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Digital credentials

Gaining real-world engineering experience

Current students can earn digital credentials to demonstrate skills learned through classwork. The skills signified by digital credentials can set up a student for greater post-graduation success.

Digital credentials are designed with sharing in mind. While not a replacement for certificates, minors, or degree programs, digital credentials can be displayed in one’s public profile to provide evidence that they are working towards mastering critical 21st century competencies.

Claim Your Badge

The Department of Engineering and Engineering Technology at UWO has partnered with Credly to offer digital credential badges. Once you have completed all of the requirements to earn your digital credential, follow the steps below:

  1. Fill out the Request Your Badge form on this page to request your digital credential.
  2. You will receive an email with more information about how to claim your badge.
  3. Once you’ve claimed your badge, you can share it on your LinkedIn account or other social media, online portfolio, Resume/CV, email signature, or anywhere else.

Note: Digital credentials will not be documented on your academic transcripts.

Please click below for support regarding some of the most commonly asked questions related to claiming and sharing your badge:

Request Your Badge

Name(Required)
Badge(s) Earned(Required)
Requirements(Required)

Badge Catalog – Environmental

Water and Wastewater Managment

EGRT 202 and EGRT 302

  • Understanding sources and treatment technologies for municipal and well water sources. Ability to execute beaker testing to determine dosage needed for optimal coagulation.
  • Understanding of municipal and onsite wastewater treatment technologies.
  • Understanding of basic water quality monitoring parameters.

Environmental Monitoring and Analysis

EGRT 374 or EGRT 400 and EGRT 397

  • Understanding of equipment and standard methodologies for sampling soil, air, and water matrices.
  • Familiarity with in-situ and grab sampling techniques for water, air, and soil analysis.
  • Understanding of operations within laboratories and/or field units that are certified by state or federal agencies.

Renewable Energy

EGRT 375 and EGRT 397

  • Understanding of most commonly used renewable energy systems.
  • An understanding of the decision tree used to decide if renewable energy technology is appropriate for a situation.

Freshwater Testing

EGRT 202 and EGRT 397

  • Understanding of well water testing methods and paramters.
  • Understanding of water analysis in the laboratory and field.
  • Understanding of field techniques for sampling groundwater and surface water.
  • Understanding of operations within laboratories and/or field units that are certified by state or federal agencies.

Air-Pollution Control

EGRT 201 and EGRT 301

  • Understanding of the mechanisms that drive transportation and determine fate of pollutants.
  • Understanding removal mechanisms of abatement technology.
  • Ability to determine performance (removal efficiency) of treatment technologies by hands on pilot projects.
  • Ability to determine removal efficiency needed to meet permit criteria.

Badge Catalog – Electrical

Internet of Things

EGRT 350 and EGRT 257

  • Understanding of basic structure and programming of a microcontroller
  • Able to perform the hardware interfacing of and data communication among sensors and actuators for IoT applications

Electronic Circuit Application

EGRT 232 and EGRT 333

  • Able to use semiconductor devices (diode, bipolar junction transistor and MOSFET) and Op Amps for various applications
  • Understanding of the operation and parameters of digital-to-analog and analog-to-digital converter

Computer Simulation Tools

EGRT 131 and EGRT 325, Matlab and PSPICE

  • Able to perform numerical computation and simulations involving signals and systems in Matlab
  • Able to use PSpice to draw, simulate, and analyze basic electrical and electronic circuits

Badge Catalog – Mechanical

Control and Data Acquisition

EGRT 320 and EGRT 342

  • Theoretical and hands-on skills related to operation of electro-mechanical devices
  • Hands-on laboratory experience in the Teaching and Energy Research Industrial Lab (TERIL) demonstrating operation of real industrial systems (compressed air, pumping, chilled water and furnace)
  • Concepts verification in precision measurement theory as it relates to process measurements and the accuracy of measurements in industrial processes
  • Acquisition and analysis of data collected during advanced experiments”

Thermodynamics and Heat Transfer

EGRT 330 and EGRT 335

  • Knowledge related to thermal properties of substances
  • Understanding of Thermodynamic laws and their application in real industrial systems
  • Theoretial knowledge of power and refrigeration systems
  • Understanding of heat transfer modes in various applications and configurations

Computer Aided Design (CAD)

EGRT 207 and EGRT 308, Pass Solidworks CSWA Exam

  • Become proficient in the use of SolidWorks in the design of components in a 3D modeling environment
  • Utilize SolidWorks to analyze designs using Finite Element analysis
  • Successfully pass the SolidWorks (CSWA) exam that shows you have mastered the basics of SolidWorks

Badge Catalog – Leadership

Leadership

President (or other office) of Engineering Club/SSFT club, AND Project Management

  • Ability to organize club meetings, site visits and events.
  • Ability to represent the club on meetings with third parties.
  • Ability to develop project proposals and manage project progress.
  • Ability to recruit new members for the club.

Department of Engineering and Engineering Technology