Hard Skills

Technology in Service of Professional Learning

When preparing for and presenting to RMI professionals, instructors must make deliberate choices about how technology supports learning—not distracts from it. Those choices shape the learning experience, and research suggests that effective use of technology can significantly enhance learning for adult learners (Abbajay, 2020). When used thoughtfully, technology can enhance instructional design, increase learner engagement, and help translate complex risk and insurance concepts into practical, job-relevant application. Rather than focusing on tools for their own sake, effective instructors use technology to support clear objectives, meaningful interaction, and application beyond the classroom.

This page outlines practical ways RMI instructors can leverage technology to enhance learning, including:

  • Developing and refining instructional content: using digital tools to support efficient preparation, collaboration, and customization while maintaining instructional quality and accuracy.

  • Inviting participation and feedback during instruction: incorporating low-stakes interactions that encourage engagement, surface learner perspectives, and provide insight into understanding in real time.

  • Presenting complex concepts with clarity and purpose: designing slide decks that guide attention, reinforce key ideas, and help learners apply concepts in professional settings.

Taken together, these approaches emphasize technology as a means to support learning—not an end in itself. By aligning digital tools with instructional purpose, RMI instructors can create learning experiences that are engaging, practical, and grounded in professional application.

Preparing Instructional Materials With Technology

Technology plays an increasingly important role in how RMI instructors design, develop, and deliver instructional materials. When used intentionally, digital tools can enhance efficiency, support collaboration, and create more engaging learning experiences for adult learners. From artificial intelligence to collaborative platforms and interactive media, technology offers practical solutions for preparing content that is timely, relevant, and learner-centered. This section explores how RMI instructors can leverage technology strategically while remaining mindful of its limitations and considerations.

Leveraging AI for Preliminary Content Development

Strengths

  • AI can analyze vast amounts of data quickly, streamlining the process of content creation and helping presenters generate relevant and targeted material efficiently.

  • AI algorithms can customize content based on the preferences and learning styles of individual participants, enhancing engagement and understanding.

  • AI can provide insights into learner behavior, allowing for continuous improvement of content and delivery.

Weaknesses & Considerations

  • AI may struggle with the creative aspect of content creation, potentially leading to a lack of originality or a standardized tone in the produced material. This is because AI may find it difficult to replicate the nuanced and imaginative aspects of human creativity. Additionally, AI often relies on patterns and existing data for content creation, which may limit its ability to generate truly novel and unique ideas. Human creativity often involves intuition, emotions, and contextual understanding, aspects AI may find challenging to fully emulate.

  • Depending on the data used to train the AI, there is a risk of bias in generated content, which can compromise your broad audience’s ability to engage with the materials.

  • Implementing AI systems may require technical expertise, and there could be a learning curve for presenters to effectively utilize AI-generated content (Hetler, 2020).

  • Incorporate short, relevant videos to illustrate key points, providing a dynamic and visual component to the learning experience.

  • Use polls to gather real-time feedback, check understanding, and keep participants engaged. Pulse checks assess the audience's mood or level of interest.

  • Facilitate interactive Q&A sessions to encourage participant engagement and address specific queries. Technology tools can help manage and prioritize questions.

  • Integrate gamification elements, such as quizzes, challenges, or rewards, to make the learning experience more interactive and enjoyable. Gamification can boost engagement and motivation among adult learners.

Supporting Instructional Collaboration Through Google Drive

Strengths

  • Google Drive allows multiple users to collaborate simultaneously on documents, spreadsheets, and presentations in real-time, fostering teamwork and productivity.

  • Participants can access and contribute to shared documents from anywhere with an internet connection, promoting flexibility and remote collaboration.

  • The platform automatically saves versions, making it easy to track changes and revert to previous states if needed.

Weaknesses & Considerations

  • While Google Drive is secure, sensitive information may be at risk if proper access controls and sharing settings are not properly configured.

  • Dependence on Internet: A stable internet connection is crucial for seamless collaboration. Technical issues or connectivity problems may disrupt the collaborative process.

  • Some participants may be less familiar with the platform, requiring training and support to fully leverage its collaborative features.

Enhancing Learner Engagement With Interactive Technology

When thoughtfully integrated, technology can significantly strengthen instructional preparation by supporting efficiency, collaboration, and learner engagement. Tools such as AI, collaborative platforms, and interactive media are most effective when guided by the instructor’s expertise, creativity, and awareness of audience needs. By balancing technological capabilities with intentional instructional design, RMI instructors can create meaningful, engaging learning experiences while navigating the practical and ethical considerations these tools present.

Using Quizzes & Polling to Promote Learner Engagement

Quizzes provide opportunities to check learners’ knowledge and provide feedback on critical content (Shibley, 2023). They also give instructors the opportunity to ensure learners are grasping the content that is being taught.

