Three students looking at something in a classroom

Work-Integrated Learning

Power Your Workforce with RRC Polytech’s Electrical Engineering Technology Co‑op Students

March 18, 2026

Modern industry demands electrical technologists who can think critically, work safely, and contribute immediately to real‑world engineering challenges. The Electrical Engineering Technology (EET) program at RRC Polytech builds exactly that kind of talent.

By the time students reach their co‑op terms, they have completed extensive hands‑on lab training, developed strong analytical foundations, and learned to apply industry‑standard tools with confidence. These students arrive prepared, safety‑certified, and ready to add value from day one.

Whether you need support in automation, power systems, drafting, testing, design, or field work, EET students offer reliable, technically grounded assistance during busy seasons or project cycles.

Why Hire an Electrical Engineering Technology Co-op Student?

Immediate Productivity

All students enter their co‑op terms with:

  • WHMIS certification
  • General Safety Training (GST)
  • Significant lab hours working with real electrical systems

Technical Versatility

Their training spans:

  • Power systems
  • PLC programming
  • Motor control
  • Digital logic
  • Semiconductor analysis
  • Drafting and documentation

A Rigorous Analytical Foundation

With coursework in:

  • Calculus
  • Physics
  • Circuit theory

They understand the principles behind every system they work on – not just the procedures.

Student Skill Sets by Specialty

1. Industrial Automation & Control

EET students are trained to support modern automated processes with real, hands-on experience.

PLC Programming & Troubleshooting

  • Allen-Bradley PLCs
  • PID control
  • Encoders, analog I/O, interlocks

Motor Control Systems

  • AC/DC motor starters
  • Variable Frequency Drives (VFDs)
  • Soft starters
  • Overload protection

HMI & Industrial Networking

  • Basic Human-Machine Interface development
  • RS232, RS485 communication
  • LAN architecture fundamentals

These students are ideal for facilities applying automation or improving process reliability.

2. Power Systems & Electrical Design

Students gain strong fundamentals in power distribution, design, and system maintenance.

Power Quality & Protection

  • Harmonics
  • Power factor correction
  • Surge protection (MOVs, snubbers)

Design & Drafting Tools

  • Solid Edge
  • MultiSim
  • Microsoft Visio
  • Schematic creation and interpretation
  • Wiring diagram development

Canadian Electrical Code (CEC) Awareness

  • Conductor sizing
  • Grounding and bonding requirements
  • Safe installation practices

Students can assist electrical engineers, designers, or maintenance teams with accurate, code-informed work.

3. Electronics & Embedded Systems

With strong circuit fundamentals, students can assist with prototype development, testing, and troubleshooting.

Prototyping Skills

  • Soldering and component replacement
  • Breadboarding
  • Use of oscilloscopes and multimeters

Programming Foundations

  • Introductory C programming
  • Microcontroller interfacing
  • Basic firmware tasking

Circuit Analysis

  • DC/AC theorems
  • Transient response
  • Semiconductor device operation

These students integrate seamlessly into electronics labs, R&D teams, and testing environments.

The Co‑op Advantage: Ready to Work on Day One

ICET co‑op students are prepared to support your team immediately with:

CompetencyHow It Benefits Your Operation
IEC 61131‑3 StandardsEnsures automation code is future‑proof and serviceable
Numerical MethodsSupports modeling, analysis, and optimization tasks
Project Lifecycle ExperienceContributes to design, commissioning, and maintenance workflows
Safety & Ethics TrainingPromotes reliable, safety‑driven decision making

Ideal Placement Roles

  • Instrumentation Technician / Apprentice
  • Junior Automation Designer
  • Process Control Intern
  • DCS/SCADA Support Technician
  • Technical Sales or Estimating Support

A Partnership Built on Support and Flexibility

When you hire an ICET co‑op student, you’re not just getting talent – you’re getting a partner. We provide:

Single-Point Coordinator Support

For scheduling, feedback, and recruitment.

✔ Custom Student Matching

We help identify candidates with the precise skills your projects require.

✔ Flexible Co‑op Terms

We offer placement durations that align with industry timelines and seasonal demands.

Let’s Build the Future of Automation Together

By partnering with RRC Polytech’s ICET co‑op program, you gain access to highly skilled, motivated technologists who are ready to contribute immediately – and grow into future leaders in instrumentation and control.

If you’re ready to strengthen your workforce with “Day 1 ready” talent, we’re excited to collaborate.

RRC Polytech campuses are located on the lands of the Anishinaabeg, Ininiwak, Anishininwak, Dakota Oyate, and Denésuline, and the National Homeland of the Red River Métis.

We recognize and honour Treaty 3 Territory Shoal Lake 40 First Nation, the source of Winnipeg’s clean drinking water. In addition, we acknowledge Treaty Territories which provide us with access to electricity we use in both our personal and professional lives.