At Trane Technologies TM and through our businesses including Trane ® and Thermo King ® , we create innovative climate solutions for buildings, homes, and transportation that challenge what’s possible for a sustainable world. We're a team that dares to look at the world's challenges and see impactful possibilities. We believe in a better future when we uplift others and enable our people to thrive at work and at home. We boldly go.

What’s in it for you:

We are currently hiring a Senior Building Systems Modeling Engineer, M&S who will be a member of our Model & Simulation Network of Excellence (NoE). In this role you will be responsible for the strategic development of HVAC System Modeling and Simulation capabilities and tools for HVAC & R products in electrification.

Thrive at work and at home:

• Benefits kick in on DAY ONE for you and your family, including health insurance, parental leave, fertility benefits and adoption assistance.

• Significant opportunities for you in our wellness program such as fitness reimbursement, HSA contributions and back-up care for aging parents and children.

• 6% 401K match, additional 2% core contribution = 8% overall match

• Vacation , plus site paid holidays and volunteer days.

• Educational and training opportunities through company programs along with tuition advancement , tuition reimbursement and tuition assistance programs.

• Learn more about our benefits here (https://careers.tranetechnologies.com/global/en/benefits) !

Where is the work:

This position is eligible for a Hybrid work schedule (3 or more days onsite a week) and will be based out of our St. Paul, MN office location.

What you will do:

• Develop and deploy models at the system level, including HVAC equipment, building energy models (BEMs), Distributed Energy Resources (DERs like Thermal Energy Storage, PV, Wind etc), and their interaction within the Grid Connected environment.

• Develop a comprehensive understanding of HVAC equipment operation in chilled and hot water heating systems designed for buildings, data centers, and various processed cooling and heating applications. Apply this expertise to develop detailed models that accurately reflect system design, analysis, control, and operations.

• Demonstrate detailed technical understanding of Buildings and Grid Controls, Demand Management, Energy conservation measures (ECMs) principles, and justify the impact on energy savings and CO2e reductions, through the use of models.

• Develop and implement state-of-the-art physics/data-based system models to enable performance predictions, and transient analyses, supporting key strategic areas like electrification and decarbonization and data centers.

• Participate in long term technology roadmap development discussions and help build new external partnerships for Trane Technologies.

• Actively look for external funding opportunities in the domain area and provide technical inputs in development of project proposals.

• Work with internal and external partners in technical execution of long term externally funded R& D projects.

• Works closely with global team members, cross-functional associates and internal customers in dynamic environment, to understand the implications of modeling results and drive system level optimization and answer critical design questions through modeling results.

• Lead the evaluation of new and innovative technologies as they appear for potential commercial value, either as disruptive competition or prospective new products or services for the company.

• Develop and communicate clear understanding of customer requirements and meet or exceed those expectations.

• Conceptualize & develop project ideas leading to new advanced capability development in related domain areas to keep TT to the leading edge of technology.

• Network across the organization and externally to identify and communicate opportunities to apply system modeling and simulation to product design, applications and processes.

• Leads internal strategic projects and reports project progress for quality, deliverables and cost.

• Overnight Travel - approximately 10%.

What you will bring:

• Must have experience in HVAC systems modeling, Building energy management systems, or HVAC equipment and controls.

• Proficiency in MATLAB/Simulink or Modelica based system modeling for at least 6 months is required.

• Familiarity with data science, predictive modeling, and surrogate modeling techniques is necessary.

• Knowledge or experience in applying thermal storage in HVAC system modeling is desirable.

• Understanding of generative AI (LLM Agents) for RAG based applications, machine learning, and predictive maintenance is desirable.

• Experience with building modeling software such as Energy Plus/TRACE 3D+ is preferred.

• Practical experience in closed-loop control for a minimum of 6 months is preferred, along with knowledge of multi-variable control.

• Emphasis on computer programming or related experience is beneficial, particularly in C#/C++, Python, or Javascript.

• Experience and familiarity working in a research-oriented environment preferred.

• Must be an innovative self-starter capable of setting and meeting goals and deadlines, and of making critical business decisions.

• Excellent communication and teamwork skills are necessary.

• Demonstrates intellectual curiosity and industrial awareness, capable of applying advanced approaches, technologies, and innovations in modeling and simulation for organizational advancement.

Compensation:

Base Salary: $100,000 - $140,000

Disclaimer: This "range" could be a result of seniority, merit, geographic location where the work is performed, education, experience, travel requirements for the job, or because of a system the employer uses to measure earnings by quantity or quality of production (so, for example, positions that may not have traditional salary ranges).

We offer competitive compensation and comprehensive benefits and programs. We are an equal opportunity employer; all qualified applicants will receive consideration for employment without regard to race, color, religion, sex, sexual orientation, gender identity, national origin, pregnancy, age, marital status, disability, status as a protected veteran, or any legally protected status.

#LI-Hybrid