Specific Objectives SMART ABC HOTS, Cognitive Affective and Psychomotor types of Objectives also

Activity

Engagements Groups, Individually

Assessment/Evaluation Activity

Conclusion

Contingency Plan

____________________________

Elements of a Tech Integrated Lesson

Frequent Feedback

Collaboration in Groups

Engagement

Experts and/or Expertly Crafted Technology Tools

GEEF

2.Behavior – Verb that describes an observable action/behaviour

3.Condition – Limitations or aids for the students

4.Degree – What is the criteria for acceptable performance?

Write objectives that communicate who is learning,  what is to be learned, under what conditions the learning will be demonstrated, and to what degree learning will take place.

1. demonstrate safety while terminating the wire onto the light using an insulated pliers and insulated gloves to avoid shock. Affective Domain

2. display responsibility by performing housekeeping by packing away tools and clean up excessive consumables to prevent any hazard until job is complete. Affective Domain

Nazim Mohammed

By the end of this lesson, the Year 2 electrical students will be able to

1. Demonstrate safe work practices by wearing appropriate PPE to isolate a three phase circuit breaker. Affective Domain

   
   

2. By the end of this lesson, the Year 2 electrical learner will be able to

   Develop fine motor skill by using your fingers on one hand to isolate the circuit from on to off position. Psychomotor Domain

3. By the end of this lesson, the Year 2 electrical learner will be able to

   Develop gross motor skill by standing on the side of the panel before isolating the circuit breaker. Psychomotor Domain

L. Lochan

By the end of this lesson, Automotive year 1 students will be able to:

1. Demonstrate positive professional attitudes by consistently following safety rules, respecting tools, and valuing proper diagnostic habits during workshop activities. Affective

2. Develop fine motor skills by accurately using a multimeter and back‑probing connectors achieving correct technique in 4 out of 5 attempts. Psychomotor (fine)

3. Develop gross motor skills by safely lifting components, positioning vehicles, routing wiring, and setting up diagnostic equipment, completing required tasks without safety violations in at least 90% of exercises. Psychomotor (gross)

1. Given access to a computer and the internet, the student will accurately type search queries using proper finger placement on the keyboard while researching the cultural significance of Carnival in Trinidad.

A- the student.

B- accurately type search words , using proper finger placement.

C- While conducting online research on the cultural significance of Carnival in Trinidad, using a computer and internet access.

7 Places to Find Free Music & Sound Effects for Multimedia Projects

Creating your own music and or sound effects to use in videos or podcasts is one way to avoid violating someone's copyright rights. Another option is to look for music and sound effects that are either in the public domain or have been labeled with a Creative Commons license. The following seven places offer music and sound effects that you and your students can use. As always, check the Creative Commons license and give attribution as requested.

Royalty Free Music hosts music tracks that can be reused in numerous ways. Royalty Free Music charges the general public for their downloads, but students and teachers can download quite a bit of the music for free. To access the free music tracks students and teachers should visit the education page on Royalty Free Music.

Freeplay Music hosts more than 15,000 music files that your students can download to use in their multimedia projects. The Freeplay Music education license allows students and teachers to use the music for free within the confines of the school. Publishing those projects on YouTube requires a slightly different though still free license. You can find the details of the licenses here.

Musopen's collection of free recordings contains performances of the works of hundreds of composers. The collection can be searched by composer, by performer, by instrument, or by form. You can stream the music from Musopen for free. You can also download five recordings per day for free from Musopen.

The Internet Archive hosts an extensive collection of music and other audio recordings that you can download for free. You should point out to students that they need to look at the usage rights closely when they find things on the Internet Archive. Not everything that is available to download for free is eligible to be reused for free.

The Free Music Archive provides free, high-quality, music in a wide range of genres. The content on Free Music Archive is used under various creative commons licenses. The New York State Music Fund provided initial funding for FMA. FMA seeks to maintain a high-quality resource through the use of selected curators who approve or deny all submissions to the collection. Anyone can download music from FMA for use in podcasts, videos, and other digital presentation formats. The music collections can be searched by genre or by curator.

Sound Bible is a resource for finding and downloading free sound clips, sound effects, and sound bites. All of the sounds on Sound Bible are either public domain or labeled with a Creative Commons license. You can find sounds for use in podcasts, videos, slideshows, or other multimedia creations.

The next time you need common sounds like doorbells ringing, dogs barking, or car horns honking to use in a multimedia project you could try to record those sounds yourself or you could turn to SoundGator to find free recordings that you can download. SoundGator offers free sound recording downloads. There are twenty-three recording categories that you can browse through to find the perfect sound for your project. You do have to register on SoundGator in order to download recordings. After registering you can download recordings directly to your computer to re-use in your projects.

Terry Chained prompts

• Terry Schultz-Giddings

  Let your personality shine by adding some character to the response

• Chain of thought prompting

Ramnarine Gayadeen

1. constraint based prompting

2. scenario base performance task prompting

3. error injection prompting

4. 
   

Ria

1. Role prompting

2. Shot prompting

3. Iterative prompting

https://view.genially.com/699d9b4643a967973112245a/interactive-content-summative-assessment

Interactive videos are digital videos that let learners do more than watch. They can click, choose, answer, explore, or branch to different scenes based on their actions. The video “responds” to the learner through built-in elements such as:

• Branching choices (pick what to say/do next → different outcomes)

• Embedded questions/quizzes (with feedback)

• Clickable hotspots (open details, tools, or evidence)

• Decision timers (simulate time pressure)

• Role-based paths (manager vs. frontline, novice vs. expert)

• Adaptive feedback (guidance based on selections)

How they assist in situation-based learning

Situation-based learning is about practicing performance in realistic contexts (what you notice, decide, and do in a scenario). Interactive video supports this well because it can simulate situations with consequences.

