eLearning for Different Delivery Modes
As student demand for flexible options continues to increase, eLearning has become a critical piece of how teaching and learning happens. At Fanshawe College, all courses include mandatory aspects of eLearning, supported through FanshaweOnline (FOL) in alignment with Policy A115 (Online Learning and Educational Technology).
eLearning includes any use of digital tools, media, or communication technologies to support teaching and learning. This can occur in the following delivery modes:
- In-Person (Face-to-Face / Web-Enhanced)
Courses delivered on campus during scheduled class times, supported by online tools (FOL) for communication, materials, and assessment. - Online (Synchronous / Live)
Courses delivered online in real time (e.g., over Zoom), with scheduled sessions where the professor and students interact simultaneously. - Online (Asynchronous / Self-Paced)
Courses delivered online without scheduled class times, where students engage with materials and complete activities independently within structured timelines. - Blended (Hybrid)
Not truly a unique mode; blended courses combine hours in more than one of the modes above. Blended delivery considers which aspects of instruction, interaction, and assessment are most effective within each of the modes a course has available.
If you’re unsure of your delivery mode or what this means for your course, see Getting To Know Your Course.
Designing Across Modes
While the tools may be similar across modes, effective teaching design differs significantly depending on how the course is delivered. The table below highlights how core elements of teaching should be intentionally adapted for each delivery mode.
Instruction
The mode of a class impacts how learners encounter and make sense of new knowledge and skills. Designing the instructive part of a lesson involves clear, structured explanations and learning materials that support students in the achievement of the learning outcomes.
| In-Person (Web-Enhanced) | Online Live (Synchronous) | Online Self-Paced (Asynchronous) | |
| Delivery | Instruction in class or lab but supported by content on FOL (slides, outlines, resources). | Instruction in scheduled virtual sessions, typically via Zoom. | Instruction delivered through online modules (videos, readings, guided materials) accessed independently. |
| Structure | Short segments of teaching supported by in-class questioning, comprehension checks, and clarification. | Short live segments: deliberate pacing and frequent interactions are needed to maintain attention. Limited ability to read the room means intentional checks or polling are critical. | Highly structured and explicit instruction; because information cannot be clarified in real time, content must anticipate misunderstandings. |
Key design tips:
- Avoid long lectures in all modes; attention drops after as little as 20 minutes in person and 8-12 minutes online. After this, students need to engage with the content before learning more (See “Interaction” below).
- PowerPoint slides, notes, and other instructional materials can be uploaded for students in all modes. Where these are supplemental to their presentation (i.e., live or recorded presentation), it’s possible for them to be structured, scaffolded, or outlined only.
- When creating instructional materials, try to make them as accessible as possible so that all students can benefit from them. For support with this, see our page on Accessibility and UDL.
AI Considerations
- We acknowledge that faculty are increasingly turning to Generative AI to produce primary and supplementary instructional materials. We encourage you to model academic and professional integrity to students by ensuring all generated materials are vetted by you to ensure accuracy, relevance, alignment with learning outcomes, absence of bias, and acknowledgement or citation of source material where appropriate.
Interaction
Interaction is where students actively engage with content, peers, and the professor to deepen learning. If students have no opportunity to actively engage with their learning, new information and skills will be quickly forgotten. Well-designed activities create opportunities for application, discussion, and practice so that students don’t experience new ideas passively.
| In-Person (Web-Enhanced) | Online Live (Synchronous) | Online Self-Paced (Asynchronous) | |
| Nature of Interaction | Spontaneous and planned interactions through discussion, group work, and informal exchange. | Typically more structured interactions (polls, chat, breakout rooms) to maintain engagement. | Interactions that are typically text-based (but don’t have to be). These must be clearly guided because the professor’s response is not instantaneous. |
| Typical Activities | Think–pair–share, in-class exercises, spontaneous questioning or debate. | Breakout activities, group whiteboard, live collaborative documents. | Discussion or post-it boards, peer review, reflective responses. |
| Professor Presence | Visible and immediate through physical presence, but also supported through FOL. | Immediate through virtual presence and responsive facilitation on FOL. | Intentionally created via announcements, feedback, and activity design through FOL. |
Key design tips:
- Whereas digital presence (e.g., quick email responses, meaningful feedback, and use of announcements) is required with online delivery, academic research and student feedback show that it is helpful in all modes.
- Group work can be a great experience, especially for in-class, formative interactions, but it can become challenging the more that grades are involved. We advise that group interactions be structured so that opportunities for students to sidestep learning through task avoidance or GenAI offloading are minimized, especially with online delivery.
