HVAC NPD Lead - Systems Design & Compliance

Client Growth Resources, Inc; Oklahoma City (OK); On-site; USD 110,000 - 170,000; Full time

Job summary

Client Growth Resources, Inc. is seeking a Senior HVAC Product Development Engineer to lead the design, optimization, and sustaining engineering of residential and commercial HVAC product families.

The role involves managing end-to-end NPD projects, driving compliance, and providing technical leadership across cross-functional teams. You will mentor engineers, develop BOMs and drawings, and apply DoE and uncertainty analysis.

Qualifications

• Bachelor’s degree in Mechanical Engineering or related field; MS preferred.
• 10+ years in product design and project engineering with release of at least two product families.
• Expertise in residential and commercial HVAC system design and integration.

Responsibilities

• Design, optimize, and qualify HVAC systems using simulation, analytics, and experiments.
• Lead NPD projects, track timelines, costs, and KPIs across product lifecycle.
• Interface with regulatory agencies to maintain compliance and support testing.
• Provide cross‑functional guidance to manufacturing, supply chain, quality, and sales/marketing.
• Prepare BOMs, engineering drawings, PCNs, and present designs to stakeholders and clients.
• Mentor engineers and drive DFSS/DFMA-based process improvements.

Skills

Technical leadership

Thermodynamics

Fluid mechanics

Heat transfer

DFSS

DFMA

Documentation

Education

Bachelor’s degree in Mechanical Engineering

Master’s degree (MS) preferred

Tools

HVAC simulation tools

Microsoft Office Suite

DoE software / DOE methods

Job description

Client Growth Resources, Inc. is seeking a Senior HVAC Product Development Engineer to lead the design, optimization, and sustaining engineering of residential and commercial HVAC product families.

The role involves managing end-to-end NPD projects, driving compliance, and providing technical leadership across cross-functional teams. You will mentor engineers, develop BOMs and drawings, and apply DoE and uncertainty analysis.