Who are we?
XNRGY Climate Systems is a North American leader in sustainable design and advanced manufacturing of custom air treatment systems focused on research and energy development contributing to the reduction of carbon footprint.
We are excited to announce the opening of our new Technology headquarters in Mesa, Arizona in 2025. This expansion reflects our commitment to growth and innovation in the climate solutions industry.
POSITION DUTIES:
As part of this expansion in the United States, XNRGY is seeking a qualified and experienced on-site Sr. Lean Engineer to join the team. The position of Sr. Lean Engineer is responsible for supporting the implementation and sustainment of lean manufacturing methodologies and continuous improvement initiatives within production operations to improve efficiency, quality, and overall operational performance. The role focuses on applying lean principles within a manufacturing environment and supporting process optimization efforts.
Essential duties include analyzing manufacturing and production processes to identify inefficiencies and opportunities for improvement; conducting time studies and line balancing analyses to optimize labor utilization and production flow; supporting the implementation of lean manufacturing methodologies to reduce waste and improve quality; designing and implementing process improvements to improve efficiency and optimize cycle time; developing and maintaining process documentation, including standard operating procedures (SOPs) and process flow documentation; conducting root cause analysis and supporting implementation of corrective and preventive actions to resolve production issues; facilitating continuous improvement activities, including Kaizen events and structured improvement initiatives; developing and monitoring process performance metrics; evaluating and supporting implementation of material flow systems, including Kanban or similar pull systems; and collaborating with cross-functional teams including engineering, operations, quality, and supply chain to support production and process improvement efforts.
POSITION REQUIREMENTS:
Bachelor’s degree or higher in Mechanical Engineering, Industrial Engineering, or a closely related engineering discipline, or the foreign equivalent thereof; and 60 months of progressive work experience in manufacturing engineering, process engineering, or continuous improvement roles within a production environment.
The required experience must include applying lean manufacturing principles and methodologies to improve production processes; conducting time studies and line balancing analysis to optimize labor utilization and production flow, including support for start of production and new product introduction activities; developing and maintaining process documentation, including standard operating procedures (SOPs); conducting root cause analysis and implementing corrective and preventive actions to resolve production issues; facilitating continuous improvement initiatives, including Kaizen events or similar structured improvement activities; supporting implementation of material flow systems, including Kanban or similar pull systems; and utilizing CAD-based tools for process layout, workstation design, or process documentation.
Why choose XNRGY!
• Competitive salary
• Medical, dental, and vision insurance
• 401 K
• Employee Assistance Program
• Paid time off
• A dynamic team, open to change to bring its color
• Modern state of the art facility with Industry 4.0 technology in Mesa, Arizona
• Being part of a green industry transformation
• Fast-growing dynamic environment where entrepreneurial spirit is recognized
• Inclusive and diversity-friendly environment
• Career advancement: XNRGY promotes internal promotion
• Electric charging stations
At XNRGY Climate Systems, we are committed to fostering a diverse and inclusive workplace. We believe that a variety of backgrounds, experiences, and perspectives are essential to driving innovation and achieving success. We welcome individuals who share our passion for sustainability and who are eager to contribute to a more positive environmental future.
Are you ready to join our driven team? Join a company that Values Courage, Community, Climate, Customer and Coherence. Be part of carving our footprint and joining a winning team!
Work Authorization Requirement: Must be authorized to work in the U.S.; no sponsorship available.
Skills Required
- Bachelor's degree or higher in Mechanical Engineering, Industrial Engineering, or closely related discipline (or foreign equivalent).
- 60 months (5 years) progressive work experience in manufacturing engineering, process engineering, or continuous improvement roles in a production environment.
- Experience applying lean manufacturing principles and methodologies to improve production processes.
- Experience conducting time studies and line balancing analyses to optimize labor utilization and production flow; support for start of production and new product introduction.
- Developing and maintaining process documentation, including standard operating procedures (SOPs) and process flow documentation.
- Conducting root cause analysis and implementing corrective and preventive actions to resolve production issues.
- Facilitating continuous improvement initiatives, including Kaizen events or similar structured improvement activities.
- Supporting implementation of material flow systems, including Kanban or similar pull systems.
- Utilizing CAD-based tools for process layout, workstation design, or process documentation.
- Authorized to work in the U.S.; no visa sponsorship available.
What We Do
XNRGY Climate Systems is a North American provider specializing in the sustainable design and advanced manufacturing of thermal management and liquid cooling systems. The company focuses on energy efficiency and water conservation, delivering innovative solutions for critical environments including hyperscale data centers, healthcare facilities, pharmaceutical labs, semiconductor clean rooms, and life sciences. XNRGY is committed to supporting sustainability goals through advanced engineering and high-performance technology.
