Solid Edge Job Vacancies in Nashik

Job Title: Design EngineerDepartment: Design / Engineering / R&DReports To: Senior Design Engineer / Engineering Manager / Technical HeadJob SummaryThe Design Engineer is responsible for developing, designing, and improving products, components, and systems by applying engineering principles, creativity, and technical expertise. The role involves creating detailed designs, drawings, and specifications while ensuring functionality, manufacturability, quality, cost, and compliance with relevant standards.Key ResponsibilitiesDesign & DevelopmentPrepare conceptual, preliminary, and detailed designs for components, assemblies, and systemsDevelop 2D drawings and 3D models using CAD softwarePerform design calculations, material selection, and tolerance analysisModify and improve existing designs based on performance, cost, or customer feedbackEngineering DocumentationCreate and maintain engineering drawings, BOMs, specifications, and technical documentsEnsure design documentation follows company standards and version control practicesSupport change management through ECO / ECN processes

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.

Key ResponsibilitiesThe role is a mix of computer-based design and physical testing:Concept Development: Researching and sketching new ideas based on client needs or market gaps.CAD Modeling: Using software to create detailed 2D and 3D models of parts or systems.Prototyping & Testing: Building physical or digital prototypes and putting them through stress tests to see if they break or fail under pressure.Simulation (FEA/CFD): Running computer simulations to analyze how a design reacts to heat, vibration, or fluid flow before it is even built.Material Selection: Choosing the best materials (metal, plastic, composites) based on strength, weight, cost, and environmental impact.Collaboration: Working closely with Manufacturing Engineers to ensure the design can actually be built efficiently.2. Required SkillsSoftware Mastery: Proficiency in tools like AutoCAD, SolidWorks, CATIA, CREO, or Fusion 360.Analytical Thinking: Using Finite Element Analysis (FEA) to ensure structural integrity.Knowledge of Manufacturing: Understanding processes like 3D printing, injection molding, and CNC machining.Mathematical Precision: High-level competency in physics and calculus to calculate tolerances and load capacities.