In comparison, polls are a low-effort interaction for learners to share basic information about themselves and their perspectives (Shibley, 2023). They are meant to help instructors better understand their learners.

In this section, we detail ways in which instructors can best leverage quizzes and polls.

  • Both quizzing and polling give learners an opportunity to participate. While this may sound simple, it can make a huge difference in learner perspectives. Adding an interactive element to your teaching helps foster a sense of belonging in learners that allows them to dive into your teaching topic. Rather than feeling as though they are a passive viewer they become an engaged participant in the learning process.

    Both polls and quizzes have a transformative impact on learners. They shift learners from passive observers to active participants. When learners see their opinions and efforts acknowledged, they are more likely to engage enthusiastically. This sense of involvement fosters a greater connection with the subject matter, as it makes learners feel valued and heard.

  • Both polls and quizzes allow you to receive data from your learners. Through polls you can assess the opinions of your learners to better understand their relationship with your teaching topic. Questions can be asked that focus on their background in the industry, their experience levels with the topic, or their opinions on public attitudes regarding the topic. The combined data from students will better help you shape your lesson for future learners as well as guide you through your journey with the current group of learners.

    Quizzes help you gather data on how your lessons are being received. With quizzes you should focus on assessing how well your learners understand the materials. Quiz questions can ask learners to recall, apply or prove understanding of the learning topic. The data received after a quiz can help you reflect on which part of your lessons are landing with students, and which elements you may need to revise to make them more digestible.

  • In the context of fostering engagement with quizzes and polling, making connections plays a vital role in enhancing the overall learning experience for both educators and learners. By implementing polls and quizzes in your teaching approach, you create opportunities for learners to establish meaningful connections in several ways:

    • Polls offer a unique platform for learners to share their personal experiences and perspectives related to the subject matter. This allows learners to connect the material to their own lives. When learners see how the content relates to their experiences, they are more likely to feel a personal connection to the subject, making it more relevant and engaging.

    • Moreover, actively engaging with quizzes not only reinforces learners' understanding of the content but also equips them with the knowledge and skills needed to apply what they've learned in real-life situations. This practical application of knowledge enhances the overall learning experience and empowers learners to translate their education into tangible outcomes.

Building an Effective Slide Deck for RMI Instruction

In RMI instruction, slide decks play a supporting yet highly visible role in how learners engage with content. Instructors must make deliberate decisions about what belongs on a slide, what belongs in facilitation, and how visual design can clarify complex material without overwhelming the audience. This section focuses on building slide decks that support learning objectives, reinforce key concepts, and help learners apply ideas in professional practice.

Essential Components of an Effective Slide Deck

A well-designed slide deck is structured around a clear instructional arc—from setting expectations to reinforcing application. Each component serves a distinct purpose in guiding learners through the session and supporting their ability to understand, retain, and use the material. The components below outline the foundational elements instructors should include when building an effective slide deck.

  • Your name, professional title, organization, designations (e.g., CPCU, ARM, AINS), and date of presentation. Add the session title with a practitioner lens (e.g., “Identifying Coverage Gaps in Property Programs” or “From Hazards to Controls: Building a Risk Register”).

  • Presented immediately after your title slide — three or four key takeaways, framed as actionables, you want your students to be proficient with at the end of the session. Clarify context (e.g., mid-market commercial property, workers’ comp, cyber) and purpose (serve clients better, reduce TPA leakage, comply with state regs, improve combined ratio). See Building Learning Objectives for more information.

  • The meat of your presentation. Not only should all of your content be directly applicable to at least one of your learning objectives (no tangents!), your content needs to be delivered in a way that is most likely to get your learners to the actionables you set out for them. Four content-delivery strategies are covered in detail in Organizing Content.

  • Revisit the learning objectives you promised in your introduction. After your presentation, can learners identify an appropriate cyber sub-limit that meets a client’s needs? Help their organization avoid E&O exposure? Draft a coverage comparison memo with defensible recommendations? Learners should be able to affirm what they’ve learned, why they’ve learned it, and how they can apply it as practitioners. If you’re not confident learners can do what you said they’d be able to do in the introduction, revise.

  • Using APA format, identify the resources you used and referenced in your instruction. Typical RMI resources include statutes/regulations, ISO forms/filings, carrier underwriting guidelines, rating manuals, academic articles, and credible industry reports (e.g., loss-control white papers). See APA References for support.

An effective slide deck does more than convey information—it structures the learning experience. Each component, from title to resources, plays a distinct role in setting expectations, delivering actionable content, and reinforcing real-world application. By aligning every slide with your learning objectives and presenting material with clarity and intent, you help learners stay focused, build confidence, and apply new insights in their professional roles.

Slide Design Best Practices for RMI Instruction

Slide design choices directly influence how learners process and retain information. In instruction that includes complex terms, workflows, and decision points, design must guide attention and reduce cognitive load rather than compete with facilitation. The best practices below highlight how simplicity, purposeful visuals, and consistent design support understanding and application.

