Designing weekly units involves structuring content and activities to guide students through focused learning experiences that align with course learning outcomes. A well-designed unit should include clear objectives, engaging content, meaningful activities, and opportunities for assessment and reflection. Below is a guide called BOPPPS that outlines the essential components of a weekly unit.
As a recommended practice, break your lessons up into small chunks of lecture and learning activities to engage students in the lesson(s).
- Bridge-In
A Bridge-In captures students’ attention and connects prior knowledge to new learning, setting the stage for engagement. This can be achieved through a thought-provoking question, a real-world scenario, a short story, or an interactive activity that sparks curiosity and relevance. - Learning Objectives
Clearly define what students will achieve by the end of the unit.- Objectives should be specific, measurable, attainable, relevant, and time-bound (SMART).
- Use action verbs from Bloom’s Taxonomy (e.g., analyze, create, evaluate).
Example:
By the end of this unit, students will be able to evaluate the ethical implications of adopting alien-inspired technologies in human industries. - Pre-Test
Assess students’ prior knowledge or readiness for the week’s content.- Use short quizzes, polls, discussions, or reflective questions to gauge your students’ understanding of the topic that week.
- Instructional Materials
Provide the core knowledge or skills students need to meet the learning objectives using a variety of resources to support student learning. You can use lectures paired with PowerPoint slide decks, a series of videos, demonstrations, or other teaching techniques to teach content to students.- Materials should be relevant, accessible, and diverse to accommodate various learner needs.
- Examples include textbooks, articles, videos, and OERs.
Examples:
- Readings: “Stellar Innovations: Theoretical Foundations and Applications of Alien Technologies” (textbook).
- Video: Beyond the Stars: Innovations from Alien Worlds.
- Learning Activities
Engage students actively with the content through hands-on or reflective activities.- Activities should align with the learning objectives and help students apply what they have learned.
- Include individual and collaborative tasks to cater to different learning preferences.
Examples:
- Group discussion on the ethical dilemmas of alien technology.
- Role-playing exercise to propose guidelines for integrating alien systems.
- Post-Test
Evaluate what students have learned and identify areas needing reinforcement.- Use quizzes, short-answer questions, applied tasks, or discussions.
- Summary
Conclude the unit with a recap of key points and a reflection activity.- Summarize the week’s content and connect it to upcoming topics.
- Encourage students to reflect on their learning experience.
EXAMPLE: Alien Technology 101
Week 2: Theoretical Principles of Alien Technologies
1. Bridge-In
Use an engaging activity to get students interested in the topic:
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- Activity: Show a short video clip or news-style simulation about a futuristic society grappling with the ethics of integrating alien technology.
- Discussion Prompt: “If we discovered alien technology tomorrow, what would be the biggest ethical dilemma for humanity?”
2. Learning Objectives
By the end of this unit, students will be able to:
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- Identify key alien technologies and their uses.
- Analyze the theoretical principles underlying these technologies and evaluate their usability on Earth.
3. Pre-Test
Assess students’ prior knowledge of alien technologies and their representation in media.
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- Activity: Poll students on their familiarity with specific alien technologies covered in the media.
4. Instructional Materials
Provide students with core content and resources to explore the theoretical principles of alien technologies.
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- Reading: Chapter 2 from Stellar Innovations: Theoretical Foundations and Applications of Alien Technologies.
- Video: Alien Technologies Used in Modern Day Film (YouTube).
- Supplemental Resource: Chart of key alien technologies and their theoretical bases.
5. Learning Activities
Engage students actively with the content through reflective and applied tasks.
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- Individual Activity: Students identify a scene from a selected movie (e.g., Arrival or Independence Day) and explain one alien technology used, describing its key features and engineering principles.
- Group Activity: Collaborate in small groups to analyze the theoretical principles behind a chosen alien technology (e.g., energy shields, propulsion systems). Groups present their findings in class or in an online forum.
- Discussion Prompt: “Which alien technology is the most useful in helping advance technologies here on Earth? Provide a detailed rationale.”
6. Post-Test
Evaluate student understanding and progress.
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- Applied Task: Write a one-minute paper (150–200 words) on how an alien technology could solve a real-world problem.
7. Summary
Conclude the unit with a recap and reflection.
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- Recap: Highlight the key alien technologies discussed and their theoretical principles. Connect this to next week’s focus on energy sources and sustainability.
- Reflection Activity: Ask students to reflect in a journal entry: “How do alien technologies in film influence our perception of future engineering possibilities?”
Charting the Course for Weekly Missions
Use the BOPPPS Lesson Plan Template to map out your weekly units and create engaging, structured learning experiences that guide students toward academic success at warp speed!