Mechanical Project Designer – HVAC & MEP Lead (Hybrid)

IMEG; Rogers (AR); Vor Ort; USD 75.000 - 110.000; Vollzeit

Benefits dieser Stelle

ESOP

Flexible schedule

Tuition reimbursement

Health, dental, and vision insurance

Zusammenfassung

IMEG in Rogers, Arkansas is seeking a Mechanical Project Designer to lead design efforts for HVAC, plumbing, and fire protection systems on low to moderate complexity projects. You will collaborate with engineers to deliver engineering solutions, mentor staff, and manage project budgets and schedules.

The role emphasizes coordination with cross‑functional teams and adherence to IMEG standards, with potential for hybrid work and in‑office collaboration.

Qualifikationen

• BS in Mechanical Engineering or equivalent required.
• 3 years minimum experience in building design consulting; 4 years preferred.

Aufgaben

• Lead design efforts for HVAC, plumbing, and fire protection systems.
• Create detailed designs, specifications, and calculations to code requirements and IMEG standards.
• Collaborate with clients to gather requirements and build relationships.
• Oversee project planning, budgeting, scheduling, and progress tracking.
• Provide in‑process design reviews and ensure IMEG QC processes.

Kenntnisse

HVAC design

Thermodynamics

Psychrometrics

Heat transfer

Fluid mechanics

Client communication

Mentoring staff

BIM

MS Office

Team collaboration

Attention to detail

Adaptability

Ausbildung

Bachelor of Science in Mechanical Engineering

Professional licensure (PE) desired

Tools

HVAC load calculation software

Building Information Modeling (BIM) software

Jobbeschreibung

IMEG in Rogers, Arkansas is seeking a Mechanical Project Designer to lead design efforts for HVAC, plumbing, and fire protection systems on low to moderate complexity projects. You will collaborate with engineers to deliver engineering solutions, mentor staff, and manage project budgets and schedules.

The role emphasizes coordination with cross‑functional teams and adherence to IMEG standards, with potential for hybrid work and in‑office collaboration.