Senior Mechanical Project Engineer

Konik•Minneapolis, MN

5d•Onsite

About The Position

The Senior Mechanical Project Engineer leads and contributes to the design of complex building systems across a diverse portfolio, collaborating with architects, engineers, and clients to develop high-performance HVAC solutions. Projects may include hospitals, research labs, government facilities, corporate offices, and university campuses. The role is particularly suited to an engineer with consulting experience in Central Utility Plant design and steam distribution systems who enjoys solving complex mechanical challenges and working with interdisciplinary teams.

Requirements

Bachelor’s degree in Mechanical Engineering, Architectural Engineering, or a related field.
At least 8 years of mechanical design experience in a consulting engineering or A/E firm environment.
Demonstrated expertise in Central Utility Plant design, including steam generation and distribution, hot water systems, and large-scale cooling infrastructure.
Working knowledge of HVAC control systems and integration with building automation platforms.
Proficiency with Revit, BIM 360, Trane Trace 3D, and Microsoft Office Suite.
Strong interpersonal, leadership, and problem-solving skills, with the ability to navigate technical and operational challenges.

Nice To Haves

Current Professional Engineer (PE) license recognized by a U.S. state licensing board.

Responsibilities

Lead mechanical HVAC design, including load calculations, equipment selection, ductwork and piping layouts, and detailed design documentation.
Develop and maintain project specifications that comply with codes, energy standards, and client performance requirements.
Oversee integration of large-scale thermal plants, including steam and hot water boiler systems and chiller plants exceeding 1,000 tons.
Serve as the primary contact for clients and project partners, coordinating internal disciplines and external stakeholders.
Contribute to design reviews, value engineering discussions, and project workshops throughout the design lifecycle.
Investigate and resolve design issues involving conflicting requirements, system constraints, and site-specific conditions.
Research mechanical system options and technologies, and present findings and recommendations to support project decisions.
Ensure mechanical designs meet jurisdictional codes, safety standards, and best practices for energy efficiency and system reliability.