Career

Key Responsibilities

• Lead engineering activities related to photovoltaic module manufacturing, including production processes, equipment systems, and manufacturing technologies.
• Direct factory-level engineering and manufacturing performance metrics, including production capacity, yield, manufacturing efficiency, and technical performance.
• Provide engineering direction and technical oversight for end-to-end photovoltaic module manufacturing processes, including stringing, lamination, framing, testing, and packaging.
• Lead engineering analysis and technical coordination for production planning and capacity ramp-up, applying engineering judgment to resolve technical bottlenecks and ensure manufacturing stability.
• Lead cost reduction and efficiency improvement initiatives through process engineering optimization, equipment performance improvement, and productivity analysis.
• Review and approve designs, equipment selection, production-line upgrades, and technical renovation projects from an engineering and manufacturability perspective.
• Manage engineering and technical teams, including Process, Equipment, and Quality functions, with responsibility for performance evaluation and technical capability development.
• Coordinate with production, quality, R&D, equipment suppliers, and technical partners to support engineering implementation, technology transfer, and manufacturing readiness.

Minimum Qualifications

• Bachelor’s degree (or foreign equivalent) in Mechanical Engineering, Electric Engineering, Mechatronics Engineering, Manufacturing Engineering, Industrial Engineering, or a closely related field.
• At least 10 years of experience in photovoltaic module manufacturing, automation systems, manufacturing equipment, or process engineering.
• At least 5 years of experience in a leadership, supervisory, or managerial role involving engineering, manufacturing, process, equipment, or quality functions.
• Demonstrated ability to apply engineering principles in mechanical, electrical, and automation systems to photovoltaic module manufacturing, equipment design review, and process optimization.
• Experience overseeing full-process photovoltaic module manufacturing operations, including stringing, lamination, framing, testing, and packaging.
• Experience reviewing or approving equipment selection, production-line upgrades, technical renovation plans, new process introduction, or related engineering changes.
• Strong analytical, communication, documentation, and engineering judgment skills.

Preferred Qualifications

• Experience in photovoltaic module manufacturing environments involving BC, TOPCon, HJT, perovskite, or related module technologies.
• Experience with preventive maintenance programs, equipment lifecycle management, commissioning, validation, and mass-production readiness.
• Experience supporting lean production, line-balance improvement, process optimization, or continuous manufacturing improvement initiatives.

Work Environment

This position is based in a manufacturing facility and requires regular presence on the factory floor, including interaction with production lines, equipment systems, and cross-functional manufacturing teams.

Key Responsibilities

• Lead engineering activities for back-end production equipment used in photovoltaic module manufacturing, including framing, junction box installation, potting, EL and IV testing, cleaning, and packaging systems.
• Commission and qualify newly installed back-end production equipment, establish operating parameters, and validate equipment performance against engineering specifications.
• Apply mechanical, electrical, and control systems engineering principles to optimize equipment performance, improve process stability, and increase overall equipment effectiveness.
• Diagnose equipment-related production issues, conduct root cause analysis, and develop engineering solutions to improve yield, throughput, and reliability.
• Engineer process parameters for various photovoltaic module configurations, including different cell formats, frame types, encapsulation materials, and module variants.
• Prepare engineering documentation including commissioning reports, equipment qualification reports, process parameter specifications, and equipment performance reports.
• Coordinate technically with original equipment manufacturers, internal engineering teams, and production personnel to support equipment improvements, technology transfer, and manufacturing readiness.
• Provide technical guidance to equipment technicians and support personnel on equipment operation, maintenance procedures, and engineering standards.

Minimum Qualifications

• Bachelor’s degree (or foreign equivalent) in Mechanical Engineering, Electrical Engineering, Mechatronics Engineering, Manufacturing Engineering Technology, or a closely related field.
• At least 5 years of experience in photovoltaic module manufacturing equipment, equipment engineering, automation systems, or process engineering.
• Demonstrated ability to apply mechanical, electrical, and control systems engineering principles to photovoltaic module manufacturing equipment, commissioning, and process optimization.
• Hands-on engineering experience with back-end photovoltaic module production equipment, including framing, junction box, EL/IV testing, and packaging systems.
• Experience producing engineering documentation such as commissioning reports, qualification protocols, and process specifications.
• Strong analytical, communication, documentation, and engineering judgment skills.

Preferred Qualifications

• Experience commissioning new photovoltaic module production lines at greenfield manufacturing facilities.
• Familiarity with multiple photovoltaic module formats and configurations, including 182mm and 210mm cell platforms, dual-glass, single-glass, and full-black modules.
• Experience working directly with photovoltaic equipment OEMs on commissioning, technical adjustment, and engineering support.
• Experience with TOPCon, HJT, BC, perovskite, or related photovoltaic module technologies.

Work Environment

This position is based in a manufacturing facility and requires regular presence on the factory floor, including interaction with production lines, equipment systems, and cross-functional manufacturing teams.