Advanced Manufacturing Engineers Upskilling Program (AME-UP)

AME-UP Program
Administrator
(10)
Timeline
  • February 4, 2025
    Experience start
  • March 15, 2025
    Experience end
Experience
23/23 project matches
Dates set by experience
3 projects max per company
C$3,000.00
Portal pays 100%

Total cost is C$3,000.00 per participant.

Preferred companies
Canada
Any company type
Any industries

Experience scope

Categories
Mechanical engineering Engineering project management Electrical engineering Operations
Skills
project proposals technical report project management problem solving
Participant goals and capabilities

The participants in this program possess strong analytical, problem-solving, and design skills. They are adept at working with complex systems, optimizing processes, and applying engineering principles to solve technical challenges. Having at least 3 years of experience in STEM or related industries, these individuals are familiar with industry best practices, project management, and real-world problem-solving in technical environments. They can bring practical insights to clean-tech initiatives. Their ability to transition into cleantech demonstrates flexibility and the capacity to learn new technologies and industries.


Many of these learners have diverse backgrounds and experiences, allowing them to work effectively in multicultural teams and across different technical disciplines. Being legally eligible to work in Canada, with many holding valid work permits, these individuals are prepared to contribute to the Canadian clean-tech sector for at least the next year. They can bring an international perspective while adhering to local regulations and business practices.


Participants

Participants
Workforce Development
Beginner, Intermediate levels
100 participants
Project
60 hours per participant
Educators assign participants to projects
Individual projects
Up to 5 team(s) or 5 participant(s) per project.
Each participant can join up to one team
Expected outcomes and deliverables

Expected Project Outcomes:

Learners will engage in practical, hands-on projects designed to apply their existing STEM knowledge and newly acquired clean-tech skills. The core objective is to develop solutions that address sustainability challenges, clean energy innovations, or carbon emission reductions.


Deliverables:

Learners can submit the following deliverables to the employer, demonstrating the results of their projects:

  • Project Proposal Document
  • Technical Report
  • Prototype or Simulation Model
  • Presentation of Results
  • Reflection Paper
  • Or a better deliverable that would be better suited for the project


Project timeline
  • February 4, 2025
    Experience start
  • March 15, 2025
    Experience end

Project Examples

Requirements

The learners’ projects may involve the following activities:

  • Designing and Prototyping Clean Energy Solutions
  • Data Analysis and Modeling
  • Process Optimization in Clean Manufacturing


Additional company criteria

Companies must answer the following questions to submit a match request to this experience:

  • Q1 - Multiple choice
    What province is your company located in?  *
    • Alberta
    • British Columbia
    • Manitoba
    • New Brunswick
    • + 9 options
  • Q2 - Text short
    What city is your company located in?  *
  • Q3 - Multiple choice
    What sector best describes your company?  *
    • Accommodation and food
    • Administrative and support, waste management and remediation services
    • Agriculture, forestry, fishing and hunting
    • Arts, entertainment and recreation
    • + 20 options
  • Q4 - Multiple choice
    What is the size of your company?  *
    • 1-499
    • 500+
  • Q5 - Multiple choice
    How many participants are you looking to bring onto your project?  *
    • One (1) participant
    • Two (2) participants
    • Three (3) participants
    • Four (4) participants
    • + 1 options