NIT Raipur | Workshop on Exploring Semiconductor Devices: A Practical Approach to VLSI, Apply 10th June 2024!

May 23, 2024, 1:52 p.m., Posted by: Sonam Yadav

Overview:

Department of Electronics & Communication Engineering, NIT Raipur is inviting applications for a Workshop on Exploring Semiconductor Devices: A Practical Approach to VLSI. Interested ones can apply.

Objectives:

Discover the realm of semiconductor devices and their practical application in VLSI design through our immersive one-week workshop. Gain hands-on experience, theoretical knowledge, and interactive discussions covering semiconductor physics, device optimization, fabrication techniques, and VLSI design methodologies.
Engage with industry experts, collaborate with peers, and explore real-world challenges and solutions. This workshop equips you with the skills and knowledge needed to excel in VLSI and microelectronics.
The participants will have an idea about various challenging issues such as semiconductor device optimization and fabrication, analog and digital IC design, etc. Participants will gain the confidence to work in academia and to collaborate with industries.

Eligibility:

Applications are invited from Undergraduate (Final Year), postgraduates, and Ph. D scholars.

Important Details:

Only 25 candidates will be selected on a first-come, first-served basis, or some criteria determined by the committee to participate in the workshop.
Shortlisted participants are required to pay a fee of Rs. 1000 which will be fully reimbursed upon successful completion of the training program. Account details for fee payment will be communicated to the selected candidates.
Organizers will reimburse travel allowance (3 Tier AC by train/ Bus fare as per GOI norms), shared accommodation, and food for participants during the event.
Participant has to upload a No Objection Certificate while registering for this workshop as per the format given.
Certificates will be issued only to participants who attend the entire course.

Course Contents:

The major topics to be covered but not limited to are as follows:

Introduction to Microelectronics and VLSI
Essentials of Semiconductor Device Physics
Optimization of semiconductor devices: TCAD Simulation
Hands-on experience with TCAD simulators
Exposure to fabrication techniques for Diode and MOS Capacitor development
Exposure to fabrication techniques for MOSFET, HEMT device development
Electronics Materials for Micro and Nanodevice
Implementing New Technology and Managing Productions Processes
Scope of present semiconductor technology and future perspectives
Basic understanding of Digital and Analog IC Design
Techniques of Mixed-mode signal processing for VLSI circuits
Opto-electronics devices, Photonics solar cell
FPGA-based System on Chip Design
Hands-on practice on VHDL tool- Vivado
Implementation and designing of Digital circuits for Application-Specific Integrated Circuit
Hardware for AI and ML
Role of Yoga and stress management in the present scenario