Mr. Narendra Reddy T

Designation : Scientist D

Group Head for Smart Manufacturing Cell (SMC)
Phone (Office): +91-80-22188390
Mobile: +91-8123788113
Fax: +91-80-23370428
E-mail: narendra[at]cmti[dot]res[dot]in

He is a Scientist specialised in the areas of system developments, machine developments, solution developments related to Smart Manufacturing & Industry 4.0, Ultra Precision Machine and subsystem Developments& Nanotechnology Equipment’s.
He has contributed for the indigenous product developments ranging from TRL6 – TRL 8 such as

1. Development of Intelligent Ultra Precision Turning Machines
2. Development of Ultra Stiff Ultra Precision Turning Machines
3. Development of Portable Scanning Tunnelling Microscopes (STM)
4. Development of Closed Loop Nano Positioning Stage
5. Development of Nano-Motion Systems (Hydrostatic Slides & Aerostatic Spindle)

Course Co-ordinator & Faculty member for training programmes on Smart Manufacturing & Industry 4.0 for Academic & Industry Participants
He has been guiding Graduate Internship Students, M.Tech Project Students & Project fellows for the development of IIoT solutions for Smart Manufacturing Demo & Development Cell (SMDDC)
Life Member of the Metrology Society Of India (MSI)
Active member for the Career Enlightenment Programme& Design Innovation Clinic(DIC) to the Engineering Students

Degree	University	Division / Equivalent	Year of Passing	Specialisation
B.Tech	Jawaharlal Nehru Technology University, Hyderabad	73.9 Distinction	2008	Electronics & Communication Engineering
M.Tech	National Institute of Technology Karnataka (NITK), Surathkal	CGPA:9	2017	Mechatronics Engineering
PhD	National Institute of Technology Karnataka (NITK), Surathkal		Pursuing	Smart Manufacturing& Industry 4.0

Smart Manufacturing, Industry 4.0 & IIoT Solution Developments
Ultra Precision Machine developments
Nanotechnology equipment developments
Development of Statistical Techniques/Algorithms for Error Compensation & Software Development for precision machine tools
Motion Controller/Closed loop controller for Nanoproduct developments
AI & ML based algorithms developments for real-time machine error corrections of ultra-precision machines

List of Projects	Place where used	Benefit achieved (if any)
Design and Development of Nanopositioning Stage- ATISUKSHM NPS⁷⁰ (Technology/Product Development-TRL 6) Year of Implementation: March 2015	Nanotechnology equipments (Nanoindenter, Atomic Force Microscope, Nanopositioners, Nanolithography systems)	The developed product can be used for Scanning probe Microscope (SPM) and it is first time in the country. This work will be useful to CMTI and other organizations working on development of Scanning Probe Microscope.
Development of Portable Scanning Tunnelling Microscope (Nanoavalok STM) (Technology/Product Development-TRL 7)Year of Implementation: February 2018	Nanoscale Imaging aimed for academic institutions.	The developed product has helped us to realize the system level nano-technology equipment within the country. This work also helps for the development of Hybrid systems like Scanning Probe Microscope (SPM) and multi-mode AFM’s
Design and Development ofHydrostatic Slides (Nano Slideway HS200) (Technology/Product Development-TRL 7) Year of Implementation: January 2017	High Precision Milling, Turning, Grinding, Hard Turning machines & Single point diamond turning machines as a sideways	The product helps to develop ultra precision machines indigenously and also machine tool builders to make their machines ultra stiff, ultra precision machines.
Development of Air bearing Spindle (NanoSpin Aim⁸⁰) (Technology/Product Development-TRL 7) Year of Implementation: January 2017& November 2020 Ver2.0	High Precision Milling, Turning, Grinding, Hard Turning machines & Single point diamond turning machines as a work-holding spindle	The developed technology has helped us to develop the high end sub-systems with-in the country and further it has been integrated with Ultra Precision Machine Developments
intelligent Ultra Precision Turning Machine (iUPTM) (Technology/Product Development-TRL 7) Year of Implementation: January 2013	State of art Ultra Precision diamond turning machine used for producing non-ferrous components at CMTI	The state of art diamond turning machine has been developed to show smart features related to diagnosis, prognosis and error compensation modules for ultra precision machines. This machine also used for producing high precision components for strategic applications.
Ultra Precision Turning Machine (USUPTM) (Technology/Product Development-TRL 8) Year of Implementation: January 2017	Ultra Precision diamond turning machine used for producing ferrous & non-ferrous components for a strategic sector.	This machine has been supplied to strategic sector as the first commercialized product
Nanoshape ^T250 (Technology/Product Development-TRL 9) Year of Implementation: January 2019	Ultra Precision diamond turning machine used for producing ferrous & non-ferrous components at CMTI	The Nanoshape T250 is a trademark for the CMTI commercialized ultra precision machine. Now the technology is available for the licensing to the private industries
Development of Conversion of Legacy Machines to Smart Machines (Technology/Product Development-TRL 7) Year of Implementation: January 2019	The IIoT solution has been developed and implemented in CMTI for a Legacy Machine. Automobile, Aerospace, Medical Industries etc.,	This technology is very useful to the industries who has 15-25 years old machines and convert them into smart and offer them the real-time visibility of their operations.
Development of IIoT Solutions for MSME Industries (Technology/Product Development-TRL 8) Year of Implementation: January 2020	The IIoT solution has been developed and implemented in CMTI. MSME Industries	The low cost energy monitoring solutions have been developed for MSME industries.
Development of Overall Equipment Efficiency (OEE) using OPC UA for Machine Tool (Technology/Product Development-TRL 9) Year of Implementation:August 2020	The IIoT solution has been developed and implemented in CMTI. Automobile, Aerospace, Medical Industries etc.,	The OEE algorithm for CNC Machine using OPC UA has been developed and the dashboard has been implemented in Smart Manufacturing Demo & Development Cell (SMDDC)

