About
CeNSE, IISc is launching a Summer School in semiconductor technology that is targeted at UG/PG students intrigued by semiconductor manufacturing. Semiconductor manufacturing is having a moment. For the first time, India is making significant investments in manufacturing advanced semiconductor devices. The Government of India has launched the ₹77000 Cr Indian Semiconductor Mission (ISM), under which commercial semiconductor foundries are being built in the country for the first time.
The upcoming facilities require a highly skilled workforce, estimated by MeitY’s talent committee to be 30,000 by 2027 and 65,000 by 2032. The Summer School is our attempt to deliver training in semiconductor technology at scale. ISM can only succeed if promising youngsters participate in it.
The training program will be of 2 weeks duration. The fees for enrolling to this Summer School is Rs. 1000/-
Program Agenda
Individual faculty research talk
60 min talk on their research. Accessible to senior UG students and up
Dr. Vini Gautam
Dr. Digbijoy Nath
Dr. Shankar Kumar Selvaraja
Dr. Dhavala Suri
Dr. Pavan Nukala
Dr. Sreetosh Goswami
Naga Phani Aetukuri
Dr. Srinivasan Raghavan
Dr. Chandan Kumar
Dr. Manoj Varma
Dr. Aditya Sadhanala
Dr. Sushobhan Avasthi
Dr. Gayathri Pillai
Dr. Saurabh Chandorkar
Dr. Akshay Naik
Dr. Prosenjit Sen
Dr. Supradeepa V. R.
Dr. Ambarish Ghosh
Dr. Sushobhan Avasthi
Overview from wafer to system
Overview of the the microfabrication process. Quick intro to cleanroon, wafers, deposition, litho, and etch
Cleanroom, Safety
What is a cleanroon, particulate and chemical contamination, safety
Wafer, cleaning
What is silicon wafer, how is it made?, how to do cleaning?
Doping
What is doping? Diffusion, implantation
Dr. Dhavala Suri
Deposition
What are various deposition methods? CVD, ALD, PECVD
Dr. Shankar Kumar Selvaraja
Litho
What is litho? Optical and e-beam litho
Dr. Gayathri Pillai
Etch
What is etch? Dry and wet etch
Packaging
What is packaging? Wire bonding, die attach, advanced packaging
Sreekanth Varadrajan
Industry Perspective
Industry perspective on semicondctor industry, like history, scale, automation, upcoming trends and inflection
Dr. Sushobhan Avasthi
Technological Development at CeNSE
Introduction to various programs in CeNSE and how we are making an impact
Everyday 30 minute test
Dr. Shankar Kumar Selvaraja
Advanced CMOS Integration
Complete process flow of FINFET CMOS process, highlighting CD, gate-first/gate-last, RLG, and Damascene process
Photonics Integration
Complete process flow of a Photonic IC
Dr. Saurabh Chandorkar
Wafer-level MEMS Packaging
Complete process flow of advanced MEMS process with wafer level packaging
30 min test
Dr. Akshay Singh
COMSOL CVD Reactor
Modelling a CVD reactor
Dr. Saurabh Chandorkar
Jump: Statistical Process Control
Simulation of a silicon and thin-film solar cells: Highlight photogeneration, recombination mechanisms
Oves Mohamed Hussein Badami
TCAD Device: FINFET
Basic device structure & simulation of a FinFET: Highlight device structure, mesh, I-V extraction
Aashi Panchal
TCAD Process: S/D with RMG
Simulation of self-align S/D fabrcation with RLG.
TCAD Process: Damascene
Simulation of the Damascene process
Mahek Mehta
TCAD Device: Superjunction Diodes
Basic device strcture & simulation of a Superjunction diode: Highlight advantage of 3D field over 1D field, Importance of geometry and dimentions, the p-type heterojunction, interface charges, and contact resistance
Dr. Prosenjit Sen
Altium 1
Altium 2
Altium 3
30 min test
test
Everyday 30 minute test
About CeNSE
The Centre for Nano Science and Engineering (CeNSE) was established in 2010 to pursue interdisciplinary research on the nanoscale. Topics of interest include, but not limited to materials, electronics, MEMS/NEMS, photonics, biotechnology, and solar cells. If you have an exciting and revolutionary idea, come talk to us. We welcome both academic and industry collaborations.
CeNSE houses a state-of-the art national nanofabrication centre (NNfC) with 14000 square feet of class 100/1000 clean room. It also houses a comprehensive micro nano characterization facility (MNCF) to conduct virtually any type of electrical, optical, mechanical and material characterization. Both of these are national user facilities are accessible to outside researchers for very reasonable charges.
CeNSE Facilities
NanoFabrication Facility Characterization Facility Systems & Packaging FacilityF.A.Q
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Who is eligible for registration?
UG/PG students are eligible to register for the program.
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Will the summer school will be online or offline ?
Summer school will be conducted online.
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How much is the registration fee?
The fees for enrolling to this Summer School is Rs. 1000/-
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Will I receive certificate of participation?
Yes, All the participants will receive a certificate of participation.
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Can I cancel my registration after fee payment and will I get a refund?
Registration fees is non-refundable.
It should be noted that fees once paid during registration will not be refunded under any circumstances. Please fill the registration form only if you will be attending the summer school for sure. -
What is the procedure to apply for the Summer School Program ?
- Applicant should register Register here
- After registration, if you meet the eligibility criteria, your application will be reviewed by the committee and selection results will be announced.