Fall 2025 Commencement Livestream
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Digital Learning

The Digital Learning department at 91猎奇 fosters an accessible, Christ-centered digital learning community committed to student success. Through innovative instructional design and purposeful integration of technology 鈥� including our learning management system, MyFire 鈥� we empower all university members to discover their Divine Design, engage meaningfully in dynamic educational experiences, and pursue excellence in Spirit-empowered learning, leadership, and service to Christ and the world. Please select one of our services to the right or continue scrolling for more information.

Course Development

Support

Training

Instructional Technologies

Course Development

Digital Learning collaborates closely with faculty to design, develop, and enhance high-quality courses which engage students and support effective online and hybrid instruction. Our dedicated instructional designers leverage best practices, pedagogy, and technology to build dynamic, accessible, and impactful learning experiences.

Purpose: To provide a standardized process for managing special projects that fall outside the typical course development procedures at 91猎奇, ensuring clarity, efficiency, and timely completion.

Scope: This protocol applies to all special projects initiated by the Digital Learning Department, excluding normal course development requests.

Process:

  1. Initiation of Special Project
  • The requester submits a to the Senior Director of Digital Learning.
  • The Senior Director reviews the request for approval, considering the project’s alignment with strategic goals, required resources, and timeline.
  1. Project Assignment
  • Upon approval, the Senior Director assigns the special project to a designated Project Lead within Asana.
  • The Asana task includes:
    • Project overview
    • Google Drive folder link for documentation and collaboration
    • Key stakeholders
    • Initial timeline
  1. Project Kickoff Meeting
  • The Project Lead schedules and conducts a kickoff meeting with all relevant stakeholders within one week of assignment.
  • The purpose of the kickoff meeting includes:
    • Clarifying project scope
    • Defining project objectives
    • Establishing clear timelines and deliverables
    • Identifying any technological or instructional support required
  1. Project Plan Submission
  • Within one week after the kickoff meeting, the Project Lead drafts a detailed Project Plan, including:
    • Key milestones
    • Project timeline with deadlines
    • Required resources and assigned personnel
    • Specific deliverables and quality metrics
  • The Project Plan must be approved by the Senior Director.
  1. Progress Checkpoints
  • Bi-weekly checkpoints are conducted by the Project Lead to ensure adherence to the timeline, identify challenges, and make necessary adjustments.
  • Progress updates are documented in Asana and communicated to the Senior Director.
  1. Interim Review
  • A midpoint review meeting occurs halfway through the scheduled timeline to assess progress and make necessary course corrections.
  • Any revisions to the timeline or scope must be approved by the Senior Director.
  1. Project Completion
  • Upon completion, the Project Lead submits final deliverables to the Senior Director for review.
  • The Senior Director conducts a final quality assurance check within one week of submission.
  1. Final Approval and Closure
  • Once approved, the Senior Director formally closes the project in Asana and archives all project documentation in the designated Google Drive folder.
  • Communication is sent to all stakeholders confirming completion and availability of project deliverables.

Timeline for Completion:

  • Approval & Assignment: Within 1 week of submission
  • Kickoff Meeting: Within 1 week after assignment
  • Project Plan Submission: Within 1 week after kickoff
  • Interim Review: Midway point of the project timeline
  • Project Completion: Determine based on the scope of the project
  • Final Approval & Closure: Within 1 week of submission of final deliverables

Adhering to this SOP will facilitate effective project management, enhance departmental accountability, and ensure timely and successful completion of special projects.

Support

We offer robust support systems for faculty, staff, and students to navigate technology seamlessly, resolving technical issues quickly and efficiently. Through personalized assistance, responsive help desk services, and proactive troubleshooting, our support ensures consistent access and positive digital experiences across the university.

Training

Digital Learning is committed to providing continuous professional development opportunities to enhance digital teaching and learning proficiency. Our comprehensive training sessions, workshops, and tutorials equip faculty and staff with essential skills and confidence to effectively integrate technology into their instructional practices.

Purpose: To streamline the submission, approval, and scheduling of training sessions conducted by the Digital Learning team for various stakeholders at 91猎奇.

