📢 AI-Driven VLSI Research Lab 👉 Comment “INTERESTED” if you want to join this session. 🎓 ONLINE ORIENTATIO…

By Zakia Sultana

📢 AI-Driven VLSI Research Lab

👉 Comment “INTERESTED” if you want to join this session.

🎓 ONLINE ORIENTATION & RESEARCH INDUCTION SESSION 2026

"Innovating Tomorrow's Chips with Artificial Intelligence."

Are you passionate about Artificial Intelligence, VLSI, ASIC Design, FPGA, Electronic Design Automation (EDA), or Power Electronics? Are you eager to publish research, develop innovative solutions, and collaborate with researchers worldwide?

We are excited to welcome undergraduate students, graduate students, researchers, and aspiring engineers to the **Official Online Orientation & Research Induction Session** of the **AI-Driven VLSI Research Lab**.

Together, we'll explore how Artificial Intelligence is transforming semiconductor design, intelligent hardware systems, and next-generation electronic technologies.

📅 **Date:** [To Be Announced]

🕘 **Time:** [To Be Announced]

💻 **Mode:** Online (Meeting link will be shared with registered participants)

*What to Expect*

✅ Introduction to the vision, mission, and research roadmap of the lab

✅ Overview of ongoing and upcoming research projects

✅ Guidance on research methodology, paper writing, and publication

✅ AI applications in VLSI, ASIC, FPGA, EDA, and Power Electronics

✅ Collaborative research and mentorship opportunities

✅ Interactive Q&A session with the lab supervisor

*Research Areas*

🔹 Artificial Intelligence & Machine Learning

🔹 VLSI Design & Physical Design

🔹 ASIC Design

🔹 FPGA-Based Systems

🔹 Electronic Design Automation (EDA)

🔹 Power Electronics

🔹 Hardware Acceleration & Intelligent Systems

🔹 AI for Semiconductor Design

*Message from the Lab*

At the **AI-Driven VLSI Research Lab**, we focus on bridging Artificial Intelligence with hardware innovation to solve real-world engineering challenges. Our goal is to build a strong research community where students can learn, collaborate, and publish impactful work.

📢 Join us as we explore the future of AI-driven chip design and intelligent semiconductor systems.