Hybrid Summer Electrical Intern: Revit Drafting & Design

TLC Engineering Solutions, Inc.; Melbourne (FL); Hybrid; USD 22,000 - 36,000; Full time

Job summary

TLC Engineering Solutions, Inc. is offering a summer internship for electrical/architectural engineering students.

Interns work full-time (40 hours/week) from mid-May through early August 2027, with flexible start times and a hybrid schedule that allows up to 3 days of remote work. Interns gain on-the-job training and mentorship on real projects, learning Revit drafting/modeling and electrical design including lighting and power distribution, under experienced engineers, with potential part-time

Qualifications

• Current student pursuing an ABET accredited bachelor's degree in electrical engineering or architectural engineering
• Desire to pursue a career in engineering consulting
• Ability to work full time (40 hours per week) from May through August 2027
• Computer software knowledge or ability to learn, as appropriate (Revit, SKM, etc.)

Responsibilities

• The Intern will work at applying academic education to assigned tasks on real projects of all sizes and types from concept to completion of construction
• They are provided on-the-job training and mentorship from experienced engineers to learn the basics of Revit drafting / modeling and electrical design including lighting and power distribution to all necessary equipment.

Skills

Desire to pursue a career in engi­neer

Willingness to learn engineering conts

Education

ABET accredited bachelor’s degree in electrical engineering or architectural engineering

Tools

Revit

SKM

Job description

TLC Engineering Solutions, Inc. is offering a summer internship for electrical/architectural engineering students.

Interns work full-time (40 hours/week) from mid-May through early August 2027, with flexible start times and a hybrid schedule that allows up to 3 days of remote work. Interns gain on-the-job training and mentorship on real projects, learning Revit drafting/modeling and electrical design including lighting and power distribution, under experienced engineers, with potential part-time