[2026 Global]_Process Engineer_Global MFG (Taiwan-based)

Founded in 1971, Delta is a global leader in power electronics and thermal management, delivering solutions across industrial automation, data centers, EV charging, renewable energy, and energy storage that power critical infrastructure worldwide. With close to 200 locations across 5 continents, we serve customers through an integrated network of R&D centers, manufacturing facilities, and sales offices. For detailed information about Delta, please visit: Program Overview For professionals who want global flexibility and see mobility as a strategic advantage. Delta is opening 40 roles, 180 openings across China, Europe, India, Taiwan, Thailand, and the United States in power electronics, automation, and infrastructure. Work across engineering, manufacturing, and innovation with freedom to move between markets as your goals evolve. Selected candidates will attend four in-person Interview Days in April to meet regional leaders directly and explore international pathways built for long-term growth. Region Highlight Taiwan is the headquarters of Delta Electronics, where we are committed to innovation and advanced R&D, investing over 10% of our global annual revenue into research and development every year. Recognized as one of Asia’s Best Employers, reflecting our strong commitment to people and workplace excellence. Achieved an outstanding stock price growth of over 380% in 2025, demonstrating strong market confidence and sustainable business performance. Role Responsibility Technical & Engineering Skills Strong knowledge of Industrial Engineering principles, including process design, line balancing, capacity analysis, PFMEA, control plans, and production readiness. Proven ability to conduct new product design for manufacturing (DFM) and design for assembly (DFA) reviews, identifying risks, manufacturability gaps, and improvement opportunities. Hands‑on experience with process transfer / NPI ramp‑up, including pilot run planning, yield improvement, cycle‑time optimization, and cross‑site transfer documentation. Capable of building process flow diagrams, standard work instructions, time studies, and workload analysis for new product introduction. Knowledge of automation concepts, including fixture design, error‑proofing (poka‑yoke), robotic automation, and semi/fully‑automated station design. Ability to collaborate with automation engineers to translate production pain points into automation requirements, ROI justification, and feasibility evaluations. Familiarity with lean manufacturing tools such as 5S, Kaizen, JIT, Heijunka, VSM, SMED, and waste elimination methodologies. Understanding of manufacturing quality tools such as SPC, MSA, APQP, PPAP, and 8D problem solving. Software & Technical Tools Proficiency in CAD tools (SolidWorks, Creo, or equivalent) for evaluating fixture, jig, or automation concepts. Experience with data analysis tools (Python, Minitab, JMP, or Power BI) for yield, cycle‑time, and station performance analysis. Ability to create clear engineering documentation, including DFM reports, process validation reports, PFMEA, and transfer checklists. Project & Cross‑Functional Collaboration Experience working with R&D, manufacturing, quality, automation, and supply chain teams across regions. Ability to drive design‑to‑manufacturing alignment meetings, ensuring both product and process readiness. Strong communication skills for coordinating cross‑regional process transfer and ensuring smooth SOP launch in receiving factories. Skilled in managing pilot builds, identifying risk items, and proposing corrective/preventive actions. Automation‑Oriented Mindset Demonstrated ability to identify automation opportunities early during design review. Ability to evaluate automation feasibility, cycle‑time expectations, required accuracy, and ergonomics improvements. Experience participating in automation specification writing, FAT/SAT review, and acceptance criteria development. Familiarity with robotics, machine vision, and industrial sensors is a plus. Problem‑Solving & Innovation Strong analytical thinking and structured problem‑solving skills. Ability to propose innovative production or design solutions to improve manufacturability, quality, and throughput. Comfortable operating in fast‑paced NPI and cross‑regional environments with ambiguous requirements. B.S. or M.S. degree in Industrial, Manufacturing, or Mechanical Engineering. Solid understanding of DFM/DFA, process design, and manufacturability assessment for new product introduction. Experience with process transfer, including pilot build support, line balancing, time studies, and cycle‑time optimization. Familiarity with automation concepts, fixture/jig evaluation, and error‑proofing design. Knowledge of lean tools (5S, Kaizen, VSM, SMED) and basic quality systems (PFMEA, SPC, APQP, 8D). Proficiency with engineering tools such as SolidWorks/Creo, and data analysis tools such as Minitab, JMP, or Python. Strong analytical, communication, and cross‑functional collaboration skills. Fluency in English; ability to work independently and with global teams. Preferred Qualification Basic understanding of NPI workflows, prototype builds, and manufacturing ramp‑up. Familiarity with DFM/DFA concepts and ability to spot basic manufacturability issues. Exposure to lean manufacturing tools such as 5S, Kaizen, or line balancing projects. Knowledge of manufacturing quality basics like PFMEA, SPC charts, or structured problem solving. Hands‑on experience with fixtures/jigs, process layouts, or time studies through coursework or internships. Ability to work collaboratively with R&D, automation, and production teams. Strong curiosity, problem‑solving mindset, and willingness to learn in a fast‑paced engineering environment. #J-18808-Ljbffr Delta Electronics