How to Teach a Tech Lesson
This video is from a series I taught for school districts. It is now available for free to subscribers of Ask a Tech Teacher:
–summarized by NoteGPT
Summary
This video provides a comprehensive guide on how to effectively run a technology lesson in an educational setting, whether in a dedicated tech lab or integrated within a classroom. The speaker emphasizes the importance of teaching technology as a practical tool to support students’ academic growth rather than as an isolated subject. The lesson framework is divided into three main sections: a warm-up activity (often keyboarding or a brief interactive presentation), the core project work, and additional independent work for early finishers. The core of the lesson should always incorporate meaningful use of technology tied to broader classroom inquiry or academic goals, avoiding teaching isolated tech skills without context.
Key pedagogical strategies are highlighted throughout, including fostering problem-solving skills, reinforcing proper keyboarding technique, and consistently using and teaching academic and domain-specific vocabulary. Differentiation is encouraged so students can demonstrate learning in ways that best fit their comfort and strengths, provided technology remains central to their projects. Classroom management and order are crucial due to the value and fragility of tech equipment, and problem-solving is encouraged before seeking teacher assistance.
The video also addresses what to do when lessons do not go as planned or students lose focus, suggesting the use of curated, inquiry-based games and simulations to keep students engaged and learning. The overall approach is student-centered, promoting independence, self-direction, and real-world application of technology skills to prepare students for various academic and life challenges.
Highlights
- 💻 Technology should always be taught as a practical, integrated tool, not in isolation.
- ⌨️ Starting lessons with keyboarding builds essential skills and sets a focused tone.
- 🧩 Problem-solving is a core skill developed continuously in tech lessons.
- 🎯 Differentiation allows students to demonstrate learning in ways that suit them best, using technology.
- 📚 Consistent use of academic vocabulary improves communication and comprehension.
- 🔧 Classroom order and management are vital to protect equipment and maintain a productive environment.
- 🎮 When lessons falter, curated tech games and simulations keep students engaged and learning.
Key Insights
- 💡 Technology as a Tool for Learning, Not Just a Subject: The video stresses that technology education should never be about learning tech skills in a vacuum. Instead, tech must be embedded within authentic academic tasks—such as creating presentations, conducting research, or collaborating digitally—to give students purpose and context. This approach mirrors real life where technology is a means to an end, not the end itself, thereby increasing student engagement and relevance.
- ⌨️ Keyboarding as a Foundational Skill: Consistent practice of proper keyboarding technique is crucial. Early and regular keyboarding practice builds fluency, enabling students to complete assignments efficiently and perform better on standardized tests. This foundational skill supports all subsequent technology use, helping students avoid inefficient habits that could slow them down academically.
- 🧠 Emphasizing Problem-Solving Skills: Technology classes naturally present frequent opportunities for problem-solving, from resolving software glitches to figuring out new tools. Encouraging students to first attempt solving problems independently or collaboratively fosters resilience, critical thinking, and self-reliance. These are transferable skills valuable beyond the tech classroom, supporting lifelong learning and adaptability.
- 🎨 Flexible Differentiation Using Technology: Because technology offers multiple modes of expression—video, digital comics, presentations, blogs—it enables differentiated instruction that respects diverse learning styles and comfort zones. For example, a student hesitant to speak publicly can record a video presentation or create a digital storyboard. This flexibility leads to more inclusive classrooms and allows all students to demonstrate mastery on their terms while still meeting learning objectives.
- 🗣️ Importance of Domain-Specific Vocabulary: Using precise academic and technical vocabulary consistently helps students communicate more clearly and understand instructions and concepts better. Teaching students to name tools and functions correctly (e.g., “volume control” instead of “that thing”) accelerates learning and problem-solving. This focus on vocabulary also supports Common Core standards and improves students’ overall academic language proficiency.
- 🛠️ Maintaining Classroom Order and Equipment: Technology classrooms contain expensive, fragile equipment and often cables that pose safety risks. Maintaining order through clear rules and expectations is therefore essential. Encouraging students to solve problems without moving stations unnecessarily minimizes disruptions and helps preserve the equipment. This also cultivates responsibility and respect for shared resources.
- 🎯 Preparedness for Lesson Disruptions: Even the best lesson plans can fail if students are disengaged or behavior deteriorates. The speaker advises having a “plan B” with curated educational games and simulations that align with curricular goals. These activities keep students productively engaged and provide meaningful learning opportunities even when the main project stalls. The use of technology here transforms potential downtime into an extension of inquiry-based learning.
Overall, the video serves as a practical manual for educators aiming to integrate technology meaningfully into their teaching. It balances pedagogical best practices with classroom management advice and offers adaptable strategies for diverse teaching contexts, ensuring students develop essential tech skills alongside critical thinking, communication, and independence.
Videos now available online include (in alphabetic order):
- 15 Webtools in 15 Weeks
- 18 Digital Tools in the Classroom
- A focus on strategies
- Alternative tools
- Assessment isn’t static
- Author doers
- BYOD
- Collaboration
- Curriuculum Maps
- Differentiation–How to teach the hard-to-teach class
- Digital Citizenship: What to Teach When
- Digital Quick Writes
- Flipping the classroom
- Gamification of education
- How to Teach the hard-to-teach Class
- How to Teach a Tech Lesson
- Teach Speaking and Listening Skills with Student Presentation Boards
- Tech-infused classroom
- Tech tools
- The 20% rule
- Using backchannel devices
- Warm-ups
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Jacqui Murray has been teaching K-18 technology for 30 years. She is the editor/author of over a hundred tech ed resources including a K-12 technology curriculum, K-8 keyboard curriculum, K-8 Digital Citizenship curriculum. She is an adjunct professor in tech ed, Master Teacher, freelance journalist on tech ed topics, and author of the tech thrillers, To Hunt a Sub and Twenty-four Days. You can find her resources at Structured Learning.
