4 Sheetmetal Design Jobs

As a Mechanical Design Engineer in the Semiconductor domain at HCLTech, your primary responsibility will be to identify and troubleshoot complex mechanical issues. You will be required to collaborate with internal and external stakeholders to address mechanical challenges within specific projects. Additionally, you will play a key role in designing and analyzing mechanical systems, equipment, and packaging. Your expertise will be crucial in implementing innovative solutions for a variety of product-related mechanical issues. Furthermore, you will be instrumental in establishing operational standards across processes. To excel in this role, you must possess a B.Tech/M.Tech in Mechanical Engineering with 5-10 years of relevant industry experience, preferably in the Semiconductor sector. Proficiency in industrial control panel design as per UL508A standards, sheet metal design, and GD&T is essential. Experience in working with power control designs and applications, along with a solid understanding of relevant standards such as NFPA70, NFPA79, Semi S2, S8, F47, and UL508A, is required. Knowledge of DFx, FEA, and cable routing in UG - PD BOX is advantageous. Familiarity with tools like UG and Teamcenter will be beneficial in executing your responsibilities effectively. If you are a proactive and experienced Mechanical Design Engineer with a passion for solving complex problems and driving mechanical innovation in the Semiconductor domain, we encourage you to attend our walk-in drive on 12th July 2025 at HCLTech, Unit-B ITPL, Aviator Building, Whitefield Road, SEZ, Whitefield, Bengaluru. Join us in our pursuit of excellence and contribute to cutting-edge mechanical solutions that make a difference.,

As a Mechanical Engineer with experience in Li-Ion Battery Pack design, development, and testing, particularly in an automotive background, your responsibilities will include analyzing customer requirements, product standards, and preparing detailed mechanical requirement specifications. You will be tasked with designing various components for Battery pack assembly such as plastic enclosures, sheet metal brackets, Die-cast parts, Busbars, and Insulation sheets using SolidWorks. Estimation of effort, planning for Mechanical design and development, and coordinating with the Circuit team for design layout of electrical components will be essential aspects of your role. In addition, you will be expected to perform design calculations including clearance-creepage, stack-up analysis, thermal calculations, and more. Applying Design For Manufacturing and Design For Assembly guidelines, strategizing for required analysis, and analyzing design risks through FMEA methodology will be crucial. You will also be responsible for preparing manufacturing drawings, conducting tolerance stack-up studies, creating test plans, test cases, and conducting testing of battery components to ensure they meet the required standards. To excel in this role, you should have experience in executing Automotive projects following process standards like IATF16949, completing products from Requirements to mass production, expertise in SolidWorks CAD Software, and knowledge of simulation software. Your skillset should also include experience in plastic, sheet metal, Busbar, sealing design, and Die-casting, as well as exposure to thermal cooling design techniques, material selection, sealing design techniques based on Ingress protection (IP) ratings, GD&T, Tolerance Stack-up studies, design/product validation testing, and manufacturing techniques like injection molding, stamping, and machining. Knowledge of automotive & Li-Ion Battery test and regulatory standards such as ISO, IEC, UN will be beneficial for this role.,

As a Mechanical Design Engineer in the Semiconductor domain, you will be responsible for problem identification and troubleshooting a wide range of challenging mechanical issues. Your role will involve interfacing with both internal and external stakeholders to address mechanical concerns within specific projects. You will design and analyze mechanical systems, equipment, and packaging, while implementing innovative concepts for diverse product challenges and mechanical solutions. Additionally, you will play a key role in establishing standards across all operational processes. To excel in this role, you must possess a B.Tech/M.Tech in Mechanical Engineering with relevant industry experience, preferably in the Semiconductor field. You should have 5-10 years of experience in the industry. Proficiency in industrial control panel design per UL508A, sheet metal design, geometric dimensioning and tolerancing (GD&T), and working with power control designs and applications is essential. Familiarity with relevant standards such as NFPA70, NFPA79, Semi S2, S8, F47, and UL508A is required. Knowledge of DFx, finite element analysis (FEA), and cable routing in UG-PD Box is beneficial. Furthermore, your expertise in tools like UG and Teamcenter will be advantageous in fulfilling your responsibilities effectively. Strong communication skills, problem-solving abilities, and attention to detail are crucial for success in this role. If you meet the educational qualifications, have the necessary experience, and possess the required skills, we invite you to attend the Walk-in Drive for Mechanical Design Engineers (Power Control Design) on 12th July 2025 at HCLTech, Unit-B ITPL, Aviator Building, Whitefield Road, SEZ, Whitefield, Bengaluru. The event will take place from 9.30 AM to 2 PM. For further details, please reach out to the designated contact persons, Hemalatha or Kalaivani, via the provided email addresses (kalaivani.t@hcltech.com / hemalatha_a@hcltech.com).,

The Product Design Technician - Level III utilizes advanced skills, knowledge, and experience to create and maintain specifications (drawings and models) of Cummins products. This role ensures adherence to company, industry, national, and international standards, while positively impacting the organization s performance through high-quality design and collaboration. Key Responsibilities Create complex 3D models and 2D drawings using CAD tools. Perform quality checks on models and drawings prior to release. Apply Geometric Dimensioning and Tolerancing (GD&T) to product specifications. Utilize PLM tools such as Windchill for configuration control and data security. Ensure compliance with Cummins, industry, and international design standards. Process internal engineering work requests and collaborate with cross-functional teams. Lead and participate in Drawing Quality Reviews and concept modeling. Create assemblies to ensure fit and function with mating parts. Mentor and train junior designers and technicians. Support the maintenance and evolution of design standards and best practices. Skills and Experience Sheetmetal Design: Proficient in sheetmetal design with minimal supervision. CAD Proficiency: Advanced skills in CAD modeling and drawing creation. PLM Experience: Hands-on experience with Windchill or similar PLM systems. TLA Understanding: Working knowledge of TLA (Top-Level Assembly) structures. Work Experience: Significant relevant work experience or specialized skills gained through education, training, or on-the-job learning. Qualifications High school diploma or equivalent required. Associate s degree or regionally applicable certification in a relevant STEM field preferred. Licensing may be required for compliance with export controls or sanctions regulations. Competencies Mechanical Design Modeling and Analysis: Create CAD models for system-level analysis and design validation. Mechanical Design of Mechanical Systems: Apply deep understanding of mechanical systems to develop robust, innovative designs. Mechanical Design Specification: Develop complete and accurate specifications including models, drawings, and BOMs. Product Configuration and Change Management: Manage product data and changes from concept through obsolescence. Communication: Deliver clear, audience-appropriate communication across teams. Decision Quality: Make timely, effective decisions to support project and organizational goals. Results Orientation: Consistently deliver high-quality outcomes under pressure. Trust and Integrity: Build trust through honesty, reliability, and professionalism. Complexity Management: Navigate and resolve complex design and engineering challenges. Self-Development: Proactively seek learning opportunities and skill enhancement. Inclusion and Diversity: Value and leverage diverse perspectives and backgrounds.