Electrical Engineering Intern: Building Systems & HVAC

IMEG; Cleveland (OH); On-site; USD 30,000 - 33,000; Full time

Benefits offered by this job

ESOP

Mentorship program

Full-time path

Hands-on projects

Job summary

IMEG is seeking an Electrical Engineering Intern for a 10-12 week summer program in Cincinnati, OH. You will assist in analyzing, designing, and overseeing electrical systems in buildings, with an HVAC focus, working alongside experienced engineers.

You’ll support project budgets, documentation, cross-functional coordination, and periodic job-site observations on industrial and manufacturing projects aligned with energy-efficient design.

Qualifications

• Two years toward BS in Electrical Engineering or higher is required.
• Prior internship in building design consulting is preferred.
• Strong interest in design consulting and clear communication skills.
• Proficiency with MS Office Suite (Word, Excel, Outlook).

Responsibilities

• Assist with electrical system design per code and IMEG standards.
• Research commercially available equipment for project needs.
• Support client relations and maintain project design notebooks.
• Coordinate design and schedule with architectural, structural, electrical, mechanical, and other disciplines.
• Document design decisions and meetings; monitor progress.
• Review project documents for accuracy before final check.
• Prepare and issue addendum information.
• Conduct periodic job-site observations and support contract services.

Skills

CAD

BIM

MS Office

Communication

Education

BS in Electrical Eng

Tools

CAD software

BIM software

Job description

IMEG is seeking an Electrical Engineering Intern for a 10-12 week summer program in Cincinnati, OH. You will assist in analyzing, designing, and overseeing electrical systems in buildings, with an HVAC focus, working alongside experienced engineers.

You’ll support project budgets, documentation, cross-functional coordination, and periodic job-site observations on industrial and manufacturing projects aligned with energy-efficient design.