We are seeking an Industrial Engineer & Continuous Improvement Leader to drive operational excellence at its Verson (ISL) manufacturing site.
This is a hands-on, shop-floor-focused role with a clear mission: optimize manufacturing processes, deploy Lean methodologies, and build a strong continuous improvement culture in a low-volume, high-mix electromechanical environment.
Industrial Engineer and CI Leader will be a key technical and cultural change agent for the site.

Main activities:

Manufacturing Process Analysis & Optimization

• Conduct a systematic, data-driven review of all manufacturing processes across the site, from incoming inspection through assembly, calibration, functional testing, and final pack-out.
• Identify waste, bottlenecks, quality escapes, inefficiencies, and excess cost using Lean principles and structured problem-solving tools.
• Define and maintain baseline performance metrics (cycle time, first-pass yield, scrap, rework, OEE) and drive measurable, year-over-year improvement.
• Translate root-cause analysis findings into sustainable process changes, not temporary fixes.

Lean Transformation & Continuous Improvement Leadership

• Own and deploy the site’s Continuous Improvement (CI) roadmap, aligned with operational and financial objectives.
• Plan, lead, and facilitate Lean initiatives including Kaizen events, Value Stream Mapping, 5S, SMED, TPM, Poka‑Yoke, and structured problem-solving (A3, 8D, PDCA).
• Personally lead Kaizen activities on the shop floor, working directly with operators, technicians, and team leaders.
• Build a continuous improvement culture by coaching and developing Lean capabilities across all levels of the organization.
• Act as the site champion for PAC / Indicor operational excellence standards and best practices.

Shop Floor Layout, Flow & Workstation Design

• Design, balance, and optimize assembly and test cells for a low-volume, high-mix electromechanical production environment.
• Define takt times, line balancing principles, WIP policies, and material flow to maximize throughput and quality.
• Lead layout changes and capacity projects, including reconfiguration to support new products, changing volumes, or new equipment.
• Ensure workstations are ergonomic, safe, and efficient, supporting precision assembly and testing.

Standard Work, Time Studies & Labor Standards

• Establish, document, and continuously improve standard work for all assembly, calibration, and test operations.

• Perform time studies and work measurement to develop accurate labor standards.
• Ensure standards support reliable costing, capacity planning, routing accuracy, and operator training.
• Partner closely with Production to close variances between standards and actual performance.

New Product Introduction (NPI) & Industrialization

• Serve as the manufacturing and industrialization lead for new product launches.
• Participate in Design for Manufacturability (DFM) reviews and influence product design, BOM structure, and test strategy.
• Support pilot builds, ramp‑up, and stabilization phases to ensure robust, repeatable production processes.
• Develop and implement required tooling, fixtures, assembly procedures, and test station configurations.

Cost Reduction & Productivity Improvement

• Identify and execute a pipeline of cost-out and productivity improvement projects, including labor efficiency, material usage, scrap reduction, rework elimination, and make‑vs‑buy analysis.
• Build robust business cases with clear baselines, quantified savings, and post‑implementation validation.
• Partner with Finance to link operational improvements to margin performance and site P&L impact.

Performance Tracking & Stakeholder Engagement

• Define, track, and report CI KPIs and progress to site leadership.
• Collaborate cross-functionally with Operations, Quality, Supply Chain, R&D, and Finance to ensure alignment and sustained results.
• Maintain a strong shop-floor presence, acting as a visible change leader and coach.