Enter a job title or keyword

Mechanical HVAC Engineer

Job Location:

Mount Laurel, NJ - USA

Yearly Salary: USD 120000 - 140000

Posted: 8 September 2026 (14 hours ago)

Application Deadline: 6 December 2026

Vacancies: 1 Vacancy

Job Summary:

Client is seeking an enthusiastic Mechanical (HVAC) Engineer with experience supporting Power Generation and Heaving Industrial Projects in either our Mt. Laurel NJ or Charlotte NC offices. The successful candidate will have experience in HVAC and plumbing system design/modification along with a working knowledge of fire protection systems.
Responsibilities include managing the mechanical (HVAC) project activities from conception to construction including onsite support.
The successful candidate can look forward to projects including simple and combined cycle powerplants nuclear projects and plant retrofits throughout the United States that require all facets of mechanical (HVAC) engineering and design.

Key Requirements:

Minimum Qualifications:

Bachelor of Science degree in Mechanical Engineering from a four-year accredited college or university
Eight years of experience with the design of building services (HVAC Plumbing and Fire Protection) systems serving powerplants heavy industrial and commercial applications.

Preferred Qualifications:

Minimum ten years of experience with building services (HVAC Plumbing and Fire Protection) systems serving the power industry.
Must be a licensed professional engineer (PE)
Any new hire will be required to be within commuting distance of either the Mt. Laurel NJ or Charlotte NC offices.

Responsibilities:

Design of heating ventilation air-conditioning (HVAC) and plumbing systems serving heavy commercial industrial and power industries.
Working knowledge of fire protection systems to support specification development code review and basic suppression design.
Perform equipment sizing thermal load ductwork sizing piping pressure loss potable water and sanitary calculations.
Develop procurement specifications prepare engineering drawings such as piping and instrument diagrams (P&ID) airflow diagrams plumbing riser diagrams equipment plan piping orthographic and ductwork layout drawings.
Develop material and workhour estimates as needed to support proposal development.
Exercise sound engineering judgment in assessing problem situations or complex issues review completed work to ensure accuracy and compliance with codes and design criteria.