Procedure:

  1. Submission of Training Request聽

Digital Learning Training Request Form聽

  • Stakeholders complete and submit the Training Request Form online.
  • Submission must include:
    • Name and contact information of requester
    • Department or college affiliation
    • Detailed description of the training needs
    • Intended audience (faculty, staff, or students)
    • Preferred dates and times
  1. Review and Approval
  • The Senior Director of Digital Learning reviews submissions weekly.
  • Requests are assessed based on alignment with strategic priorities, resource availability, and timeline feasibility.
  • The requester will receive approval status within one week of review.
  1. Assignment of Trainer
  • Approved requests are assigned to appropriate Instructional Design or Technical Support staff by the Senior Director.
  • Notification of approval and trainer assignment is sent to the requester within 3 days of approval.
  1. Scheduling and Coordination
  • The assigned trainer coordinates scheduling with the requester, confirming date, time, location (virtual or physical), and necessary resources.
  • Trainer confirms finalized training schedule with Senior Director and updates the Training Calendar.
  1. Preparation for Training
  • Trainer prepares or adapts necessary materials, resources, and technology requirements.
  • Trainer communicates with requester at least one week prior to training date to confirm arrangements and finalize any special requirements.
  1. Delivery of Training
  • Trainer conducts the training session according to the established agenda.
  • Trainer documents attendance and provides any necessary follow-up materials to attendees.
  1. Feedback and Follow-Up
  • Attendees complete a post-training evaluation form to assess effectiveness and relevance.
  • Trainer reviews feedback within one week of training completion and shares a summary with the Senior Director.
  • Any identified improvements or additional training needs are communicated to the Senior Director.

Timeline:

  • Submission Review: Weekly
  • Approval Notification: Within one week of submission review
  • Scheduling Confirmation: Within one week post-approval
  • Training Delivery: Within 2-4 weeks from approval (subject to trainer availability)
  • Feedback Collection: Within one week after training session completion

Instructional Technologies

We manage and implement cutting-edge instructional technologies to foster engaging and innovative educational experiences. Our department oversees the university's Learning Management System (LMS), virtual collaboration platforms, digital assessment tools, and multimedia resources, ensuring the technological infrastructure effectively meets the dynamic needs of the SEU community.

Rise 360 enables instructional teams to deliver visually engaging, mobile-friendly courses without requiring coding or design skills. By supporting microlearning鈥攕hort, focused lessons targeting specific learning objectives鈥攊t enhances student comprehension and retention, helping learners prepare for assessments, apply knowledge practically, and review material independently across any device.听

Recommended Use Cases聽

Here are some great ways to use Rise 360 in your teaching:聽

Concept Overviews聽

  • Create clear, concise introductions to complex topics鈥攑erfect for pre-lesson preparation. Example: Introduce key theories in a Political Science course before in-depth class discussions.听

Self-Paced Courses聽

  • Offer flexible learning that students can complete on their own schedule, allowing review and mastery at their own pace. Example: Provide a self-paced module on biochemical pathways for advanced Biology students.听

Documentation & Guides聽

  • Develop clear and accessible manuals, instructional guides, or technical documentation to support students, faculty, or researchers in navigating academic tools, platforms, or procedures. Example: Create lab safety guides or software tutorials for research methods courses.听

Curated Content聽

  • Organize readings, videos, and resources from multiple sources into one streamlined learning hub. Example: Compile articles, case studies, and documentaries for a Global Studies seminar.听

Microlearning Modules聽

  • Build short lessons targeting a single objective鈥攇reat for review before assessments. Example: Create a quick module on statistical methods for students before an exam.听

See Rise 360 in Action聽

Doodly enables the creation of engaging whiteboard videos that enrich course content by combining visuals, narration, and text鈥攅ngaging multiple learning modalities to enhance attention, comprehension, and retention.听

Instructional Benefits:

  • Engaging Delivery: Animated visuals capture and sustain student interest.
  • Simplify Complex Concepts: Visually clarify abstract or challenging material, ideal for STEM and social sciences.
  • Dynamic Visual Narration: Concepts are drawn in real time, boosting interaction and understanding.
  • Supports Asynchronous Learning: Ideal for online and hybrid courses, allowing self-paced study.听

Doodly transforms traditional lessons into memorable visual experiences, making instruction more engaging and accessible鈥攅specially for visual learners in higher education.听

Recommended Use Cases聽

Here are some great ways to use Doodly in your teaching:聽

Visualizing Concepts聽

Break down core ideas across disciplines:

  • Math: Step-by-step problem-solving, geometry, fractions
  • Science: Animate processes like cellular functions or physics phenomena
  • Language Arts: Illustrate grammar, literary devices, and vocabulary聽

Step-by-Step Lessons & Tutorials聽

Guide students through complex tasks:

  • Problem-solving walkthroughs in math, writing, or coding
  • How-to videos for software, lab equipment, or research methods聽

