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Quick Train Canada offers programs in a variety of sectors giving you a competitive advantage in Canada’s changing economy.
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The Essentials of Community Energy and Emissions Management microcredential offers a comprehensive and practical approach to understanding and implementing energy-efficient and clean energy solutions in communities. On-site renewable energy, zero-emission energy-efficient buildings, and zero-carbon transportation are the key themes of this program. This microcredential centers on learning how to create a Community Energy and Emissions Management Plan (CEEP), providing the foundational knowledge and skills needed to address the challenges of energy use and emissions in community planning and management.

This microcredential is ideal for professionals in the fields of urban planning, engineering, environmental science, and public administration. It is also beneficial for individuals looking to enhance their expertise in sustainable community development and energy management.

The Essentials Net-Zero and Passive House Construction microcredential is for individuals who want to gain the skills and knowledge to construct high-performance buildings to meet the BC Energy Step Code, Net-Zero Energy, and Passive House standards. Every industry practitioner will benefit from an applied understanding of the unique requirements of Net-Zero and Passive House design and construction.

The microcredential contains the essentials needed for understanding building enclosures, electrical and mechanical systems, and processes and considerations for these new codes and standards. The microcredential consists of four courses using practical examples of wood- framed construction from seasoned industry leaders. An optional hands-on lab course is available for those interested. This program is delivered online and is offered on a course-by-course basis.

Upon completion, learners will have:

  • Confidence to ensure project compliance with performance requirements and compliance process of the BC Energy Step Code and Net-Zero and Passive House standards
  • The skills to critically assess design details and adopt construction best practices to achieve airtight and thermally-efficient Net-Zero and Passive House performance levels
  • The ability to compare design options and construction requirements for mechanical and electrical systems in Net-Zero and Passive House buildings
  • Knowledge of new planning, decision-making, and construction practices to achieve Net-Zero and Passive House buildings.

This course is for anyone with a high school education who wishes to learn about the maintenance and troubleshooting of an advanced power production plant like a wind turbine farm. This program is beneficial for technical or trades students and professionals alike to gain valuable knowledge to transition into working in the wind energy industry. Management professionals will also find this course beneficial to understand the scope of work that goes into lowering the cost of electricity produced in wind turbines by maintaining a proper maintenance and troubleshooting program.

The Essentials of Wind Turbine Maintenance is designed to provide a comprehensive understanding of the fundamental principles and practices involved in maintaining wind turbine systems. Participants will learn essential techniques and strategies for ensuring the optimal performance, longevity, and reliability of wind turbines. The course covers various aspects of wind turbine maintenance, including preventive maintenance, condition monitoring, and corrective maintenance. Participants will gain knowledge in topics such as inspection and monitoring of turbine components, lubrication and oil analysis, blade maintenance, gearbox and generator maintenance, electrical system maintenance, and safety protocols. Upon completion of the course, participants will have a solid foundation in wind turbine maintenance practices and will be equipped with the skills necessary to effectively manage and optimize the performance of wind turbine systems.​

This course is for anyone with a high school education who wishes to learn about the maintenance and troubleshooting of an advanced power production plant like a wind turbine farm. This course is beneficial for technical or trades students and professionals alike to gain valuable knowledge to transition into working in the wind energy industry. Management professionals will also find this course beneficial to understand the scope of work that goes into lowering the cost of electricity produced in wind turbines by maintaining a proper maintenance and troubleshooting program. 

The Essentials of Wind Turbine Troubleshooting is designed to provide a comprehensive understanding of the troubleshooting process specifically for wind turbines. Participants will gain essential knowledge and skills necessary to identify, diagnose, and resolve common issues that can arise in wind turbine systems. The course covers topics such as turbine component analysis, electrical system troubleshooting, mechanical system diagnostics, and control system problem-solving. Through a combination of theoretical lessons and practical exercises, participants will develop proficiency in identifying and addressing various technical challenges encountered in wind turbine operations. By the end of the course, participants will be equipped with the essential skills and strategies needed to effectively troubleshoot wind turbine systems and ensure their optimal performance and reliability. 

Green technology and transportation basics are changing. Electric vehicles are a great option for reducing the carbon footprint of vehicles. This microcredential will introduce you to the safe handling of EV batteries, the fundamentals of EV batteries, and the storage of EV batteries. Intended audience is anyone working in the retail automotive sector such as car dealerships, parts stores, and automotive repair shops.

