AI-Driven HVAC Engineer for Smart Buildings

Trane Technologies; Montreal (administrative region); Hybrid; CAD 86,000 - 120,000; Full time

Job summary

Trane Technologies seeks a Mechanical Engineer with deep HVAC design and commissioning experience to advance BrainBox AI solutions for buildings. You will work on sequences of operation, integrate AI into control logic, and collaborate with AI researchers to deliver production-ready results.

You will review mechanical drawings, validate system performance, and help translate physical behavior into robust digital models while ensuring cross-border communications in bilingual environments.

Qualifications

• Bachelor's degree in Mechanical Engineering from an accredited program.
• Proven experience in HVAC applied system design and commissioning.
• Strong understanding of mechanical system design and controls.
• Bilingualism: French and English; English required for cross-border collaboration.

Responsibilities

• Leverage HVAC system expertise to develop and refine sequences of operation for optimization algorithms.
• Integrate AI advances into operation sequences and standardize them across platforms.
• Collaborate with AI research, MLOps, and algorithm teams to deliver production-ready solutions.
• Review drawings, sequences and submittals to identify optimization opportunities.
• Conduct remote reviews to evaluate equipment configuration and control readiness.
• Analyze BAS trend data to validate assumptions and benchmark performance.
• Support functional tests to verify system operation and energy outcomes.
• Translate mechanical principles into algorithms and control logic for better building performance.

Skills

HVAC design

Commissioning

Building automation

Thermodynamics

Education

Bachelor's degree in Mechanical Engineering

Professional Engineer (P.E.) license - preferred

Job description

Trane Technologies seeks a Mechanical Engineer with deep HVAC design and commissioning experience to advance BrainBox AI solutions for buildings. You will work on sequences of operation, integrate AI into control logic, and collaborate with AI researchers to deliver production-ready results.

You will review mechanical drawings, validate system performance, and help translate physical behavior into robust digital models while ensuring cross-border communications in bilingual environments.