Kickoff & Problem Statement (CS Research)
By: ARIES X ACES ACM
CAIC Summer of Tech is a 5-week learning initiative by the Co-curricular and Academic Interaction Council (CAIC) designed to help freshers and beginners explore tech domains without pressure or prerequisites.
Inspired by Inter-IIT Tech Meet problem statements, it offers guided tracks in:
- Generative AI
- CS Research
- Cybersecurity
- Quant & Finance
- And more...
Each track includes:
- ✅ Bite-sized weekly content
- ✅ Beginner-friendly, hands-on projects
- ✅ Mentorship from senior students
No prior experience? No stress. You’ll learn by building — not before building.
- Duration: 5 weeks (Starting from 25 May, 2025)
- Weekly Deliverables: Tasks designed to be manageable and non-overwhelming
- Communication & Updates:
Join the official WhatsApp group: Join Now
- Individual learning in the early phase
- Team formation happens later during project implementation
- Weekly progress reports will be submitted individually
- Weekly releases with:
- 📹 Explanatory videos
- 📝 Notes
- 💻 Code samples
- No prior knowledge required — all explained in simple terms
- Seniors and mentors available for doubt resolution
- Submit progress regularly at checkpoints
- Show up, ask questions, and stay curious — no need to stress
- Projects submitted at the end of 5 weeks
- Learning > Competition
- Exceptional work may lead to:
- 🎖 Shortlisting for Inter-IIT Tech Meet
- 🎉 Shoutouts & Prizes
- Respect others’ learning journeys
- Collaborate ethically — no plagiarism
- Be open, helpful, and supportive
In this track, you’ll dive into the world of Neural Networks, with a special focus on Convolutional Neural Networks (CNNs) — a foundational architecture for image and pattern recognition.
You’ll go from training models using real datasets to building your own CNN from scratch, gaining both practical skills and theoretical understanding.
The CS Research track spans 5 weeks:
-
Week 1–2:
- Basics of neural networks
- Intro to CNNs and how they work
- All concepts explained in beginner-friendly terms
-
Week 3–4:
- Practice: train CNN models on real datasets
- Learn how to evaluate performance
- Modify architecture and observe outcomes
-
Week 5:
- Build your own CNN from scratch
- Experiment by tuning hyperparameters and improving accuracy
All resources and tutorials will be released gradually, so you’re never overwhelmed.
✅ Implement a working CNN model on a given dataset
✅ Understand how it learns, predicts, and improves
✅ Submit a well-documented notebook or script by the end
- Try optimization techniques like learning rate scheduling or Adam optimizer
- Add regularization (e.g., Dropout, L2) to prevent overfitting
- Compare multiple versions of your model and identify what improves accuracy
- Explore simple data augmentation for better generalization
We’re excited to have you onboard. Let’s make research approachable and fun!
Happy learning! 🧠✨