Tools Design Engineer

Company Description Vibracoustic is a leading global specialist in automotive noise, vibration, and harshness (NVH), delivering customized solutions that enhance comfort, efficiency, safety, and durability. The company supports all major vehicle systems and segments with a broad product portfolio designed to address current and future NVH challenges. With approximately 12,000 employees at around 40 production and engineering locations in 17 countries, Vibracoustic collaborates closely with global automotive manufacturers. In 2025, the company recorded total sales of 2.6 billion €, reflecting its strong market position and ongoing growth. Applicants joining Vibracoustic become part of an international team focused on innovation and high-quality engineering solutions.
Role Description The Tools Design Engineer will be responsible for designing and developing tooling solutions to support manufacturing processes, with a focus on automotive components and NVH-related products. Day-to-day tasks include creating and updating detailed CAD models and drawings, collaborating with production and engineering teams to optimize tool designs, and ensuring that tooling meets performance, safety, and quality standards. The role involves supporting injection molding and other manufacturing technologies, troubleshooting tooling issues on the shop floor, and contributing to continuous improvement initiatives. This is a full-time, on-site position based in Sri Chamkaur Sahib, requiring close coordination with local operations and global engineering stakeholders.
Qualifications
Strong grounding in Mechanical Engineering with experience applying core principles to tooling and product development.
Proficiency in Tooling Design and Product Design, including the ability to translate functional requirements into robust, manufacturable tooling solutions.
3+ years of Hands-on experience with Computer-Aided Design (CAD) tools for 3D modeling and technical drawing preparation.
Knowledge of Injection Molding processes and related tooling considerations, including materials, tolerances, and mold performance.
Relevant technical degree (e.g., Mechanical Engineering or related field) and experience in an automotive or manufacturing environment.
Ability to interpret engineering specifications, standards, and customer requirements, with strong problem-solving and analytical skills.
Effective communication and collaboration skills to work with cross-functional teams on-site, including production, quality, and global engineering partners.
Experience with design for manufacturability (DFM), root cause analysis, and continuous improvement methods is beneficial.

Work arrangement
No