IELTS Speaking 2025 Part 2&3: Describe an Area/Subject of Science That You Are Interested In 🔬

Describe an Area/Subject of Science That You Are Interested In 🔬

Ideas 💡

• Which subject? → Astronomy, artificial intelligence, marine biology, genetics
• When and where? → In school, through books, documentaries, online courses
• How do you learn more? → YouTube, research papers, TED Talks, online courses
• Why do you like it? → Fascinating discoveries, real-world applications, potential to change lives

Useful Grammar & Structures 🏗️

✅ Present Perfect & Past Simple (I have always been interested in… / I first learned about it when…)
✅ Complex Sentences (The more I learn about it, the more fascinated I become.)
✅ Comparatives & Superlatives (It is one of the most exciting fields in science today.)
✅ Conditionals (If this technology develops further, it could revolutionize our lives.)

Collocations & Idioms 🌟

1. Cutting-edge technology 🔬 (công nghệ tiên tiến nhất)
2. Revolutionize the way we live 🚀 (cách mạng hóa cuộc sống của chúng ta)
3. Mind-blowing discoveries 🤯 (những khám phá đáng kinh ngạc)
4. Expand our understanding of the universe 🌌 (mở rộng sự hiểu biết về vũ trụ)
5. A game changer 🎮 (một bước ngoặt quan trọng)

Full Sample Answer (2+ minutes) 🎤

One area of science that I find absolutely fascinating is artificial intelligence (AI). I first learned about it a few years ago when I watched a documentary about how AI is transforming various industries, from healthcare to space exploration. Since then, I have been eager to learn more about this subject.

I usually get information about AI through online articles, TED Talks, and research papers. Additionally, I follow experts in the field, such as Elon Musk and Geoffrey Hinton, to stay updated on new developments. There are also many YouTube channels that break down complex AI concepts in a way that is easy to understand.

What excites me the most about AI is its potential to revolutionize our lives. It is already being used in self-driving cars, virtual assistants, and even medical diagnoses. The fact that AI can analyze massive amounts of data in seconds and help solve global problems, such as climate change and disease prediction, makes it an incredibly powerful tool. Of course, there are also concerns about ethics and job displacement, but I believe that with the right regulations, AI can be a game changer for humanity.

Overall, AI is a field that I would love to explore more deeply. If I have the opportunity, I would even consider taking a specialized course or working on an AI-related project in the future.

🎤 Part 3: Follow-up Questions & Answers

1. Why do some children not like learning science at school?

Ideas 💡

• Too difficult → Complex theories, too much memorization
• Lack of real-world applications → Can’t see how it applies to daily life
• Teaching methods → Some teachers make it boring, lack hands-on experiments

Collocations 🌟

1. Struggle with abstract concepts 📖 (gặp khó khăn với các khái niệm trừu tượng)
2. Hands-on experiments 🧪 (thí nghiệm thực hành)
3. Lack of engagement 😴 (thiếu sự hứng thú)

Sample Answer 🎤

Many children struggle with abstract concepts in science because subjects like physics and chemistry involve complex formulas and theories that are hard to understand. Additionally, if teachers focus too much on memorization instead of hands-on experiments, students may find the lessons boring and irrelevant to their daily lives. Making science more interactive and practical could help students develop a stronger interest in the subject.

2. Is it important to study science at school?

Sample Answer 🎤

Yes, studying science at school is extremely important because it helps students develop critical thinking skills and an understanding of how the world works. Science is the foundation of medicine, technology, and engineering, all of which are essential to modern society. Even if students don’t pursue a career in science, having basic scientific knowledge helps them make informed decisions in everyday life, such as understanding health recommendations or environmental issues.

3. Which science subject is the most important for children to learn?

Ideas 💡

• Biology → Understand the human body, health, environment
• Physics → Foundation of technology and engineering
• Computer science → Essential for future jobs

Sample Answer 🎤

I believe computer science is becoming one of the most important subjects for children to learn. In today’s digital age, understanding how computers and coding work is just as essential as learning to read and write. However, biology and physics are also crucial because they help students understand the world around them, from how their bodies function to how technology operates.

4. Should people continue to study science after graduating from school?

Sample Answer 🎤

Absolutely! Science is constantly evolving, and new discoveries are being made all the time. Even if someone doesn’t work in a scientific field, keeping up with advancements in medicine, technology, and environmental science can help them make better decisions in life. For example, understanding renewable energy can help people reduce their carbon footprint, and learning about health science can improve their well-being.

5. How do you get to know about scientific news?

Sample Answer 🎤

I usually follow science websites like National Geographic and Science Daily. I also watch TED Talks and YouTube videos that explain new discoveries in an engaging way. Additionally, social media platforms like Twitter and LinkedIn are great for following experts and staying updated on the latest research.

6. Should scientists explain the research process to the public?

Ideas 💡

• Yes: Helps build trust, prevents misinformation
• No: Some research is too complex for the general public

Sample Answer 🎤

Yes, I think scientists should explain their research process to the public, but in a way that is easy to understand. Many people misunderstand scientific findings because they only hear simplified or misleading headlines. If researchers can communicate their work clearly, it will help build trust in science and reduce the spread of misinformation. However, some advanced scientific concepts may be too complex for the general public, so breaking them down into simple terms is important.