Precision farming is a management concept that observes, measures, and responds to field variability in crops. To do this, precision farming uses the latest techniques and technologies to address the carbon footprint, clean technologies, and the environmental impact of farming. With the use of technology and the Internet of Things (IoT), the farmer can make decisions regarding practices such as land management, maintenance schedules, seeding, and others by using real-time data. The effect is a reduction in the use of sprays, fertilizers, carbon emissions, and the reduction of greenhouse gases. This microcredential investigates current legal status covering equipment owner access to data, provides descriptions of the types of analysis available and how to use it, and explores how the data from ‘smart’ equipment combined with analysis can be used to make future decisions to increase productivity, decrease emissions, reduce the carbon footprint, and to inform farming practices. There are eight microcredentials within the Precision Farming series and they can be taken in any order or on their own.

The ideal learner will be looking to adopt sustainable farming practices and already be employed in the farming industry, either as an employee or owner.  It is expected that the learner will have at least basic digital skills. The learners will complete the modules at their own pace. Therefore, this microcredential has been developed fully online.

In this microcredential, you will learn how to determine the social and environmental impact of event management options. You will also learn how to evaluate these options using a sustainability checklist and communicate your findings to clients and vendors by presenting a sustainability analysis report to promote social and environmental responsibility in their sector(s).

This course is intended for current and future event professionals looking to incorporate sustainable practices into their existing market offerings.

Experience in events is recommended but not required.

Geospatial Analysis is the second microcredential in a series of five stackable microcredentials focused on the application of GIS (Geographical Information Systems) technology to collect, analyze and interpret data for use in various sectors of the economy, including agriculture, natural resources and the environment, clean technology, transportation and construction.

Examine industry trends and explore Model Builder in GIS. You will learn about Esri-based ArcGIS StoryMaps and develop interactive, multimedia presentations. You will map watersheds and interpret data to address geographic challenges.

Recommended Experience

  • If you do not have previous experience in GIS, it is strongly recommended that you complete GIS501 – Introduction to GIS: Geospatial Data microcredential before enrolling in other GIS microcredentials.
  • This microcredential is for those who have completed an introductory-level GIS course and want intermediate technical knowledge and skills.

Create data collection solutions to distinguish tools based on the requirement of a project. This microcredential covers fundamentals in GPS and RTK data collection to provide a holistic understanding of editing, integration and visualization methods for a complete setup. You will learn how to upgrade your skills to pursue positions such as a certified GIS Professional (GISP) or drone pilot.

Recommended Experience

  • If you do not have previous experience in GIS, it is strongly recommended that you complete GIS501 – Introduction to GIS: Geospatial Data microcredential before enrolling in other GIS microcredentials.
  • This microcredential is for those who less than one year of academic training or work experience in GIS. The focus is on frequently used data collection technologies. In addition, pathways to drone operation certifications and becoming a GIS professional are explored.

Opportunity to build on your GIS microcredential

  • This microcredential is part of a suite of five GIS microcredentials. You can pursue one or more microcredentials in the Geospatial Data Collection Analysis and Interpretation using GIS Technology program.

A modern conservationist is multidisciplined and provides a balanced program leading to a future where aquatic and wildlife ecology remains healthy and abundant. Knowing Global Positioning basics is integral. This microcredential will introduce you to Global Positioning Systems (GPS), the use of handheld GPS receivers, entering GPS data into various Geographic Information Systems (GIS) file formats, and collecting data using advanced data collection techniques.

Business Analysts exist across every industry. They help businesses solve problems, improve processes, and communicate effectively. They gather information, analyze it, and recommend solutions. This microcredential will help you understand what a business analyst does. It will also teach you how to find good solutions for the environment and match your company’s sustainability goals. It will contribute to building a greener future for generations to come.

The intended audience is anyone working in business who wants to strategically implement change. The person will already have strong computer skills and be familiar with databases and have a keen interest in clean/green solutions.

​Building upon the foundational knowledge gained in the basic heat pump installation course, the Advanced Heat Pump Installation course delves deeper into the intricacies of designing, installing, and optimizing complex heat pump systems. This course is designed for experienced HVAC technicians, engineers, and professionals seeking to enhance their expertise in heat pump technology.

