Up until now, I had mostly been using LLMs to revise my writings including grammar, structure, and clarity so the promptings I did in class were fun and interesting. I think one of the most helpful prompting strategies I learned was the importance of being specific and clear with my prompting (I used Google Gemini). For instance, when I asked it to tell me about WW1, it gave me a follow up question: “Are you interested in a specific part of the war, like the life of a soldier in the trenches or the political maneuvering behind the scenes?” Additionally, when I told it to act as a teacher teaching it to elementary school students, the words used in the output became easier and beginner friendly which made it simpler and more accessible. E.g., “One day, a leader from a country called Austria-Hungary was hurt while visiting another place. Because of those “club promises” (which adults call alliances), one country joined the fight, then another, and another, until almost the whole world was involved!” This experience connects to the reading on prompting from OpenAI Academy which emphasizes the importance of clearly stating what you want the model to do and how you want the response delivered: “Be clear about what you need ChatGPT to do. Tell ChatGPT how you’d like the response”. These strategies may be helpful when learning about unfamiliar topics as they make complex information more approachable.

One of the most useful prompting strategies I’ve learned is how to get LLMs to write structured literature reviews. I started doing this because reading empirical economics papers one by one takes a lot of time, especially when you’re trying to go through many of them for a project. Using an LLM helps me move faster and compare papers more efficiently.

At first, I used a very simple prompt:
“Write a literature review of the paper attached (PDF).”

The result honestly wasn’t great. The output was very general, kind of surface level, and didn’t really engage with the empirical parts of the paper. It also wasn’t structured like a real literature review, and sometimes it included claims that weren’t clearly supported by the text. It felt more like a loose summary than something I could actually use for academic work.

Then I tried a more detailed prompt:
“Write a literature review of the paper attached. You are an economics professor writing for an academic journal. Include sections on: research overview, methodology, key findings, research strengths, and limitations. The review should be 800 words. Do not synthesize or cite sources not present in the source material attached. Do not make unsupported claims.”

This worked much better. The output was clearly organized, more technical, and actually focused on things that matter in empirical economics, like identification strategy and limitations. It also stayed grounded in the paper instead of making things up.

I tested this on ChatGPT (GPT 5.4), and the difference between the two prompts was pretty clear. With the second one, the model produced something that actually resembled a real literature review, with sections like methodology and key findings written in a more academic tone.

This connects directly to what we read about prompt literacy. The UT Aspire guide explains that being specific about things like role, format, and purpose leads to better outputs, while vague prompts usually give broad and less useful answers .

Overall, this kind of prompting is really useful for students or researchers who need to go through a lot of papers quickly. It doesn’t replace actually reading the paper, but it makes the process way more efficient and helps you decide what’s worth spending more time on.

The most helpful prompting strategy I’ve learned is being clear about exactly what I want the output to look like. Not just the topic, but the format, timeline, and specific instructions.

The prompt I used was: “make a daily schedule to help a person gain 10 pounds over 4 weeks no symbols just words” and I tested this on ChatGPT (GPT-5.3).

Here is part of the output I got:

8:00 AM Breakfast
4 eggs
2 slices of toast with peanut butter
1 banana
1 cup of milk

10:30 AM Snack
Protein shake
Handful of nuts or granola

What matters here is how the instructions shape the result. Saying “over 4 weeks” makes it structured and realistic instead of random. Saying “no symbols just words” makes it clean and usable for notes or assignments. The response follows exactly what I asked for.

This strategy works because AI is not actually thinking. It is just predicting language. As one article explains, these systems “can interact with us through natural language, and we can’t distinguish the real from the fake.” (The New York Times. “What Exactly Are the Dangers Posed by A.I.?” (2023). That means the clearer your input is, the better the output will be.

I think that this is useful for students who want organized notes, athletes who need a structured plan, and really anyone who wants direct answers without anything extra. It saves time and makes the output easier to actually use.

Overall, what I’ve learned is that prompting is about control. If you control the format and details, you control the output.

The New York Times. “What Exactly Are the Dangers Posed by A.I.?” (2023).

Nebiyou
After reading and discussing the prompting guidelines in class Tuesday, my second prompt with Gemini was “Make me a diet for a gymgoer”. I thought this would be fun to try and since I go to the gym as well, I was curious about what recommendation I’d get. The response I got at first was that “we need to move past eating clean and focus on performance fuel”, then it gave me a basic meal plan and nutrition strategy. This was an interesting response, considering I didn’t specify what my training goals were (powerlifting, for athleticism, lifting for mass gain, etc.) Towards the end of the response, it did however ask me if I’m looking to bulk up, cut down, or maintain my physique while getting stronger.

Then I used the Flipping Technique and asked, “Ask me 5 questions about my goals, resources, and routine” and it gave me more focused questions, such as my primary objective, dietary dealbreakers, my current training schedule, and height and weight. I found this to be a lot more helpful and a step in the right direction. This prompt could be very useful for people new to weightlifting or people who have been lifting for a while but may not be seeing the results that they are looking for. I found the flipping technique from Dr. Hayward’s slideshow to be the most useful prompting technique. It’s nice to have the LLM ask questions to kinda home in on what I’m really looking for – since sometimes the prompter themselves might not even be sure what they’re looking for.

