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This microcredential will provide the knowledge and know-how for driving business performance through a focus on sustainability.

Building on a foundational understanding of sustainability and how it impacts business performance, you will learn proven strategies to address growing demands for enhanced environmental and social governance, while simultaneously improving business performance.

This microcredential is for graduates and working professionals, who wish to build their knowledge in sustainable business management to accelerate their careers.

This course focuses on what’s needed for an effective food distribution system. You will develop a comprehensive understanding of monitoring shipments with tracking and tracing practices, technology and transaction protocols.

You will examine the complexities of track and trace in relation to authenticity, safety and sustainability. You will also address issues related to environmental impact, social equity and economic viability. The course’s industry-focused curriculum will explore what’s needed to ensure a safe food supply.

The course offers hands-on learning through case studies, guest lectures and online collaboration.

This microcredential is for graduates and working professionals who are interested in enhancing their knowledge of sustainable supply chain practices or helping their organizations achieve environmental, social and governance related goals.

This microcredential will explore sustainability issues and solutions for small business. Topics will include carbon emissions, carbon tax, the three pillars of sustainability and their impact on business drivers, as well as leadership competencies to drive innovation.  The content in this course will empower participants with the tools and knowledge to implement sustainability best practices that are not only meaningful to the environment but also to their small business.

Precision Agriculture (PA) is a method of measuring and managing variability to ensure the right products at the right rates are applied in the right place and at the right time. This is known as 4R nutrient stewardship. 

In this microcredential, learners will explore precision agriculture tools and make data-informed decisions for a farming operation. Learners will participate in real-world demonstrations of data collection using PA tools and technologies and access sources of existing data. Learners will explore how data informs applications using VRA-capable equipment such as fertilizer spreaders, sprayers with nozzle control, or VR-capable planters

In this microcredential, participants will learn about the stages of the consultation framework including initial assessments, financial documents, and communication with Indigenous communities, provincial governments, and proponents. This microcredential is open to participants from all sectors and communities. They will work in groups to develop an initial assessment, a consultation budget, and research the relevant laws, principles, policies, and protocols and obligations for an assigned project. Participants will compile a final report with recommendations and present their work to their peers. Upon successful completion of this microcredential, participants will be able to navigate a consultation process.  

Participants will work in groups and will learn about the stages of the consultation framework including initial assessments, financial documents, and communication with Indigenous communities, provincial governments, and proponents. Upon successful completion of this microcredential, participants will be able to navigate a consultation process. 

The course introduces the fundamental concepts of electrical underground distribution systems and design. Based on previous working experience and education, and knowledge from the first two courses in the microcredential: Fundamentals of Distribution Design and Overhead Distribution Design, it provides an overview of electrical underground distribution systems and develops concepts of underground distribution design. Topics include components, design considerations, standards, cables, cable pull calculations, vaults, trenches, transformers, grounding, loads (residential, commercial, industrial), applications, and safety and economical considerations. Software tools will be used for modeling and simulation throughout this course. 

Electric vehicles are a great option for reducing the carbon footprint of vehicles. But where do you start? If you’re a consumer or someone in retail automotive sales who is interested in EVs, this microcredential is a good place to start. In this microcredential, you will examine the positive aspects of running an EV and gain an understanding of the general maintenance involved with an EV.

The intended audience is anyone working in the retail automotive sector such as car dealerships, parts stores, and automotive repair shops. The intended audience also recognizes the need for consumer education, therefore, this microcredential is for consumers interested in learning about EVs and their impact.

LiDAR (Light Detection and Ranging) is an optical remote sensing technology that uses laser pulses to determine the distance between the sensor and a surface or object. LiDAR has emerged as one of the most important sources of data for topographic mapping, vegetation analysis, and 3D modeling of infrastructure. Specific uses of this technology include floodplain mapping, transportation planning and design, resource and environmental management, and emergency response. New uses for LiDAR data are emerging. A thorough understanding of LiDAR technology and its application in Geographic Information Systems (GIS) will assist watershed and conservation professionals to be on the leading edge of data-driven adaptations for the changing natural environment.  

​This microcredential is an introduction to the capabilities of LiDAR and associated technologies to support watershed resilience. Learners will use data sources in a broad range of applications to understand ecosystems and build watershed resilience. 

This training may be of interest to individuals working with watershed organizations, public school teachers, environmental organizations, and anyone interested in environmental sustainability. 

This course covers how refinishing products affect the environment and how to minimize those effects. Course content includes safe handling, storage, and disposal methods of products containing volatile organic compounds (VOC) as regulated by GVRD Automotive Refinishing Emission Regulation Bylaw No. 1296, 2019 and GVRD Air Quality Management Bylaw No. 1086, 2008. 

This course builds on and provides updates on GVRD Automotive Refinishing Emission Regulation Bylaw No. 1296, 2019, and GVRD Air Quality Management Bylaw No. 1086, 2008. It examines past applications of the regulation and best practices for implementing it in collision repair shops. Participants in this course should have the foundational knowledge of air contaminants as covered in the prerequisite VOC-Clearing the Air course.   

This course prepares learners for the low-carbon economy by introducing them to the principles of a circular economy and waste management. By understanding and applying technologies and strategies for waste reduction, diversion, and sustainable practices, students are equipped to contribute to reducing environmental impacts and fostering a low-carbon future​. 

Venturing into data analysis can be daunting. However, much of the analysis required for agriculture operations may be less complex. For example, regression analysis can provide insight into production levels based on single focus items such as rainfall for the year. However, analyzing combinations of factors such as rainfall, soil condition, hours of sunlight, seed density and fertilizer application rates requires machine learning (ML)/AI to provide a more in-depth picture of what is happening. This microcredential introduces participants to analyzing data and format approaches, algorithms for decision-making, and interpreting results of compiled data.

The ideal learner will be looking to adopt sustainable farming practices using data 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.

Prior Learning

  • It is recommended, but not necessary, to complete IOT Data Acquisition & Storage before enrolling

The Whole-Building Life Cycle Assessment Professional microcredential provides the knowledge and skills needed to effectively use LCA in design decisions for works of construction. Developed in partnership with the Athena Sustainable Materials Institute, this microcredential consists of four courses delivered online by experienced LCA professionals through a combination of self-paced work and virtual live lectures.

Learners will gain foundational knowledge of life cycle thinking, embodied carbon, and LCA standards and methods that they will apply as they conduct whole-building LCAs and calculate the carbon impact of building materials using Athena’s free LCA software. Learners will complete the microcredential with a final project where they will undertake a thorough whole-building LCA and produce a comprehensive report in compliance with the national guidelines on whole-building LCA.

 

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