Industrialization Engineer
With extensive experience in supply chain industrialization and manufacturing engineering, I’ve successfully led global
initiatives aimed at optimizing operational efficiency, strengthening supplier collaboration, and ensuring the timely
delivery of high-quality products. My expertise spans key areas such as electric engine and lithium-ion battery
assembly, surface mount technology (SMT), high-reliability electronics, and composite material processing. In each of
these areas, I have worked closely with cross-functional teams and suppliers to drive continuous improvement and enhance
product performance.
Through the integration of automation, advanced assembly techniques, and scalable production methods, I’ve been able to
significantly enhance production quality, reduce costs, and shorten time-to-market for new products. By continuously
analyzing data from production lines, I’ve identified opportunities for efficiency improvements and implemented process
changes that lead to measurable reductions in waste and increased throughput. Additionally, my focus on supplier
collaboration has allowed for better forecasting, inventory management, and the seamless integration of new
technologies, ensuring that production cycles are as efficient and cost-effective as possible.
Skills
Experience
Education
Ensuring that suppliers can meet production, quality, and delivery requirements as a company transitions from product development to full-scale manufacturing. It integrates supplier capability assessment, process validation, quality control, and continuous improvement strategies to align supplier performance with business goals.
Acquired SkillsFocus on designing, optimizing, and improving manufacturing processes, systems, and equipment to efficiently produce high-quality products. It integrates principles from mechanical, electrical, industrial, and materials engineering to ensure cost-effective, scalable, and sustainable production.
Acquired SkillsEnsure that products, services, and processes meet established quality standards and customer expectations. It focuses on preventing defects, rather than detecting them after production, by implementing structured methodologies, standards, and continuous improvement practices.
Acquired SkillsDuring SMT line downtime, I optimized the production process to meet increased demand for PCBs and implemented a new prototype PCBA. By adjusting machine settings and streamlining workflows, I maintained output levels, while also gaining insights for future prototypes.
2025 Sebastian Kokar