Staff Engineer, Modeling & Controls Engineering

About Carrier

Carrier Global Corporation, global leader in intelligent climate and energy solutions, is committed to creating innovations that bring comfort, safety and sustainability to life. Through cutting‑edge advancements in climate solutions such as temperature control, air quality and transportation, we improve lives, empower critical industries and ensure safe transport of food, lifesaving medicines and more. Since inventing modern air conditioning in 1902, we lead with purpose: enhancing the lives we live and the world we share.

We continue to lead because of our world‑class, inclusive workforce that puts the customer at the center of everything we do. For more information, visit  or follow on Carrier social media at @Carrier.

We are seeking a talented, highly motivated, and results‑driven Staff Controls Engineer with expertise in control systems specification, design, architecture, programming, and verification. This role focuses on delivering innovative and robust control solutions across a broad range of HVAC and refrigeration systems.

The Staff Controls Engineer will work with global, cross‑disciplinary teams to design, develop, test, troubleshoot, and support control systems throughout the full lifecycle—from conceptual design and model‑based development to lab validation and field trial support. This position offers the opportunity to engage with multiple business units and contribute to a diverse product portfolio.

If you are passionate about developing high‑quality control systems, enjoy working in collaborative environments, and are driven to deliver solutions that enhance customer experience, we would love to hear from you.

The selected candidate will work daily from one of the following primary locations:

• Kennesaw, GA: 1025 Cobb Place Boulevard, 30144
• Syracuse, NY: 6304 Carrier Parkway East, 13057

• Lead the development and delivery of robust, production‑ready control solutions by ensuring compliance with customer and technical requirements, industry standards, and best practices.
• Drive project execution by setting clear technical goals, managing timelines, and coordinating teams. Mitigate risks, align stakeholders, and ensure on‑time, high‑quality delivery.
• Support system‑level requirement definition and drive low‑level control requirement decomposition.
• Perform dynamic analysis of non‑linear systems in development of control algorithms including system identification, cont rollability, robustness, stability, and optimization.
• Support the development and calibration of physics‑based plant models. Utilize models for design exploration, control system analysis, verification, and validation.
• Develop & execute unit‑tests & integration tests for control system.
• Perform hands‑on testing in psychrometric laboratory and analyze results to direct refinements to plant model fidelity and control algorithms.
• Apply best‑in‑class strategies to push testing further upstream in the development lifecycle (MIL/SIL/HIL).
• Support strategic initiatives to improve organizational quality and efficiency through technology advancement and process improvement.

• B.S. in Electrical, Control Systems, Mechanical, or Chemical Engineering with 7+ years of controls system experience
• OR: M.S. or Ph.D. in Electrical, Control Systems, Mechanical, or Chemical Engineering with 5+ years of controls system experience

• Proficient knowledge of controls engineering foundations, including feedback control, linear/nonlinear control, multivariable control, system identification, and optimization.
• Proficient in the use of MATLAB‑based toolsets to design, implement, and test embedded controls algorithms.
• Experience with industrial control applications.
• Excellent communication skills and a proven track record of delivering results through effective teamwork.
• Experience with vapor‑compression cycles, including heat exchangers and turbo machinery compression technologies.
• Experience in requirements management and system integration, specifically test strategies across model‑in‑the‑loop (MIL), software‑in‑the‑loop (SIL), and…