1) Safe practice with realistic consequences

Learners can try actions in a scenario (e.g., handling an upset customer, a safety hazard, a clinical handoff) and see outcomes—without real-world risk.

2) Better decision-making through branching

Branching turns passive viewing into active judgment:

• recognize cues,

• select an action,

• observe results,

• try again with a different approach.

This mirrors how decisions work in real settings.

3) Contextualized feedback at the moment of choice

Instead of generic feedback after a lesson, interactive video can give immediate, situation-specific coaching (“That response escalates conflict because…”), which improves transfer to the job.

4) Builds situational awareness and cue recognition

Well-designed scenarios force learners to notice signals (tone of voice, body language, environmental hazards, missing information) and click/identify them via hotspots or prompts.

5) Supports repetition and reflection

Learners can replay key moments, explore alternate paths, and reflect (“What did I miss?”). This strengthens learning through practice and comparison.

6) Engaging and measurable

Interactive videos tend to increase attention and provide data such as:

• choices made,

• time to decide,

• common errors,

• paths taken,
  which helps instructors refine training and target coaching.

Common situation-based uses

• Customer service: de-escalation, empathy, policy vs. discretion

• Safety/compliance: hazard spotting, lockout/tagout decisions

• Healthcare: triage, communication, medication safety

• Leadership: feedback conversations, ethics, performance issues

• Sales: discovery questions, objection handling

If you tell me the domain (e.g., healthcare, safety, customer support) and the learner level, I can suggest a simple scenario structure and interaction types that fit.

• Definition: Learning activities that mirror actual situations employees or students might face in their daily work or personal life.

• Purpose: To help learners apply knowledge and skills in a practical, relatable way.

• Example: A customer service trainee practicing how to handle an angry customer at a retail counter.

Branching Scenarios

• Definition: Interactive learning experiences where learners make decisions at key points, and each choice leads to different outcomes or “branches.”

• Purpose: To simulate decision-making, show consequences of actions, and encourage critical thinking.

• Example: In an HR training module, if a manager chooses to ignore a harassment complaint, the scenario branches into negative consequences; if they escalate it properly, the branch shows positive resolution.

Tabletop Stories

• Definition: Narrative-based exercises are often used in workshops or training sessions, where participants discuss a hypothetical situation around a table and explore possible responses.

• Purpose: To encourage group discussion, collaborative problem-solving, and reflection without the pressure of real-world consequences.

• Example: A safety training session where employees are given a story about a chemical spill in the workplace and asked to outline step-by-step how they would respond.

A case study in Tech-Voc is a real‑life or realistic situation where students must analyze a problem, apply skills, and create a practical solution related to their vocational field

It develops:

• Problem-solving

• Technical skills application

• Critical thinking

• Decision-making

  
  

A simulation is a safe, controlled, and realistic learning activity that allows students to practice real-world technical or vocational skills without risking damage, injury, or cost.

Project-Based Learning an instructional method where students acquire technical skills and theoretical knowledge by working over an extended period to investigate and solve authentic, complex, and real-world industrial

Virtual Reality (VR) uses a headset (and often hand controllers) to place the learner inside a fully digital, immersive environment that blocks out the real world. The learner can look around, move, and interact with objects and people in the simulation.

Examples: practicing a warehouse safety walk-through in a simulated facility; performing a virtual patient assessment; operating a simulated machine.

What is Augmented Reality (AR)?

Augmented Reality (AR) overlays digital content onto the real world using a phone/tablet camera or AR glasses. The real environment stays visible, but learners see added guidance like labels, arrows, animations, or step prompts.

Examples: seeing step-by-step repair instructions overlaid on a real engine; identifying hazards in a real workspace with on-screen markers.

How VR helps in situation-based learning

Situation-based learning focuses on applying skills in realistic contexts. VR supports this by creating a safe, repeatable “real-life” scenario.

• Realistic practice without risk: Train for hazardous, rare, or high-stakes situations (fire response, chemical spill, clinical emergencies).

• Decision-making under pressure: Time-bound events and consequences simulate real conditions.

• Role-play and communication: Practice difficult conversations (leadership, de-escalation, patient communication) with virtual characters.

• Muscle memory & procedures: Rehearse sequences (PPE donning/doffing, equipment start-up/shut-down) repeatedly.

• Standardized scenarios: Every learner faces the same conditions, enabling fair assessment.

• Rich performance data: Track errors, sequence adherence, response time, and choices.

How AR helps in situation-based learning

AR is strong when the “situation” happens in the real environment and learners benefit from in-the-moment support.

• On-the-job guidance: Step-by-step overlays during real tasks (maintenance, lab work, inspections).

• Contextual learning in place: Teach what to do where it actually happens (hazard identification in the actual workspace).

• Reduced cognitive load: Learners don’t have to memorize everything—key info appears at the moment of need.

• Faster skill transfer: Practice with real tools and surroundings while receiving digital coaching.

• Just-in-time checks: Confirm correct parts, settings, or safety steps via visual prompts.

VR vs AR for situation-based learning (quick comparison)

Table

2. Intrincic rewards

3. Games selected and used based on the objective

4 Assessment is within the game

5 Lesson content adjusted to suit the game