Electrical Engineering Intern: HVAC Systems (Summer, ESOP)

IMEG Corp; Cincinnati (OH); Hybrid; USD 30,000 - 33,000; Full time

Benefits offered by this job

Health insurance

PTO

Tuition reimbursement

Stock ownership options

Job summary

IMEG Corp in Cincinnati, OH is seeking an Electrical Engineering Intern for a 10-12 week summer program. You will assist in the analysis, design, and implementation oversight of electrical systems in buildings while working with experienced engineers, with an HVAC focus area.

You'll support project budgets, documentation, cross-functional coordination, and periodic job site observations on industrial and manufacturing projects, gaining hands‑on exposure to energy‑efficient design aligned with

Qualifications

• Completed at least 2 years toward a BS in Electrical Engineering or equivalent.
• Prior internship experience in building design consulting preferred.
• Proficient with CAD and/or BIM software.
• Strong written and verbal communication skills.

Responsibilities

• Assist with electrical system design for projects per IMEG standards and code.
• Research commercially available equipment for project needs.
• Support client relations and maintain project notebooks and records.
• Coordinate design and schedule with other disciplines (architectural, structural, electrical, mechanical, tech, clerical).
• Document design decisions, meetings, and client instructions; monitor progress.

Skills

Electrical design

CAD / BIM

MS Office

Communication

Education

BS in Electrical Engineering

Tools

CAD

BIM

Job description

IMEG Corp in Cincinnati, OH is seeking an Electrical Engineering Intern for a 10-12 week summer program. You will assist in the analysis, design, and implementation oversight of electrical systems in buildings while working with experienced engineers, with an HVAC focus area.

You'll support project budgets, documentation, cross-functional coordination, and periodic job site observations on industrial and manufacturing projects, gaining hands‑on exposure to energy‑efficient design aligned with