N. Vithun, Prakash Vinod,T. Narendra Reddy, P.V. Shashi Kumar“Design and analysis of a single-flexure parallelogram mechanism-based X-Y Nanopositioning stage”, Int. J. of Mechatronics and Manufacturing Systems. Vol.9, No.1, pp.24 – 35
T. Narendra Reddy,N. Vithun , Prakash Vinod ,Shrikantha S. Rao, Mervin A. Herbert “Development of high speed closed loop operation for single notch flexure based Nanopositioning system”, International Journal of Precision Technology, Vol. 7, No. 1, 2017
T. Narendra Reddy , S.N. Vithun , Prakash Vinod ,Shrikantha S. Rao, Mervin A. Herbert, “Development of high bandwidth flexure based stage for Nanopositioning applications”, Advanced Science Letters- American Scientific Publishers Volume 24, Number 8, August 2018, pp. 5989-5993(5).
T. Narendra Reddy,N. Vithun , Prakash Vinod ,Shrikantha S. Rao, Mervin A. Herbert “A compact XY flexure based nanopositioning stage for Scanning Probe Microscope (SPM)”,Manufacturing Technology Today. Vol.15, Issue 10, Pages 3-8.
PrakashVinod, Narendra Reddy,S.Sajin, P. V. ShashiKumar, S.Narendranath “Real-time positioning error compensation for a turning machine using Neural Networks” has been published in Elsevier’s procedia of Material science Volume 5, 2014, Pages 2293-2300
T. Narendra Reddy,Shanmugaraj, Vinod Prakash, S. GopiKrishna, S.Narendranath, P.V. ShashiKumar “Real-time thermal error compensation module for intelligent Ultra Precision Turning Machine (iUPTM)” published in Elsevier’s procedia of Material science Volume 6, 2014, Pages 1981-1988.
N. Vithun , T. Narendra Reddy, Prakash Vinod Investigation on Nanoscale Imaging of Gold Sputtered Sample by indigenous Scanning Tunnelling Microscope Materials Today: ProceedingsVolume 22, Part 4, 2020, Pages 2439-2445
Narendra Reddy,V.Shanmugaraj, PrakashVinod, S.Gopi Krishna “Real-time Thermal Error Compensation Strategy for Precision Machine tools” Materials Today: ProceedingsVolume 22, Part 4, 2020, Pages 2386-2396
“Smart Factories – An Overview” has been presented in National Conference on Smart Manufacturing & Industry 4.0 and published in Manufacturing Technology Today (MTT)
IshanAnand Singh, S Gopi Krishna, T Narendra Reddy, Prakash Vinod “Free form machining of Ophthalmic Toric Lens mold using Fast Tool Servo assisted Ultra Precision Diamond Turning Process” October 12, 2020Journal of Micromanufacturing
Hari Prasath K, K. Niranjan Reddy, Narendra Reddy, P.V Shashi Kumar “Characterization of Nano Finished Surfaces” published in International conference, Copen-7, 2011.”
Niranjan Reddy, T. Narendra Reddy, Shashi Kumar, V.R Raju, P.V Shashi Kumar “Evaluation of Spiral Groove Depth on a Spherical Surface by usingCurveFittingAlgorithm” published in international conference IAMMM-2014 conference.
Harsha Kamatagi, K. Niranjan Reddy, Dr. C.M.Ramesha, Narendra Reddy T, V. Shashi Kumar “Nano pattern generation on silicon using Local Anodic Oxidation & optimization of process parameters using Taguchi Method” has been presented & published in conference proceedings of ICCOMIM-2012.
Narendra Reddy, Prakash Vinod, V.Shanmugaraj. P.V Shashi Kumar, “Development of a Real- Time Adaptive Positioning Error Compensation method using Artificial Neural Networks (ANN) for Ultra Precision Machine Tools” published in International conference AIMTDR-2010.
T Narendra Reddy,Sarma V A P, PV Shashi Kumar “Investigations into Nano Recorded Patterns on Optical Disks using Atomic Force Microscope” published in International conference, AIMTDR-2010.

Name of the Award	Details of contribution related to the Award	Awarded by	Year	Type (National / International)
FIE Foundation Award at IMTEX-2019	Development of Ultra Precision Turning Machine (Nanoshape T250)	FIE Foundation	2019	National
FIE Foundation Award at IMTEX-2013	Development of intelligent Ultra Precision Turning Machine (iUPTM)	FIE Foundation	2013	National
Best Project Team for Nanoshape T250	Development of Ultra Precision Turning Machine (Nanoshape T250)	CMTI on Foundation Day	2019	CMTI Awards

Item	Patent/Copyright No	Year	Granted by
Trademark	Trade mark No.3863099	18^th July 2018	Government of India/Trademark Registry
Trademark	Trade mark No.3863098	18^th July 2018	Government of India/Trademark Registry
Trademark	Trademark No. 3726287	13^th July 2018	Trademarks Registry, Govt. of India
Trademark	Trademark No. 3726286	16^th July 2018	Trademarks Registry, Govt. of India
Design Registration	Application No: 311354 (Design Pending)	25^th Oct 2018	Indian Patent Office