Professional Development
Begin your learning journey with a microlearning video, infographic, self-directed
module, job aid, or other resource that requires less than an hour of your time.
TITLE |
DESCRIPTION |
LEARNING OUTCOMES |
RESOURCE TYPE |
AVERAGE TIME |
Introduction to Prompt Engineering Infographic |
Explore this introduction to the what and the why of prompt engineering. |
- Engineer prompts and submit them to a Gen AI tool for productivity purposes. 
|
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5 minutes |
Prompt Engineering RTF Framework infographic |
Explore an Effective ChatGPT Prompt Engineering Framework. |
- Engineer prompts and submit them to a Gen AI tool for productivity purposes.  
|
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5 minutes |
|
Engineer prompts and submit them to a GenAI tool for productivity purposes. |
- Engineer prompts and submit them to a Gen AI tool for productivity purposes.  
|
Microlearning Video |
5 minutes |
Which Version of Copilot? |
A quick overview of Microsoft's Copilot products, with the ³ÉÈËÖ±²¥-supported tool identified. |
- Use AI to support course design and facilitation to enhance their students’ learning experience.  
|
Reference Guide |
5 mins |
AI Use Syllabus Options Infographic |
Use this infographic to help choose an approved AI Use Policy for your ³ÉÈËÖ±²¥ course. |
- Understand the impact of ethics on the use of Gen AI in higher education and craft policies for their own classroom. 
|
Infographic |
5 mins |
Faculty Considerations for AI Use |
Explore four important considerations before allowing or requiring AI use in any ³ÉÈËÖ±²¥ course. |
- Understand the impact of ethics on the use of Gen AI in higher education and craft policies for their own classroom. 
|
Reference Guide |
5 mins |
|
The purpose of this infographic is to create an easily digestible overview catered
to higher ed use cases, highlighting both key benefits and limitations in Generative
AI. |
- Develop a foundational understanding of Generative AI.  
|
Infographic |
5 minutes |
|
The purpose of this microlearning video is to introduce viewers to Generative AI in
simple terms, familiarize them with popular AI models, showcase real-world applications
through examples, and highlight current limitations and ethical concerns, particularly
regarding output model bias. |
- Develop a foundational understanding of Generative AI.  
|
Microlearning Video |
6 minutes |
³ÉÈËÖ±²¥ AI Citation Guide |
Review this guidance for faculty on student citation requirements when using generative AI tools in approved courses. |
- Understand the impact of ethics on the use of Gen AI in higher education and craft policies for their own classroom. 
|
Reference Guide |
10 mins |
|
Want to use generative AI to design or refine your course, assessments or learning
activities? This self-paced course includes all the information you need to confidently
and ethically use Copilot for a variety of course design and content generation tasks. |
- Use AI to support course design and facilitation to enhance their students’ learning experience.  
|
Self-Directed PD |
60-75 minutes |
|
This self paced on Prompt Engineering focuses on understanding the definition of the
term and its use when interacting with large language models (LLMs) like Copilot. |
- Engineer prompts and submit them to a Gen AI tool for productivity purposes. 
|
Self-Directed PD |
2 -3 hours |
|
1. Create self-study guides, Quizzes, flash cards and images for practicing concepts
and increasing cognitive engagement.
2. Generate Games and simulations to increase student engagement.
3. Create course content (for e.g. case studies, research scenarios, essay prompts
etc.) using Copilot for better understanding of course material.
4. Create introductory discussion forums with images, poems, and emojis to initiate peer reflections.
|
- Use Gen AI to facilitate their students’ engagement and support.
|
Self-Directed PD |
2 to 3 hours |
|
Explore current generative AI technologies, examine practical applications and consider the ethical considerations of integrating AI into educational practices.
|
- Develop a foundational knowledge of generative AI tools
|
Self-Directed PD |
60-90 minutes |
|