By Beth Smith, M. Ed. | #smithingifted

Gifted students do not need more worksheets. They need more opportunities to wrestle with ideas, uncover connections, question assumptions, and investigate what lies beneath the surface.

That is where the Depth & Complexity thinking prompts can transform a lesson.

These prompts help teachers move students beyond basic recall and into the kind of thinking that gifted learners crave. Instead of simply asking students to identify facts, we invite them to notice patterns, consider multiple perspectives, explore unanswered questions, and examine how ideas change over time.

Best of all, Depth & Complexity does not require an entirely new curriculum. It strengthens the lessons, texts, experiments, and projects you already teach.

What Do Depth and Complexity Mean?

Depth encourages students to explore a topic in greater detail. Students examine the specialized language, rules, patterns, ethical issues, and unanswered questions within a field of study.

Complexity encourages students to make connections. Students investigate multiple perspectives, changes over time, relationships across disciplines, and the larger ideas that connect individual facts.

Think of it this way:

• Depth is digging deeper into one location.
• Complexity is stepping back to see how that location connects to the larger world.

When the two work together, students begin thinking more like historians, scientists, engineers, writers, and investigators.

The Thinking Prompts

The most commonly used Depth & Complexity prompts include:

• Language of the Discipline: What vocabulary, symbols, tools, or expressions do experts use?
• Details: Which specific features or facts are important?
• Patterns: What repeats? What relationships can students identify?
• Trends: In what direction is the topic moving?
• Rules: What structures, laws, principles, or expectations guide this topic?
• Ethics: What issues of fairness, responsibility, or right and wrong are involved?
• Unanswered Questions: What remains unknown, uncertain, or open to investigation?
• Big Idea: What main concept, principle, or generalization connects the learning?
• Multiple Perspectives: How might different people or groups interpret the same event or evidence?
• Change Over Time: How has the topic developed, and what might happen next?
• Across Disciplines: How does this topic connect to other subjects or fields?

These prompts are not a checklist that must be completed during every lesson. Choose the one or two that best match the content and the thinking you want students to practice.

Start With the Question, Not the Icon

Displaying the prompts is helpful, but the real power comes from the questions students are asked.

A surface-level question might be:

What happened in Roswell in 1947?

Depth & Complexity can turn that single question into an investigation:

• Details: Which pieces of evidence appear in the original reports?
• Multiple Perspectives: How might a rancher, military officer, reporter, or UFO believer interpret the same evidence?
• Language of the Discipline: What terms would a historian, journalist, or investigator use when evaluating a source?
• Unanswered Questions: Which parts of the event remain disputed, and why?
• Ethics: When, if ever, should a government keep information from the public?
• Change Over Time: How has the Roswell story changed since 1947?
• Big Idea: How do evidence, perspective, and uncertainty influence what people believe?

The content has not changed. The level of thinking has.

Simple Ways to Use the Prompts

1. Add One Prompt to a Read-Aloud

Pause during a story and ask students to examine a character’s decision through ethics or compare the event through multiple perspectives.

2. Upgrade an Exit Ticket

Instead of asking, “What did you learn?” try:

• What pattern did you notice today?
• What important question remains unanswered?
• What is the big idea behind today’s lesson?
• How could someone with a different perspective interpret this information?

3. Create Thinking Stations

Place a different prompt at each station. Students might examine the same photograph, artifact, article, experiment, or data set through several thinking lenses.

4. Let Students Choose a Lens

After introducing the prompts, allow students to select the lens they believe will produce the strongest analysis. Require them to explain why that prompt fits the topic.

5. Combine Two Prompts

Pairing prompts creates even stronger thinking:

• Patterns + Change Over Time
• Rules + Ethics
• Details + Multiple Perspectives
• Trends + Unanswered Questions
• Across Disciplines + Big Idea

For example, students studying water conservation could identify trends in local water use and then investigate the ethical question of who should be responsible for reducing consumption.

What This Can Look Like Across Subjects

In science, students can identify patterns in weather data, examine unanswered questions about an ecosystem, or consider the ethics of a new technology.

In math, students can analyze rules, search for patterns, use the language of the discipline, and explain the big idea behind a strategy instead of merely producing an answer.

In social studies, students can compare perspectives, trace change over time, and investigate how a historical decision affected different groups.

In reading, students can examine subtle details, identify patterns in a character’s behavior, and debate the ethics of a character’s choices.

In STEM and makerspace projects, students can explore design rules, analyze trends in test results, connect engineering to other disciplines, and identify unanswered questions that lead to a redesign.

Support Students Before Expecting Independence

Depth & Complexity prompts are powerful, but the symbols or labels alone will not automatically produce advanced thinking. Students need modeling.

Think aloud as you analyze a source. Show students what a strong response sounds like. Compare a basic observation with a deeper one. Provide question stems when a prompt is new, and gradually remove those supports as students gain confidence.

It is also important to remember that deeper thinking does not always mean longer writing. A student may demonstrate remarkable insight through a diagram, debate, model, podcast, evidence board, annotated photograph, or carefully defended claim.

The goal is intellectual depth—not extra paperwork.

A Challenge for This Week

Choose one lesson you already plan to teach. Do not rewrite the entire activity. Add just one Depth & Complexity prompt and one strong question.

Then listen closely to the students’ responses.

You may discover that one thoughtfully chosen question opens the door to a level of curiosity, debate, and insight that a full page of ordinary questions never could.

Gifted learners are capable of thinking beyond the obvious. Our job is to give them the language, tools, and opportunities to do it.

Think Bigger. Create Together. Change the World.