  • Walls of text, distracting or extraneous visuals —you can end up competing with your deck for your learners’ attention. As noted by Harrington and Zakrajsek (2017), learners struggle in these situations because they are trying process your verbal instruction and your slides simultaneously and “are probably not very successful at doing either” (pp. 70-71).

    Instead, your slides should be simple and concise—for instance, a policy’s operative clause and its trigger phrase in bold (e.g., “loss covered when you must suspend operations during the period of restoration, if the suspension results from direct physical loss of or damage to property at the described premises caused by a Covered Cause of Loss”). Remember your deck is meant to compliment your instruction, not replace you as the conveyor of content.

  • Researchers have found that not only are learners able to process images faster and with more efficiency than text, but they’re more likely to retain and later recall information because of those images (Foos & Goolkasian, 2008; McBride & Dosher, 2002). The key for the instructor, then, is to ensure that the images illustrate or expand upon—not distract from—the verbal instruction being delivered concurrently.

    To achieve this, visual elements must be selected or designed with clarity and purpose. Photos, for instance, should be tightly cropped tightly to the key detail (e.g., a missing machine guard, a firewall gap) and annotated with no more than six words. With charts and graphs, minimize extraneous noise. Include only relevant data and highlight a single data point that drives your message—for example, the deductible that minimizes total cost. If possible, avoid legends and label your axes directly. For workflows, limit your visual to 3–5 steps, using verb-first labels (e.g., “Set reserve,” “Verify trigger”). Highlight the step where a decision or control point changes coverage, cost, or compliance—this is the moment that drives action. In the visual, mark it clearly (e.g., with a star or color cue) and name the document that confirms the action taken, such as a loss run, reserve note, or policy endorsement. These types of visual components help clarify complex concepts and make your content more relatable, relevant, and applicable beyond the learning session (Harrington & Zakrajsek, 2017)—all expectations of adult learners.

  • Readable, consistent slides help learners process information quickly and focus on the message rather than the layout (Harrington & Zakrajsek, 2017). Start with a standardized canvas: one sans-serif typeface in two weights, left-aligned text on a simple grid, and generous margins. Set headings at 34–44 pt and body text at ≥ 28 pt. Keep lines short (6–10 words) so key phrases don’t wrap awkwardly.

    Bullets are great because they reduce cognitive load, helping learners scan, categorize, and recall information more efficiently than full sentences, but limit them to 1–3 concise, parallel items to preserve that clarity. Avoid centered text, ALL CAPS, and lone words at the ends of slides. Use one accent color for emphasis and maintain high contrast, avoiding red/green combinations for accessibility.

    For tables, use them when you need to compare or prioritize information, our brains process structured data more efficiently when it’s aligned visually rather than embedded in text. Include only the row or column that supports your recommendation, and use spacing or light shading to make the key takeaway clear. As with graphs and charts, keep labels brief and units consistent so patterns stand out at a glance. If the table summarizes options or outcomes, highlight the preferred choice and move supporting detail to handouts or an appendix.

    Finally, create slide masters for recurring RMI formats addressed here and above (e.g., clause, photo, chart, table) so typography, spacing, and alignment stay uniform. Consistent design like this minimizes distraction and reinforces the professional credibility of your instruction.

A clear, effective slide deck guides attention and supports understanding. By keeping slides simple, visuals purposeful, and design consistent, you help learners process ideas efficiently and stay focused on what matters most. Thoughtful structure and visual clarity not only strengthen retention but also convey professionalism and respect for your audience’s cognitive effort.

References

Abbajay. M. (2020). Best practices for virtual presentations: Fifteen expert tips that work for everyone. Forbes. https://www.forbes.com/sites/maryabbajay/2020/04/20/best-practices-for-virtual-presentations-15-expert-tips-that-work-for-everyone/?sh=5ab8dea33d19

Foos, P. W., & Goolkasian, P. (2008). Presentation format effects in a levels-of-processing task. Experimental Psychology, 55, 215-217. doi: 10.1080/0098620709336652

Harrington, C., & Zakrajsek, T. (2017). Dynamic lecturing: Research-based strategies to enhance lecture effectiveness. Stylus.

Hetler, A. (2023). Pros and cons of AI-generated content. TechTarget. https://www.techtarget.com/whatis/feature/Pros-and-cons-of-AI-generated-content

McBride, D. M., & Dosher, B. A. (2002). A comparison of conscious and automatic memory processes for picture and word stimuli: A process dissociation analysis. Consciousness and Cognition, 11, 423-460. doi: 10.1016/s1053-8100(02)00007-7

Shibley, M. (2023). Maximizing engagement in digital blended training. Training Industry. https://trainingindustry.com/magazine/spring-2023/maximizing-engagement-in-digital-blended-training/