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Technology

IIT Madras, CMC Vellore develop affordable indigenous robot for hand rehabilitation

IIT Madras, CMC Vellore develop affordable indigenous robot for hand rehabilitation

IIT Madras, CMC Vellore develop affordable indigenous robot for hand rehabilitationIANS

Researchers at the Indian Institute of Technology Madras (IIT Madras) and Christian Medical College, Vellore (CMC Vellore) on Friday announced the development of a cost-effective and portable plug-and-train robot for hand rehabilitation.

Called ‘PLUTO’ (Plug and Train Robot), this device technology was licensed through Technology Transfer Office-TTO ICSR and commercialised by Thryv Rehab Solutions.

It addresses a significant gap in the current rehabilitation market. This innovative device is well-positioned to meet the growing demand for affordable and adaptable rehabilitation solutions in clinical and home settings.

PLUTO is also the first and only indigenous robot to have been tested in Indian homes, demonstrating that PLUTO can deliver intense therapy and make therapy accessible.

PLUTO has also benefitted more than 1,000 patients across 11 different clinics across India in the last four years.

The patented technology offers precise therapeutic movements and real-time feedback, ensuring better outcomes for patients with conditions such as stroke, spinal cord injury, multiple sclerosis, Parkinsons’ disease, and post hand-surgery, among others.

The device is well-suited for use in rehabilitation centres, clinics, hospitals, and even patients’ homes, bridging the gap in accessibility to effective, affordable hand rehabilitation solutions. The innovation’s cost-effectiveness and portability make it a transformative tool in the healthcare industry.

“PLUTO revolutionises hand rehabilitation by providing an affordable and accessible solution for patients with post-stroke conditions. Its portability enables timely and consistent therapy at home or bedside, improving recovery outcomes and reducing dependency on caregivers,” said Prof. Sujatha Srinivasan, Head of TTK Center for Rehabilitation Research and Device Development at IIT Madras.

“Over 1,000 patients with hand impairments have used the device for therapy; at least 15 patients per week use PLUTO for routine hand therapy at CMC Vellore. PLUTO was also the first and only indigenous robot to have been tested in Indian homes, demonstrating that PLUTO can deliver intense therapy and make therapy accessible,” added Prof. Sivakumar Balasubramanian, Department of Bioengineering, CMC Vellore.

Robot's modular design uses recyclable materials and energy-efficient processes

Robot’s modular design uses recyclable materials and energy-efficient processesshiksha

The cost-effective device minimises production costs while delivering high functionality, making advanced rehabilitation accessible to a broader audience. Its affordability reduces financial strain on healthcare systems and patients, promoting widespread adoption.

The robot’s modular design uses recyclable materials and energy-efficient processes, reducing waste and environmental impact. Its adaptability eliminates the need for multiple devices, supporting sustainable healthcare innovation.

PLUTO is a modular, portable robot that facilitates advanced hand rehabilitation therapy with adaptive assistance and therapeutic gaming.

The device provides targeted therapy for wrist and hand movements using a single actuator and a set of interchangeable mechanical handles.

The modular design ensures versatility, allowing training of various functions such as wrist flexion/extension, forearm pronation/supination, and hand opening-closing.

(With inputs from IANS)

Awards & Recognition

IIT Kanpur Successfully Conducts Training Program On 5G/5G+ Standards And Indigenous 5G Network For DoT Officers


IIT Kanpur Successfully Conducts Training Program on 5G/5G+ Standards and Indigenous 5G Network for DoT Officers

KANPUR: The Indian Institute of Technology Kanpur (IITK), a leading institute in the field of telecommunications, recently hosted a highly successful three-day training program on “Design and Development of 5G/5G+ Standards and Indigenous 5G Network” for officers from the Department of Telecommunications (DoT), Government of India. The program, organized in collaboration with NTIPRIT and TEC, DoT, provided a comprehensive overview of 5G technology and its future advancements, with a special focus on India’s Indigenous 5G network development.

The training program was spearheaded by Prof. Rohit Budhiraja from the Department of Electrical Engineering, IIT Kanpur, whose research group has played a pivotal role in developing India’s first indigenous 5G network, currently deployed on the institute’s campus. This advanced technology has been successfully transferred to the TATA-Tejas network and the Centre for Development of Telematics (C-DOT).

