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Electrical Engineer Co-op (Jan-Aug 2027)

ThermalTech Engineering
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Electrical Engineer - Co-op (January-August 2027)

 

ThermalTech Engineering is a full-service engineering firm. We provide consulting services to Fortune 100 and 500 companies throughout the United States. Our team of over 150 members is growing! We are looking for co-op students interested in Electrical Power design for industrial facilities.

 

The perks of being a ThermalTech Engineering Co-Op:

 

  • You will be paired with an experienced engineer and have access to talented, licensed Professional Engineers.  Our engineers are great teachers.
  • You will apply what you have learned in school to real-world problems.
  • Upon returning to school, you will have a greater appreciation and application of engineering.  Our co-op students occasionally tailor their coursework based on their experience at ThermalTech.
  • You will be challenged.  Our co-op students are assigned to projects on their first day. We rely on our co-ops to execute projects.

 

Applicable Interests:

 

  • Strong academic performance in an ABET-accredited Electrical Engineering program (a minimum of 3.3 is required for consideration).
  • Experience/coursework and interest in high, medium, and low voltage systems and application of the National Electrical Code (NEC) to engineering designs.
  • Interest in developing engineering drawings, device selection, and hands-on fieldwork.

 

Throughout your assignment, you’ll have the opportunity to learn the following skills:

  • Analyze power distribution systems for large industrial customers for short-circuit (Arc Flash) hazards and breaker coordination studies using Arc Flash analysis software.
  • Select power equipment such as starters, VFD’s, motor control centers, switchgear, substations, emergency generators, UPS’s, grounding systems, and lighting systems.
  • Develop single line drawings in AutoCAD.  Model equipment in 3D.
  • Identify, document, and assess electrical equipment, capacity, and key electrical attributes.
  • Size feeders and conduit for a variety of loads.
  • Design emergency power, back-up power, and life-safety systems.
  • Research and interpret codes and standards.
  • Configure communications, data, and other building systems, including fire alarm, PA, intercom, telephone, and data.

If you enjoy gaining on-the-job experience in a collaborative environment, then ThermalTech Engineering might be the perfect fit for you!