ILA Short Courses and Exhibition

The Indian Laser Association (ILA), the collaborator of NLS-32, will organize short tutorial courses on January 27-28, 2024 at the NLS-32 venue Raja Ramanna Centre for Advanced Technology, Indore. 
ILA is also organizing an industrial exhibition for lasers and related products during NLS-32. 


ILA Course Registration Information 

  • The registration is open for all Students, Government Employees and Industry Partners. 

  • There are separate registrations and fees payment for NLS-32 and ILA Course. 

  • Please Sign Up for an ILA account (if you don't have one already) before applying for ILA Course. 

  • Digital e-certificate will be issued to all registered participants after successful completion of the course. 

  • There is a registration fees of ₹ 1000 for ILA Course which is to be paid digitally in the following account by participant. 

    (Fees payment is not required at the time of Registration. )

    Bank Account Details for Online Payment (DIGITAL PAYMENT ONLY)

    Account name INDIAN LASER ASSOCIATION (ILA) 
    Bank Name State Bank of India, SUKHNIWAS INDORE Branch
    Current Account No. 34804906156
    IFS Code SBIN0008484

     

  • Please mention your registration no., name etc. while making payment and provide all the transaction details like mode of payment, date, ref no., UTR no. etc. in the Update Payment Details form. 

Contact Details

Shri C. P. Paul
General Secretary - II, ILA
RRCAT, Indore
0731-248-8396
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ILA Course - I 

Topic
 Biophotonics
Summary

It will be an interdisciplinary course dealing with applications of photonics to biology and medicine. The aim of the course is to introduce students to the exciting field of biophotonics and provide some basic understanding of its underlying science. In addition, the students will get an overview of the different related research activities being carried out in this broad area of research and also come to know the various opportunities for pursuing active research in the field.

The course will cover the following main topics:

  • Tissue Optics and fundamentals of light-tissue interaction
  • Optical Spectroscopy and Imaging for biomedical diagnosis:
  • Principles, techniques and applications
  • Nano-Biophotonics and optical biosensors
  • Optical tweezers and their applications in biophotonics
  • Photobiomodulation

Each topic will be explained conceptually and recent applications will be reviewed. Efforts will be made to introduce the significant biological principles involved and the range of optical methods that can be employed to produce new knowledge about the topics at a fundamental level. Students should be able to learn basic scientific and engineering principles that are necessary for developing techniques and devices that use light to improve human health. 
Course Coordinator    

Prof. S. K. Majumder, HBNI-RRCAT, Indore,
Prof. Nirmalya Ghosh, IISER, Kolkata,
Prof. D. S. Mehta, IIT, Delhi,
Prof. Anindya Datta, IIT, Mumbai,
Prof. Khageswar Sahu, HBNI-RRCAT, Indore
Prof. Rashmi Shrivastava, HBNI-RRCAT, Indore

  

 


ILA Course - II

  
Topic Laser Based Manufacturing Technology for Functional Devices and Applications
Summary

Knowledge on the research updates in the field of laser assisted manufacturing and surface processing is in high demand among the manufacturing community owing to its impact in the growing industrial sector. In this context this lecture series on “Laser Based Manufacturing Technology for Functional Devices and Applications” has been prepared with following objective

  1. To introduce the fundamental concepts on laser-based material interaction and their application for the product and process development.
  2. To throw light on the cutting-edge technology of laser assisted manufacturing and surface processing and their relevance in the development of functional graded product.
  3. To elaborate the concept of theoretical modelling and simulation of the laser-based heat transformation and their influence towards efficient deposition and surface processing.
  4. To elaborate the different laser process parameters and their influence in developing a high quality internationally competitive product.
  5. To throw light on the different laser-based surface processing and micro-machining concepts for tribological and electronic device development.
  6. To provide hands-on experience to participants to improve their technical skill in handling laser, to make them aware about the concept of precision manufacturing and their impact in the industries.
Course Coordinator
Prof. Nilesh J .Vasa, IIT Madras Dr. C. P. Paul, RRCAT Indore Prof. I. A. Palani, IIT Indore

 

 

Tentative Lectures Schedule (ILA Course - II)
Lasers Based Manufacturing Technology for Functional Devices and Applications

Course Content for Two days

Module Laser Based Manufacturing Technology for Functional Devices and Applications
Module - 1       Fundamentals of Laser Interaction  towards Manufacturing and Materials Processing,  Laser Safety aspects.
Module - 2        Laser Assisted material removal processes ( cutting, drilling, cleaning, scribing etc), Laser Metal forming
Module - 3       Laser Welding and Addtive Manfacturing, Laser Cladding and Laser Based Micro-Manufacturing for applications towards metals and non-metals
Module - 4      Laser Surface Engineering: Laser Texturing, Laser Annealing & hardening, Laser nitriding and Laser polishing, Laser Peening (System Intergation, Process Parameters and Handling intricate structures)

It is expected that the participant should be able to conceive the laser processing requirement and subsequently system development and integration.