AI Considerations
- Discussions and reflection activities can be more meaningful if they are not purely text-based or generic enough that GenAI can easily complete them. Look for opportunities for students to show the authenticity of their responses with supporting media (audio, image, video).
- Even with in-person classes (but especially when online), it’s best to design interactions around personal perspective, immediate application or decision-making, and connection to specific course material and experiences so that students don’t rely on Generative AI to produce simulated outcomes that aren’t actually learned.
Assessment
Assessment provides evidence of whether students have achieved the intended learning outcomes. It involves designing tasks that meaningfully evaluate learning, emphasizing application, process, and demonstration of understanding.
| In-Person (Web-Enhanced) | Online Live (Synchronous) | Online Self-Paced (Asynchronous) | |
| Assessment Types | In-class tests, quizzes, writing, presentations, and applied activities. | Timed online assessments, live presentations, and facilitated group work. | Because online often means “open book,” these emphasize projects, applied tasks, and ongoing work where the process is visible or documentable. |
| Level of Supervision | Can rely on supervised environments. | Limited supervision compared to in-person. | Supervision is difficult, so the design often must assume and compensate for access to external tools, e.g., AI. |
| Design Approach | In-class evaluations privilege the assessment of the most critical skills because class time is limited and valuable. | Requires precise timing, clear instructions, and contingency planning. | Emphasizes authentic, process-based assessment with demonstrated learning over time. |
Key design tips:
- All modes benefit from scaffolding, i.e., smaller, low-stakes assessments that build towards more comprehensive ones. This gives students a chance to receive feedback and have early success (or failure) so that they know how to meet expectations for high-stakes evaluations.
- Although assignments may be presented differently to students in person vs. online courses, all students benefit when assignment descriptions, feedback, and grades are posted to FanshaweOnline. This gives a consistent and easy-to-find place for students to locate these critical items.
- In all modes of delivery, it is important to design assessments so that the majority of grades a student receives are authentic to their demonstrated ability. Because it can be difficult to hedge against, for instance, all plagiarism or misuse of AI on all assignments, it’s important to have certainty around evaluation validity for key outcomes and significant grade items.
AI Considerations
- Traditional, take-home assessments have largely been made obsolete by GenAI tools. Unless written under supervision or intentionally and demonstrably integrated with expected AI use, essays, reports, drafts, discussions, reflections, etc., are no longer valid means of assessment.
- Some online evaluations are still able to confound AI offloading where the information required to succeed is not available to the AI’s large language model. For instance, applying knowledge given in an in-class setting, or described orally, or related to an immediate and/or local context or verifiable lived experience of the student.
For additional considerations around determining and designing assessments that limit or integrate Generative AI, see the Teaching and Learning Hub’s guide to AI and Assessments.
Key eLearning Resources
FOL Standard Course Template
The FOL Standard Template is Fanshawe's approved approach for structuring content in the institution's learning management system, FanshaweOnline (FOL). All new programs and courses will be developed using this template, but faculty are otherwise invited to use the new structure, design, and student supports for their existing courses, as it scaffolds many core expectations across in-person, online live, and online self-paced delivery.
See the Centre for Teaching and Learning’s FOL Standard Template guide (login required) for details on how to access and apply the new standard template.
FOCUS: Continuous Improvement Tool
For faculty who are looking for ways to improve their students’ eLearning experience, the FanshaweOnline Continuous Upgrade Standards (FOCUS) provide a practical path for strengthening the consistency, effectiveness, and accessibility of all courses at Fanshawe College. It provides a clear set of observable course‑level elements that are grounded in research around teaching practices that most impact student success.
FOCUS can be used at any stage of course development or revision. See Quality Delivery on FOL (FOCUS) to see the self-assessment overview, quality delivery tiers, and the quick guide to the FOCUS standards.
Open (Free!) Resources for Instruction and Activities
For quite a few subject areas, there are already OER (open educational resources) available that can be freely used as primary or supplemental materials. These can be linked out to or integrated into a course’s FOL page, and can often be edited to more closely match the context for your course’s outcomes (or just used as-is). The following are great locations to begin your search:
- Fanshawe Library – Open Educational Resources
Support for finding OERS and creating your own. - eCampus Ontario’s Open Library
Free, Ontario-localized resources searchable by subject, concept, media format, etc. eCampus Ontario’s general site is also a significant resource for other teaching and learning topics. - OER Commons’ Open Educational Resources
A global, public digital library of open educational resources.
For questions related to how you can integrate eLearning into your own teaching, please reach out to the Centre for Teaching and Learning at CTL@fanshawec.ca.