Over the three days, participants gained in-depth insights into the 5G physical layer, network architecture, and the intricate layers through which data is transmitted from the base station to user equipment. The program delved into the nuances of establishing a 5G network connection, coding, modulation, rate matching, and multiple antenna technologies.

A significant portion of the training focused on the emerging 5G+ standard, encompassing technologies such as Ambient IoT, AI/ML applications, and high-accuracy positioning systems. Participants were introduced to the inner workings of the 3GPP standardization body and its working groups, cultivating a comprehensive understanding of the future of wireless communication.

Complementing the theoretical sessions, participants had the opportunity to visit the 5G lab at IIT Kanpur and conduct experiments on the live indigenous 5G network. This hands-on experience allowed them to witness the technology in action, observe variations in modulation and coding schemes, analyze data rates, and generate physical layer signals.

Prof. Rohit Budhiraja, the course organizer, said, “The training program provided a unique platform for DoT officers to gain first-hand knowledge of the Indigenous 5G technology developed at IIT Kanpur and the ongoing efforts towards shaping the 5G+ standard. We are confident that this experience will equip them with the necessary expertise to contribute to the advancement of telecommunications in India.“

The program witnessed active participation from esteemed members of the Electrical Engineering Department, including Prof. Ajit Kumar Chaturvedi, Mr. Shyam Vijay Gadhai, Mr. Jyotirmay Saini, Mr. Abhishek Kumar Singh, Mr. Abhishek Samundre, and Mr. Suman Malik, further enriching the learning experience for the attendees.

The successful completion of this training program showcases the strong partnership between IIT Kanpur and the Department of Telecommunications. This collaboration is playing a vital role in shaping India’s future in 5G and beyond.

Awards & Recognition

IIT Kanpur Successfully Conducts Training Program On 5G/5G+ Standards And Indigenous 5G Network For DoT Officers


IIT Kanpur Successfully Conducts Training Program on 5G/5G+ Standards and Indigenous 5G Network for DoT Officers

KANPUR: The Indian Institute of Technology Kanpur (IITK), a leading institute in the field of telecommunications, recently hosted a highly successful three-day training program on “Design and Development of 5G/5G+ Standards and Indigenous 5G Network” for officers from the Department of Telecommunications (DoT), Government of India. The program, organized in collaboration with NTIPRIT and TEC, DoT, provided a comprehensive overview of 5G technology and its future advancements, with a special focus on India’s Indigenous 5G network development.

The training program was spearheaded by Prof. Rohit Budhiraja from the Department of Electrical Engineering, IIT Kanpur, whose research group has played a pivotal role in developing India’s first indigenous 5G network, currently deployed on the institute’s campus. This advanced technology has been successfully transferred to the TATA-Tejas network and the Centre for Development of Telematics (C-DOT).

Over the three days, participants gained in-depth insights into the 5G physical layer, network architecture, and the intricate layers through which data is transmitted from the base station to user equipment. The program delved into the nuances of establishing a 5G network connection, coding, modulation, rate matching, and multiple antenna technologies.

A significant portion of the training focused on the emerging 5G+ standard, encompassing technologies such as Ambient IoT, AI/ML applications, and high-accuracy positioning systems. Participants were introduced to the inner workings of the 3GPP standardization body and its working groups, cultivating a comprehensive understanding of the future of wireless communication.

Complementing the theoretical sessions, participants had the opportunity to visit the 5G lab at IIT Kanpur and conduct experiments on the live indigenous 5G network. This hands-on experience allowed them to witness the technology in action, observe variations in modulation and coding schemes, analyze data rates, and generate physical layer signals.

Prof. Rohit Budhiraja, the course organizer, said, “The training program provided a unique platform for DoT officers to gain first-hand knowledge of the Indigenous 5G technology developed at IIT Kanpur and the ongoing efforts towards shaping the 5G+ standard. We are confident that this experience will equip them with the necessary expertise to contribute to the advancement of telecommunications in India.“

The program witnessed active participation from esteemed members of the Electrical Engineering Department, including Prof. Ajit Kumar Chaturvedi, Mr. Shyam Vijay Gadhai, Mr. Jyotirmay Saini, Mr. Abhishek Kumar Singh, Mr. Abhishek Samundre, and Mr. Suman Malik, further enriching the learning experience for the attendees.

