8 Engaging Technology Based Lesson Plans for the Digital Age


Are you a student or a teacher that is willing to embrace 21st century digital learners through technology based lesson plans? trips, game-based coding challenges, interactive science experiments, and adaptive learning programs tailored to each student’s level and pace?

With technology based lesson plans, digital creation apps allows creativity across subjects.

This article features 8 lesson plans leveraging education apps, software, devices and web-based platforms like virtual reality, 3D printing, and classroom response systems that inspire self-directed learning through technology-based activities students love.

So read through, I got your back on this.

Virtual Field Trips Around the World | Technology Based Lesson Plans

Virtual reality enables students to immerse themselves anywhere in the world, without ever leaving your classroom.

With VR headsets and augmented reality apps, classes can teleport across the globe to view landmarks in 3D, dive under the sea, or even explore outer space.

Google Expeditions provides a catalogue of over 1,000 engaging VR trips curated by experts.

Simply determine the destination, set up a smartphone in the Expeditions app within the headset, and let your students marvel.

For a more hands-on take, the Merge Cube works with phones to send computer-generated images out.

As you turn the soft foam cube in your hands, you can examine objects like anatomy models, plant/animal cells, the layers of earth or a beating heart.

With just a headset or cube, lesson plans across social studies, science, math, language arts and art immerse kids through interactive virtual field trips amplifying retention and sparking curiosity about our world.

technology based lesson plans

Coding Through Game Design| Technology Based Lesson Plans

Teachers/Educators should teach coding fundamentals through the engaging process of game design.

As students build their own digital games, they grasp complex concepts like sequencing, logic, and critical thinking in an applied format with instant feedback.

Popular tools for game-based coding instruction include the following:

  • Scratch – Drag-and-drop programming enables young kids to create interactive stories, animations and basic games. Extensions add advanced capabilities.
  • CodeCombat– This adaptive platform uses a video game format with character levels to teach Python and JavaScript. Ideal for ages 9+ up to high school.
  • Swift Playgrounds – Apple’s app teaches the Swift language through puzzle-based levels focused on programming fundamentals. Built in challenges let students evaluate real code.

Seeing their game ideas come to life is an incredibly rewarding way to develop coding skills and is accessible even for students with no prior programming experience. All thanks to visual, block-based tools.

Digital Storytelling Across Subjects | Technology Based Lesson Plans

All teachers should leverage technology to build dynamic communication skills.

Students can demonstrate understanding of academic concepts while honing creativity through digital storytelling across any subject.

Making use of animation apps like FlipaClip or video editing tools like WeVideo  can help students to illustrate processes like photosynthesis or engage audiences with documentary shorts on historical events.

A 2021 survey found that 77% of teachers say digital creation tools make students more confident communicators and collaborative team members.

With options for adding text, graphics, transitions and audio, learners organize information and self-direct projects that align to curriculum goals, while developing technical abilities.

Publish these videos securely to classroom sites for interactive peer discussion building speaking, writing and critical analysis around academic topics through multimedia presentations.

Interactive Math Games for Mastery

This method helps students to deeply comprehend math concepts through engaging game-based digital learning.

When math curricula integrates puzzle-driven apps and motivating reward systems, student mastery and confidence levels soar.

According to a 2019 study, classes using Prodigy Math Game for just two hours per week saw a 125% increase in math scores.

This adaptive platform offers over 1,500 standards-aligned math skills for grades 1-8.

Wuzzit Trouble teaches mathematical reasoning through deconstructing and solving visual puzzles.

Dragonbox Big Numbers uses animation and storytelling to simplify fractions, ratios, decimals, exponents, algebra and more for ages 8-11.

With immediate feedback, multiple explanation methods and real-time progress tracking, interactive math games promote perseverance through challenging problems.

Science Experiments with Smart Devices | Technology Based Lesson Plans

Using smartphones, tablets and voice technology to collect, visualize and analyze real-time data from interactive science experiments, Students stay engaged as they see experiments come to life through their own devices.

The table below shows the devices and tools as well as the example experiment.

Devices and Tools &Example Experiments

Devices and Tools Example Experiments


Tablets and probeware – Record and graph temperature changes to test insulation materials

– Measure sound wave frequencies with spectrogram apps

– Investigate relationship between voltage and current


Smartphones – Use motion sensors in physics experiments like testing velocity of objects

– Image analysis for taxonomy classification studies

Voice assistants – Timer for tracking chemical reactions and decay rates

– Dictate and save observations hands-free

– Define science terms on the fly

By incorporating familiar technology into lesson plans instead of just passive video clips, educators inspire the next generation of inventors and scientists through immersive STEAM learning challenges.

From building circuits to studying biodiversity and beyond, smart devices catalyze curiosity.

Art Creation with Drawing Apps and 3D Modeling | Technology Based Lesson Plans

As an educator, discover students creativity with art apps and 3D modeling software, rather than basic paint programs, next-gen tools simulate realistic media for painting, drawing, graphic design and sculpture with unlimited undos.

Adobe Fresco uses AI to mix colors, blend brush strokes and mimic textures, as kids learn lines, shadows, perspective and art composition on their tablet.

For 3D art, Tinkercad’s simple drag-and-drop interface lets children manipulate primitive 3D shapes into sculptures, toys, prototypes and math art. It export designs to print on a 3D printer.

SketchUp enables crafting difficult structures for architecture study.

Today, I am telling you to make use of technology to develop artistic talent and technical skills relevant to creative industries rather than just passively viewing examples.

Rapid Research and Writing with Web Tools 

As an educator or student that you are, I would advise that you optimize the research and writing process with digital platforms.

Instead of switching between stack of books, annotating printouts, and typing papers, enable seamless workflow for students in Google Docs.

The web app integrates an Explore function pulling current relevant articles from across the web to cite as sources.

The EasyBib extension formats MLA, APA, Chicago citations as kids write their paper.

For organizing research, Wakelet lets collaborators or classes jointly bookmark sites, highlight articles, embed links/images and take notes categorized into folders.

If you can consider leveraging these powerful online writing tools, students would rapidly develop arguments supported by evidence more efficiently.

Focus on shifts from procedure to higher-order analysis and perspective within a streamlined, guided system accessible from any device.

Wrapping up

Technology-powered activities engage 21st century digital natives through role-based challenges sparking imagination and personalized competency growth.

With the tools I have mentioned above, interactive lesson plans promote collaboration, ignite wonder and accelerate learning outcomes across subjects and Grade levels. Start incorporating these digital learning innovations today.

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