Archive · 22 Sep 2026
Vishnu Institute Inaugurates FDP on VLSI for AI
A six-day training programme for teachers has started in Bhimavaram.
It is being held at Vishnu Institute of Technology.
The programme teaches how chip design can support artificial intelligence and edge computing.
More than 55 teachers from different colleges are taking part.
Experts will discuss low-power chips, AI accelerators and other semiconductor topics.
They will also learn about designing systems with RISC-V cores.
The organisers want teachers to improve their technical and research skills.
They also hope the teachers will share what they learn with their students.
A six-day AICTE–ATAL faculty programme began at Vishnu Institute of Technology in Bhimavaram.
The programme focuses on VLSI design for artificial intelligence and edge computing.
More than 55 faculty members from various colleges have registered.
Sessions will cover AI-based VLSI, ASICs, AI accelerators, SoC design and semiconductor technologies.
Organisers said the programme aims to strengthen faculty knowledge, research and academic skills.
- Who
- Vishnu Institute of Technology, the Dr BV Raju Foundation, the Sri Vishnu Educational Society, AICTE–ATAL and participating faculty members.
- What
- A six-day Faculty Development Programme on “VLSI Design for AI and Edge Computing: Architectures and Optimisation” was inaugurated.
- When
- The programme was inaugurated on Monday and will run for six days.
- Where
- Vishnu Institute of Technology (Autonomous) in Bhimavaram.
- Why
- To strengthen faculty development and build knowledge of emerging VLSI, artificial intelligence, edge computing and semiconductor technologies.
- Programme duration
- Six days
- Host institution
- Vishnu Institute of Technology (Autonomous), Bhimavaram
- Programme theme
- VLSI Design for AI and Edge Computing: Architectures and Optimisation
- Registrations
- More than 55 faculty members from various colleges
- Organisers
- Dr BV Raju Foundation and Sri Vishnu Educational Society
- Collaborators
- Department of Electronics and Communication Engineering and AICTE–ATAL
- Featured topics
- AI-based VLSI design, advanced semiconductor packaging, low-power ASICs, AI accelerators, RISC-V-based SoC design and semiconductor device technologies