This microcredential will introduce participants to the following concepts:

  • Sequence of operation of a heat pump system both mechanically and electrically
  • More complicated electrical wiring diagrams and how to interpret them
  • How to determine electrical and mechanical problems
  • How to detect and find refrigerant leaks and repair
  • Participants will also work on various systems used in the residential field.

Entry in HVAX 3210 requires completion of HVAX 3200 – Heat Pump Installation – Basic.

The intent of the course is to introduce the student to proper procedures on how to install a heat pump, helping them understand and learn in the field with a qualified individual.​ This microcredential will introduce participants to the following concepts:

  • Sequence of operation of a heat pump system both mechanically and electrically
  • More complicated electrical wiring diagrams and how to interpret them
  • How to determine electrical and mechanical problems
  • How to detect and find refrigerant leaks and repair
  • Participants will also work on various systems used in the residential field.

Entry in HVAX 3200 requires one of the following: Red Seal: Sheet Metal, Plumber, Electrician, or Gas Fitter.

The Heat Pump Maintenance and Repair course is designed to equip HVAC technicians and maintenance professionals with the knowledge and skills necessary to effectively maintain, troubleshoot, and repair heat pump systems. Heat pumps play a crucial role in providing heating, cooling, and humidity control in residential, commercial, and industrial settings, making it essential to ensure their proper functioning through regular maintenance and timely repairs

This microcredential will introduce participants to the following concepts: 

  • Sequence of operation of a heat pump system both mechanically and electrically 
  • More complicated electrical wiring diagrams and how to interpret them 
  • How to determine electrical and mechanical problems 
  • How to detect and find refrigerant leaks and repair 
  • Participants will also work on various systems used in the residential field

Entry in HVAX 3220 requires completion of HVAX 3200 – Heat Pump Installation – Basic  and HVAX 3210 – Heat Pump Installation – Advance. 

This course represents the concluding project for the microcredential in Building Energy Modelling and Simulation. Learners will apply the knowledge of whole building energy modelling and simulation they acquired in the instructional courses. This project will be at the equivalent level of complexity as a real-world industry project. Mentoring and guidance will be provided by an industry expert faculty member with current, relevant industry project experience. This project course provides learners with experience comparable to industry experience in the field, starting with problem definition, methodology, energy modelling and simulation of design options, development of a proposed design, and justification of the recommendation. This will be summarized in an industry-style report. 

Students will first learn safe practices used when working with high-voltage hydrogen fuel cell systems. Students will then work on the fundamentals of hydrogen fuel cell systems. Students will then examine how hydrogen is produced and transferred in a safe way.  Students will study how high-pressure hydrogen storage systems function and the various safety systems in place in vehicles. Finally, students will apply this knowledge and acquire the skills to determine and address the servicing needs of fuel cell electric vehicle systems. 

The Indigenous Leadership for Renewable Energy microcredential equips Indigenous and Non-Indigenous Canadians with essential knowledge and competencies to actively contribute to a cleaner economy and society within their workplaces and communities. Developed and facilitated in collaboration with the Mi’kmaq community in Epekwitk (Prince Edward Island), this microcredential centers Indigenous communities, voices, and leadership in the context of renewable energy initiatives. 

Participants will gain a fundamental understanding of renewable energy terminology and concepts and will explore strategies to benefit from federal, provincial, and municipal opportunities. Promoting traditional ecological principles in renewable energy projects will help foster sustainability, cultural preservation, and community empowerment in a collective commitment to Canada’s 2030 Emissions Reduction Plan. 

This training supports learners in all trades to prevent, analyze, and fix issues with the building envelope that affect energy efficiency. Collaborative communication and respectful work are essential to the concept of  house as a system,  where all trades work together during the construction of a home to create the most energy-efficient product. The training will introduce solid building science with the intent of making tradespeople more informed about the importance of their work and how that work affects the other trades and impacts the performance of the home as a whole.   

Employees in trades such as construction, electrical, HVAC, and plumbing, will gain skills and knowledge regarding energy efficiency in residential and commercial buildings. This upskilling opportunity will ensure employees have the necessary skills and abilities to perform their duties in an energy efficient and net zero environment.  

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