For my first prompt I tried, I asked it “Tell me about World War I”, where it gave me an okay overview. My follow up prompt was “You are a history teacher, and i’m a student in your college level class. tell me about the turning points in the world war 1 and the after effects of world war 1 in the western hemisphere”. I used advice from Tips to Get Started and Best Practices from UT’s Prompt Literacy guide, like telling Gemini what role it should take on, the audience, and what the purpose is. “To reduce the likelihood of hallucinations (outputs that sound plausible, but are incorrect or unrelated), tell it that it’s an expert in the topic you’re prompting. For
example, “You are an expert in men’s fashion design.” Other expert role examples
include: Copywriter
o Public Speaker
o Marketing Strategist”
(Under Best Practices)

To my experience of prompting, If I were to be honest I was kinda confused with some of the concept of this experiment. However one thing that caught my attention was personal prompt since I’m so used to asking questions in regards to what I can do to improve myself. For the personal experiment, I asked, “help me be more productive.” I used google gemini and what It did is constrained by making a list of production by advising to master my to-do list, protect my focus, manage my energy, not just time; and optimize my enviorment. When I added persona + goal, it mentions about S.M.A.R.T. Goals. That was the only thing that improved, however it may seem like it got confused.

The LLM I used for Tuesday’s lab was Microsoft Copilot. The prompt that was most intriguing was the second phase of the simple “make a workout plan for me” prompt, which was: Make a workout plan for me. I’m available for 2 hours starting at 4 pm and would like a 5-day plan. Please act as a strength coach. Regarding my own experience with this and what we’ve discussed in class, updating the original, basic prompt with prompt patterns (persona, audience, format, constraints, flipped interaction, and iteration), the output became increasingly tailored to the specifics of the prompt. In this prompt, I added persona in requesting Copilot to act as a strength coach, as well as format, identifying I want a 5-day plan, as well as iteration, which revised the first prompt and tightened the plan. This prompt is particularly useful for people who have a gap in their schedule to engage in working out and being pushed the way a strength coach will push you to reach the results you want, especially with a 5-day plan for two hours a day. An additional alteration to this particular prompt would be describing your age range and athletic abilities to further tailor the workout regimen.

Again, I used Microsoft Copilot for this prompt:

Here’s a clean, structured 5‑day workout plan built around your availability: 2 hours starting at 4 pm, with a smart mix of strength, conditioning, and mobility so you’re not burning out but still progressing fast.

Day 1 — Upper Body Strength (Push Focus)

Warm‑Up (10 min)

• Light band work
• Shoulder mobility
• Push‑ups (2×10)

Main Lifts (60 min)

• Bench Press — 5×5
• Overhead Press — 4×6
• Incline Dumbbell Press — 4×8
• Dips — 3×10–12

Accessories (30 min)

• Triceps rope pushdowns — 4×12–15
• Lateral raises — 4×15
• Core: Planks 3×1 min

Cool‑Down (10 min)

Chest/shoulder stretching

📅 Day 2 — Lower Body Strength (Squat Focus)

Warm‑Up (10 min)

• Hip mobility
• Light goblet squats

Main Lifts (60 min)

• Back Squat — 5×5
• Romanian Deadlift — 4×8
• Leg Press — 4×10
• Walking Lunges — 3×20 steps

Accessories (30 min)

• Hamstring curls — 4×12
• Calf raises — 4×15–20
• Core: Hanging leg raises — 3×10

Cool‑Down (10 min)

Lower‑body stretching

📅 Day 3 — Conditioning + Core

Warm‑Up (10 min)

Light cardio + dynamic stretching

Conditioning Block (60 min)

Choose one:

• Rowing intervals (10×2 min on / 1 min off)
• Treadmill incline intervals
• Circuit training (kettlebells, sled pushes, battle ropes)

Core Block (30 min)

• Cable woodchoppers — 3×12 each side
• Ab‑wheel rollout — 3×10
• Russian twists — 3×20
• Back extensions — 3×12

Cool‑Down (10 min)

Breathing + mobility

📅 Day 4 — Upper Body Strength (Pull Focus)

Warm‑Up (10 min)

Band pull‑aparts, light rows

Main Lifts (60 min)

• Deadlift — 5×3 (heavy but clean)
• Pull‑ups — 4×8
• Barbell rows — 4×6–8
• Lat pulldowns — 3×10

Accessories (30 min)

• Biceps curls — 4×12
• Face pulls — 4×15
• Rear‑delt flyes — 3×15

Cool‑Down (10 min)

Back/lat stretching

📅 Day 5 — Full Body + Mobility

Warm‑Up (10 min)

Dynamic full‑body warm‑up

Full‑Body Strength Circuit (60 min)

Repeat 4 rounds:

• Goblet squat — 12
• Push‑ups — 15
• Kettlebell swings — 20
• Dumbbell rows — 12 each side
• Step‑ups — 12 each leg
• Rest 2–3 min between rounds

Mobility + Stability (40 min)

• Deep hip mobility
• Thoracic spine work
• Shoulder stability
• Light yoga flow

Cool‑Down (10 min)

Slow breathing + stretching

⭐ Want me to tailor this further?

I can customize it to your goals—muscle gain, fat loss, strength, athletic performance, or a mix. I can also adjust for equipment, injuries, or preferred training styles.

From the Google Cloud reading, the One -, few – and multi-shot prompts is an example of the prompt used in this example, as the basic original prompt was slightly amended to generate a more accurate response to what is wanted. “This method involves providing the model with one or more examples of the desired input-output pairs before presenting the actual prompt. This can help the model better understand the task and generate more accurate responses” (Google Cloud: Prompt engineering: overview and guide, 2026).