Lead Thermal Systems Engineer

About the role

Be a part of our mission! As a world leader in creating comfortable, sustainable, and efficient climate solutions for buildings, homes and transportation, it's our responsibility to put the planet first. For us at Trane Technologies, and through our businesses including Trane® and Thermo King, sustainability is not just how we do business—it is our business. Do you dare to look at the world's challenges and see impactful possibilities? Do you want to contribute to making a better future? If the answer is yes, we invite you to consider joining us in boldly challenging what's possible for a sustainable world.

Responsibilities

• Mentor other thermal systems and product systems engineers in HVAC design and analysis.
• Lead new technology, productivity and new product development projects to design new products or components and improve the function, reliability or cost of existing products and components.
• Own process and tool development to support design and integration of new heat exchange components within our Commercial HVAC product lines.
• Drive modeling process improvements for performance and reliability to improve accuracy and speed to enable reduced testing requirements.
• Organize laboratory tests and data analysis to support product design and verification and work with suppliers to obtain component designs that meet product requirements.
• Lead ad hoc teams of engineers and others through short duration projects to support product and technology roadmaps for heat exchangers.
• Work effectively across functional lines (development, production, design, marketing, suppliers).

Requirements

• Bachelor’s Degree in Engineering and at least 10 years of HVAC or heat exchanger work experience is required.
• Professional Engineer or Master’s Degree in Engineering is a plus.

Qualifications

• Fundamental knowledge of vapor compression HVAC technologies and components using various high, medium, and low-pressure HCFC, HFC and HFO refrigerants.
• Knowledge of single and two-phase fluid flow as it relates to design of air to refrigerant or water to refrigerant evaporators and condensers and ability to develop physical based models of their performance.
• Knowledge of the design, performance prediction and cost analysis process for air to refrigerant or water to refrigerant heat exchangers applied to the process of refrigerant evaporation and condensation.
• Good understanding of the application of computer simulation tools and theory to HVAC system design.
• Quality and customer service orientation towards engineering design.
• Ability to understand, condense and organize information necessary to make engineering decisions quickly and efficiently.
• Resilient team player with the dual ability to work as a team player or a team leader.
• Ability to effectively communicate with others both written and orally.
• Ability to make progress by producing deliverables and completing projects in a multi-tasking environment.

Skills

• Ability to be creative or innovative and use design tools and apply them to the development and implementation of new heat transfer components.
• Ability to be a subject matter expert for heat exchangers and participate in technical design reviews outside of your project assignments.

Benefits

We boldly go. Where Is The Work Monday to Thursday, work onsite with your colleagues. Fridays, choose your work location, balancing what your work requires. Learn about our benefits designed for you to Thrive at work and at home. We boldly go. Where Is The Work Monday to Thursday, work onsite with your colleagues. Fridays, choose your work location, balancing what your work requires. Learn about our benefits designed for you to Thrive at work and at home.

Pay

Annual Base Salary Range Or Hourly Base Pay Range $123,721.66 - $173,004.99 Compensation Type Salary Incentive Eligible No Sales Commission Eligible No

Schedule

As a Lead Thermal Systems Engineer, you will work as part of our Thermal Systems team and will be responsible for concept development, design and design verification of heat exchanger and fluid flow components for application to global refrigeration products. Typical components are round tube plate fin (RTPF) and micro-channel (MCHE) coils, brazed plate heat exchangers (BPHE) and shell & tube refrigerant evaporators as well as condensers for commercial HVAC products. Some overnight travel is required, including internationally (approximately 10%).