HVAC Systems Engineer: Thermal & Controls

C01 Carrier Corporation; Ben Davis (IN); On-site; USD 65,000 - 130,000; Full time

Benefits offered by this job

Health care benefits

Retirement benefits

Paid vacation days

Paid sick days

Parental leave

Life insurance

Disability insurance

Tuition assistance

Job summary

Carrier Global Corporation in the United States seeks an HVAC Systems Engineer to develop, design and optimize residential HVAC systems and subsystems, translating market requirements into high‑performing climate solutions.

You will build thermal models, validate prototypes with lab teams, and drive root‑cause analysis across the product lifecycle, collaborating with multi‑disciplinary engineering groups to ensure reliability, energy efficiency, and manufacturability.

Qualifications

• Bachelor’s degree in Engineering and 3+ years of engineering experience.
• Knowledge of thermodynamics, heat transfer, and fluid dynamics.
• Experience with system modeling tools like MATLAB, Modelica, and Python.
• Familiarity with HVAC system architecture and controls.

Responsibilities

• Develop and design residential HVAC systems and subsystems.
• Evaluate and qualify HVAC components for reliability and performance.
• Develop and validate thermal models to support design decisions.
• Collaborate with labs to build prototypes and conduct testing.
• Troubleshoot complex HVAC system issues and perform root-cause analysis.
• Support cross-functional teams to translate requirements into components.

Skills

Thermodynamics

Heat transfer

Fluid dynamics

HVAC architecture

Controls

Electro-mechanical systems

Data analysis

MATLAB

Modelica

Python

DOE

Multitasking

Problem-solving

Education

Bachelor's degree in Engineering

Tools

MATLAB

Modelica

Python

Job description

Carrier Global Corporation in the United States seeks an HVAC Systems Engineer to develop, design and optimize residential HVAC systems and subsystems, translating market requirements into high‑performing climate solutions.

You will build thermal models, validate prototypes with lab teams, and drive root‑cause analysis across the product lifecycle, collaborating with multi‑disciplinary engineering groups to ensure reliability, energy efficiency, and manufacturability.