The successful completion of this training program showcases the strong partnership between IIT Kanpur and the Department of Telecommunications. This collaboration is playing a vital role in shaping India’s future in 5G and beyond.

Awards & Recognition

IIT Kanpur Successfully Conducts Training Program On 5G/5G+ Standards And Indigenous 5G Network For DoT Officers


IIT Kanpur Successfully Conducts Training Program on 5G/5G+ Standards and Indigenous 5G Network for DoT Officers

KANPUR: The Indian Institute of Technology Kanpur (IITK), a leading institute in the field of telecommunications, recently hosted a highly successful three-day training program on “Design and Development of 5G/5G+ Standards and Indigenous 5G Network” for officers from the Department of Telecommunications (DoT), Government of India. The program, organized in collaboration with NTIPRIT and TEC, DoT, provided a comprehensive overview of 5G technology and its future advancements, with a special focus on India’s Indigenous 5G network development.

The training program was spearheaded by Prof. Rohit Budhiraja from the Department of Electrical Engineering, IIT Kanpur, whose research group has played a pivotal role in developing India’s first indigenous 5G network, currently deployed on the institute’s campus. This advanced technology has been successfully transferred to the TATA-Tejas network and the Centre for Development of Telematics (C-DOT).

Over the three days, participants gained in-depth insights into the 5G physical layer, network architecture, and the intricate layers through which data is transmitted from the base station to user equipment. The program delved into the nuances of establishing a 5G network connection, coding, modulation, rate matching, and multiple antenna technologies.

A significant portion of the training focused on the emerging 5G+ standard, encompassing technologies such as Ambient IoT, AI/ML applications, and high-accuracy positioning systems. Participants were introduced to the inner workings of the 3GPP standardization body and its working groups, cultivating a comprehensive understanding of the future of wireless communication.

Complementing the theoretical sessions, participants had the opportunity to visit the 5G lab at IIT Kanpur and conduct experiments on the live indigenous 5G network. This hands-on experience allowed them to witness the technology in action, observe variations in modulation and coding schemes, analyze data rates, and generate physical layer signals.

Prof. Rohit Budhiraja, the course organizer, said, “The training program provided a unique platform for DoT officers to gain first-hand knowledge of the Indigenous 5G technology developed at IIT Kanpur and the ongoing efforts towards shaping the 5G+ standard. We are confident that this experience will equip them with the necessary expertise to contribute to the advancement of telecommunications in India.“

The program witnessed active participation from esteemed members of the Electrical Engineering Department, including Prof. Ajit Kumar Chaturvedi, Mr. Shyam Vijay Gadhai, Mr. Jyotirmay Saini, Mr. Abhishek Kumar Singh, Mr. Abhishek Samundre, and Mr. Suman Malik, further enriching the learning experience for the attendees.

The successful completion of this training program showcases the strong partnership between IIT Kanpur and the Department of Telecommunications. This collaboration is playing a vital role in shaping India’s future in 5G and beyond.

Edutech & Education

IIT (ISM) Dhanbad Launches Seven Executive Masters Programs for Working Professionals in Online Hybrid Mode

IIT (ISM) Dhanbad Launches Seven Executive Masters Programs for Working Professionals in Online Hybrid Mode

Kolkata 14th June, 2024: Five Departments of IIT (ISM) Dhanbad providing seven Executive Master’s program of two and three years for working Executives/Academicians in order to enhance their technical aptitude/experience in related space.

This consists of, two packages of two to three years, together with one Executive M Tech Program in Artificial Intelligence & Data Science supplied by Computer Science & Engineering Department and one other of Reservoir Engineering of Petroleum Engineering Department.

This aside, three M Tech program of three years period every, out of which two of Electrical Engineering consists of one program in Power System Engineering and different in Power Electronics and Electrical Drives and one Executive M Tech program is in Mechanical Engineering.

