Senior Design Engineer

About Sidhakala Group

Sidhakala Group of Industries, founded in 1997, is a leading manufacturer of press components, press toolings, and welded assemblies. The group operates through: Sidhakala Engineers – Bhosari Plant Sidhakala Industries – Chakan Plant We serve the automotive and engineering sectors with a strong focus on quality, process capability, and continuous improvement. Position Overview

The Design Head will be responsible for leading the complete tool design function including feasibility, concept development, standardization, team supervision, and coordination with internal and external stakeholders. The role demands strong technical expertise in sheet metal press tool design along with leadership capability. Education & Experience

Diploma / Bachelor’s Degree in Mechanical / Production Engineering Minimum 8–12 years of experience in sheet metal press tool design Strong exposure to stage-wise and progressive tool design Hands-on experience in blank development and strip layout optimization Strong understanding of tool room manufacturing processes Software Skills

CATIA AutoCAD Microsoft Office Roles & Responsibilities 1. Feasibility & Process Planning

Conduct part process feasibility and tolerance feasibility analysis Define process sequence and concept tool design (Stage-wise & Progressive tools) Develop strip layout and optimize material utilization 2. Tool Design & Development

Prepare concept design, layouts, and alternate design solutions Perform design calculations and validation Review simulation results and implement necessary changes Design dies, welding fixtures, and gauges Develop blank and trim line 3. Design Review & Release

Verify tool/fixture/gauge designs prepared by team members Release final tool design for manufacturing Ensure adherence to internal design standards 4. Tool Manufacturing & Trials

Strong knowledge of tool manufacturing process in Tool Room Monitor tool manufacturing progress Participate in tool trials and implement corrective actions Drive process capability improvements 5. Standardization & Cost Optimization

Develop tool design standardization to reduce design lead time Standardize practices to reduce manufacturing lead time & production cost Improve strip layout efficiency & material utilization 6. Cross-Functional Coordination

Lead DAP (Design Approval Process) with internal teams, customers, and suppliers Coordinate with Tool Room, Production, Quality, and Customer Ensure timely release of tool/fixture/gauge design 7. Leadership & System Management

Train and upgrade skills of design team members Audit and maintain system documentation related to design Ensure compliance with customer quality standards