Enhancing Engagement & Retention聽

  • Visualize abstract topics to aid comprehension
  • Adapt pacing and visuals for diverse learner needs
  • Improve accessibility with combined visuals and narration聽

Practical Examples聽

  • Vocabulary videos with illustrated definitions
  • Animated math problem walkthroughs
  • Science demos simulating experiments or phenomena聽

Doodly makes it easy to create engaging, memorable, and learner-centered content鈥攚hether teaching in-person, online, or in hybrid formats. It鈥檚 a versatile addition to any instructional toolkit.听

See Doodly in Action聽

Turn Any Video into an Interactive Learning Experience聽

Edpuzzle is an intuitive video platform that enables instructors to embed questions, notes, and voiceovers into video content鈥攖ransforming passive watching into active learning.听

Recommended Use Cases聽

Key Uses in Higher Education:聽

Interactive Video Lessons聽

  • Embed questions and prompts directly into videos to increase engagement and encourage critical thinking. Example: In a psychology course, embed questions in a lecture video on cognitive biases鈥攑rompting students to identify examples of biases in real-world scenarios as they watch.听

Knowledge Checks聽

  • Monitor understanding in real time with embedded questions and progress tracking. Example: In a biology course, embed quiz questions throughout a video on cellular respiration to check comprehension and track student progress as they learn.听

Personalized Learning聽

  • Students can pause, rewind, and rewatch content at their own pace鈥攔einforcing learning where needed.听

Instructor Insights聽

  • Track individual and class-wide performance to identify misconceptions and tailor instruction accordingly. Example: In a calculus course, analyze responses to embedded questions in a video on derivatives to identify where students struggle鈥攕uch as applying the chain rule鈥攁nd use that insight to adjust problem sets or revisit the concept in the next class.听

Multi-Device Access聽

  • Accessible via web or mobile app鈥攊deal for remote, hybrid, or in-person instruction.听

Edpuzzle makes it easy to integrate video into your course design while promoting interactivity, accountability, and deeper learning.听

See EdPuzzle in Action聽

Support Engaging, Interactive Learning聽

H5P is a tool used by instructional support teams to create interactive content鈥攍ike quizzes, videos, and presentations鈥攖hat enhance course materials and promote active learning.听

Recommended Use Cases聽

Enhance Instructional Content聽

  • Interactive Videos: Add questions and prompts to lecture videos鈥攕uch as asking students to solve a problem during a calculus example or reflect on a theory in a sociology discussion鈥攖o boost engagement and check comprehension in real time.听
  • Interactive Presentations: Deliver concepts using slides enhanced with self-checks and knowledge checks. For example, in a biology course, follow an explanation of cell division with a quick quiz to reinforce key terms and processes.听
  • Virtual Tours & Simulations: Enhance experiential learning by incorporating immersive, interactive environments鈥攕uch as virtual lab simulations in chemistry that let students practice experiments safely and actively apply concepts.听
  • Flashcards: Use flashcards for language learning, vocabulary building, or to memorize facts.听
  • Branching Scenarios: Develop simulations and decision-making exercises through branching scenarios, allowing students to follow different paths based on their choices.听

Specific Applications聽

  • Games & Activities: In a history course, use timelines to help students visualize events chronologically, flashcards to reinforce key terms and dates, and memory games to review important concepts鈥攎aking study sessions more interactive and effective. Explore H5P Activity Examples: Click the links below to explore sample activities that demonstrate how effortlessly a wide range of H5P interactive content can be integrated into your courses. These examples include, but are not limited to:聽
    • Multiple Choice聽
    • 罢谤耻别/贵补濒蝉别听
    • 颁谤辞蝉蝉飞辞谤诲听
    • Drag and Drop聽
    • Mark the Words聽
    • Drag the Words聽
    • Find Multiple Hotspots聽
    • Game Map聽
    • 贵濒补蝉丑肠补谤诲蝉听
    • Fill in the Blanks聽
    • Find the Hotspot聽
    • Find the Words聽

See H5P in Action聽

Department Contacts

Justin Rose, MTS
Associate Vice President
Information Management & Digital Learning
jerose@seu.edu

Rustin Lloyd
Senior Director of Digital Learning
rblloyd@seu.edu

Jordan Kleinhenn
Director, Institutional Research
ljkleinhenn@seu.edu

Paquita Copeland, JD
Director, Institutional Analytics and Data Design
fcopeland@seu.edu

Julian Kraslow
Data Analyst
ajkraslow@seu.edu