Besides 5 Executive M Tech packages two MBA packages are additionally supplied by Department Management Studies and Industrial Engineering, which incorporates one Executive MBA Program and different Executive MBA (Business Analytics) Program.

The intention of all seven Executive Master’s Program is to coach the scholars in excessive stage of information enabling them to deal with actual life issues in the sphere of Industry as effectively to assist them to excel in greater teachers via analysis.

Three Executive M Tech Programs of three years period every

Three M Tech Programs of three Years period, together with two packages of Electrical Engineering with specialization in Power System Engineering (30 Seats) and Power Electronics and Electrical Drives (30 Seats) and One Program of Mechanical Engineering (50 Seats) that are meant for working professionals from Government Organizations/reputed industrial group/tutorial establishments and are sluggish tempo packages with out compromising the course construction or contents are aimed to assist the working executives/academicians to enhance their technical aptitude as they decide for greater diploma as an everyday scholar inside the present tempo of program with a while growth to advertise completion of this system.

Executives/Academicians/Supervisors with one yr’s submit qualification expertise from reputed industrial/R&D, Academic institutes, public sector authorities, semi authorities and reputed non-public sectors having minimal 60% CGPA/CPI of 6 in 10 Point Scale in qualifying diploma for UR/OBC Candidates are eligible to use for program whereas for SC/ST candidates with 50% of CGPA/CPI of 5.0 in 10 level scale in qualifying diploma is required to use.

Two Executive M Tech Programs of two years period every

For two Executive M Tech packages of 2to 3 years, together with considered one of M Tech in Artificial Engineering & Data Science) (30 Seats) of Computer Science Engineering Department and M Tech in Reservoir Engineering (30 seats) of Petroleum Engineering Department, working professionals with minimal two years of expertise with B Tech in Engineering or M Sc with 60% marks of CGPA or 6.0 are eligible to use.

Two Executive MBA Programs of two years period every.

For two Executive MBA packages together with, Executive MBA (100 seats) and Executive MBA (Business Analytics) (100 seats) 35 seats every of each the packages can be found at Delhi and Kolkata Centre of IIT (ISM) whereas 30 seats every for each can be found IIT (ISM) Dhanbad principal campus.

Executives/Supervisors/Entrepreneurs of submit qualification of 1 yr expertise from reputed industrial/R&D public sector, authorities, semi authorities and reputed non-public organizations with Bachelor’s Degree after 10+2 in any self-discipline from a acknowledged institute with at the very least 50% marks in mixture or equal CGPA (45% for SC/ST and Persons with Disability) from a acknowledged institute are Eligible for Executive MBA.

For Executive MBA (Business Analytics), the Executives/Supervisors/Entrepreneurs of submit qualification of 1 yr expertise from reputed industrial/R&D public sector, authorities, semi authorities and reputed non-public organizations with B Tech/BE Degree/B Sc (Mathematics, Statistics as one topics) from a acknowledged establishment with 50% in mixture or 5.0 CGPA (45% in case of SC/ST and PD) candidates are eligible.

Auto & Electric Mobility

L&T Tech, IIT Hyd partner on next-gen car tech

Hyderabad: L&T Technology Services Limited, and the Indian Institute of Technology Hyderabad (IIT Hyderabad) have announced a collaboration aimed at fostering industry and academia advancement in the domains of Advanced Driver Assistance Systems (ADAS) and Cellular Vehicle-to-Everything (CV2X) communication.

This partnership represents a significant leap in the automotive landscape by bringing in cutting edge technologies across these domains. LTTS and IIT Hyderabad’s engagement is designed to facilitate research and application of ADAS and CV2X technologies, with a focus on elevating road safety, efficiency, and the overall driving experience.

It seeks to harness the combined expertise of both entities to drive innovation and bring about transformative developments in connected vehicle ecosystems. The project encompasses recent advancements within ADAS and CV2X technologies. It provides a comprehensive exploration of development of state-of-the-art features within Advanced Driver Assistance Systems, such as collision avoidance, lane departure warning, pedestrian detection, and adaptive cruise control.