Today’s electronic systems must be smarter, faster, and more reliable than ever. To stay competitive, organizations need team members who can learn quickly, think critically, and contribute both creatively and technically.

RRC Polytech’s 2^nd year Electronic Engineering Technology (EET) students are trained to do exactly that. With hands-on experience, strong engineering foundations, and a practical design‑to‑deployment skillset, they offer immediate value to companies developing embedded systems, digital hardware, industrial electronics, networked devices, communication systems, and more.

Whether you need support in design, testing, prototyping, production, field work, or documentation, EET students are ready to contribute as co‑op hires or junior technical assistants.

Core Technical Strengths

1. Embedded Systems & Hardware Design

EET students turn theoretical concepts into working devices. They are trained in:

Microcontroller Integration

• C programming for embedded processors
• Interfacing with LCD modules, matrix keypads, and hardware interrupts
• Working with external sensors and digital/analog peripherals

PCB Design & Manufacturing

• High-speed PCB layout
• Switching power supply design
• Component footprint creation
• Design-for-manufacturability and troubleshooting

Digital Logic Systems (VHDL)

• Building finite state machines
• Implementing UART and serial communication blocks
• Designing digital subsystems using Altera Quartus II

Students graduate with hands-on prototyping experience that directly supports product development and R&D environments.

2. Digital Communications & Networking

Students understand the infrastructure behind today’s connected technologies.

Routing & Switching

• Cisco router and switch configuration
• VLAN creation
• IEEE 802.1Q trunking
• Basic network security hardening

Communication Protocols

• RS232, RS485
• Fiber optics
• LAN/WAN communication system design

Signal Processing

• Sampling and filtering
• FFT analysis
• z‑transform applications

This training prepares them to support secure, reliable device communication and industrial networking projects.

3. Industrial Electronics & Control

EET students bring strong practical understanding of electronics used in automation and manufacturing.

Analog Circuitry

• Filters, timers, and oscillators
• Linear and switching power supplies
• Signal generation and conditioning

Sensors & Transducers

• Optoelectronics
• Temperature and speed sensors
• Electronic triggering devices

Control Systems

• Transfer function development
• System stability analysis
• PID controller tuning using Laplace-based methods

They are well-equipped to support R&D labs, production testing, and industrial electronics teams.

4. Specialized Electives That Add Value

Depending on elective choices, students may bring additional capabilities in:

Biomedical and Wireless Communication

• X‑ray and ultrasound fundamentals
• Medical sensor circuits
• 802.11 Wireless LAN engineering, including site surveys and link budgeting

Electronic Measurement & High-Frequency Analysis

• Impedance matching
• Use of high-frequency instruments
• RF troubleshooting

These electives make students adaptable to a wide range of specialized technical environments.

Why Employers Value EET Co‑op Students

1. Quick Integration into Technical Teams

With a prior co‑op term and extensive lab experience, students understand discipline-specific:

• Documentation
• Safety practices
• Engineering workflows
• Project cycles

2. True Design‑to‑Build Competence

They can:

• Model and simulate designs
• Build prototypes
• Debug hardware at the bench
• Support testing and validation

3. Awareness of Network and Security Requirements

Their Cisco‑based training means the devices they produce are:

• Configured correctly
• Secure
• Integration-ready

4. Data-Driven Thinking

Through Quality Assurance and Statistics courses, students apply:

• Probability
• Linear regression
• Statistical testing
  To guide decisions and verify system performance.

5. Strong Technical Communication

With three levels of Technical Communications training, students produce:

• Engineering reports
• Project charters
• Test documentation
• Design specifications

This reduces onboarding time and improves workflow clarity for technical teams.

How RRC Polytech Supports Employers

Employers partnering with the EET co‑op program receive:

• Coordinator support for scheduling and placement logistics
• Student matching to align skills with your project needs
• Flexible co‑op timing to fit seasonal or project-based workloads
• Access to motivated talent prepared for real engineering responsibilities

Start Building Your Future Engineering Talent Pipeline

Second-year Electronic Engineering Technology students are ready to assist with embedded systems, hardware design, automation, networking, communications, industrial electronics, and R&D.