The Socratic Tutor Gem
Below is an example AI Spark utilizing Google's Gemini Gems, along with example scenarios for applying the learning activity in disciplines such as computer science, information technology, math, engineering, English, and the arts.
Why This Activity?
This learning activity introduces Gemini Gems — custom AI personas built with specific behavioral constraints. The Gem never gives the answer; it only asks guiding questions. This single constraint transforms the AI from a shortcut into a genuine thinking partner and is the most effective design in the initiative for preventing academic dishonesty while maximizing learning depth.
Objective & Outcomes
Goal
Use a constraint-based AI Gem that asks only guiding questions — never providing the answer — so students develop genuine problem-solving ability through iterative self-discovery.
Outcome
Students demonstrate analytical or debugging skills by arriving at their own solution through a documented sequence of guided exchanges.
Scenarios
- Instructor: Build a Gem with the system prompt: "You are a coding tutor. NEVER give the corrected code or the answer. Ask only one guiding question per response to help the student locate their own error." Provide a challenge problem containing a hidden logic bug.
- Student: Open the Gem and paste your broken code. Follow the Gem's questions one at a time. After each question, attempt your own fix before continuing.
- Impact: Students learn debugging logic rather than copying a solution. The Gem's structure makes copying impossible by design.
- Instructor: Create a Gem: "You are a math tutor. Never show the solved step. Ask one question at a time to help the student identify which rule they misapplied." Provide a complex integration or differentiation problem.
- Student: Paste your step-by-step work into the Gem. Ask: "Review my Step 2. Did I apply the formula correctly? If not, ask me a question that helps me find what I missed." Work through at least 4 exchanges before arriving at your answer.
- Impact: Builds genuine mathematical reasoning by forcing engagement with the 'why' behind each step.
- Instructor: Set up a Gem: "You are a literature guide. Never interpret the passage for the student. Only ask questions that help them discover the theme, device, or argument themselves."
- Student: Paste a difficult passage or poem into the Gem. Work through it using the Gem's questions. Identify and note the exact question that finally unlocked your interpretation — this becomes the core of your reflection.
- Impact: Reduces AI-assisted shortcutting by making the thinking process the deliverable, not just the conclusion.
The Tech Setup (Step-by-Step)
Instructor
- Go to gemini.google.com > "Explore Gems" > "New Gem." Paste the constraint-based system prompt. Name it with the course code and unit (e.g., "COP3014 Debug Tutor — Week 4").
- Copy the Gem's share link and post it in the Canvas Module for the relevant unit.
Student
- Open the shared Gem link using your FSU email. The Gem's constraints load automatically — you cannot alter the system prompt.
- Paste your problem, code, or passage. Engage one question at a time. Do not skip ahead.
- Screenshot the full conversation showing at least 4 back-and-forth exchanges.
NOTE: Gem sharing via link requires that both the instructor and student are on FSU Google Workspace accounts. Post the Gem's system prompt text directly in the Canvas Assignment instructions. Ask students to go to gemini.google.com > "Explore Gems" > "New Gem," paste the provided system prompt, and save it as their own personal Gem for this activity. The learning outcome is identical — only the setup step differs.
What to Submit
The Logic Log
A screenshot of the Gem conversation showing at least 4 exchanges — enough to demonstrate genuine iterative engagement.
The Breakthrough Moment
A 150-word write-up identifying the exact question from the AI that helped you find your answer, and what specifically changed in your thinking as a result.
Step-by-Step Setup & Submission
| Role | Step | Action |
|---|---|---|
| Instructor | 1 | Build the Gem with a constraint-based system prompt. Test it yourself first — try to get it to give you the answer directly. If it does, tighten the prompt before sharing. |
| Instructor | 2 | Post the Gem link in Canvas. If sharing is unavailable, post the system prompt text and instruct students to create their own Gem copy using the provided prompt. |
| Student | 1 | Open the Gem link (or create your own Gem using the instructor's system prompt). Paste your problem or passage. |
| Student | 2 | Work through at least 4 guided exchanges. Screenshot the conversation. |
| Student | 3 | Submit the screenshot and your 150-word Breakthrough Moment write-up to Canvas. |