engineer role has moved beyond simple 2D or 3D modeling into the realm of Generative Design and Digital Twins. Working in an industrial hub like Nashik, a Design Engineer is responsible for taking a concept from a napkin sketch to a fully functional, manufacturable, and cost-effective product.Job SummaryThe Design Engineer is responsible for the research, design, and development of new products or systems. You will create detailed technical specifications and digital models while ensuring that designs are optimized for performance, safety, and ease of manufacturing (DFM/DFA). You will work at the intersection of creativity and mathematics, solving complex engineering problems through iterative testing and simulation.Key Responsibilities1. Product Design & Development3D Modeling & Drafting: Create high-fidelity 3D models and detailed 2D technical drawings using CAD software (SolidWorks, CATIA, or NX).Generative Design: Use AI-driven design tools to input constraints (weight, material, stress) and allow the software to generate optimized organic shapes that reduce material waste.Prototyping: Oversee the creation of physical prototypes using 3D printing (Additive Manufacturing) or CNC machining for functional testing.2. Analysis & SimulationFEA & CFD: Conduct Finite Element Analysis (FEA) to test structural integrity and Computational Fluid Dynamics (CFD) to analyze heat or fluid flow.Tolerance Stack-up: Perform rigorous tolerance analysis to ensure that multiple parts fit together perfectly during mass assembly.Material Selection: Research and select materials based on cost, environmental impact, durability, and thermal properties.3. Manufacturing CoordinationDFM/DFA: Apply Design for Manufacturing and Design for Assembly principles to ensure products can be built efficiently on the shop floor.Bill of Materials (BOM): Create and manage accurate Engineering BOMs, ensuring every nut, bolt, and component is accounted for in the ERP system.Design Reviews: Participate in cross-functional meetings with Production, QA, and Sales to refine designs based on feedback.