Vishlesan I-Hub Foundation- Indian Institute of Technology Patna
Idea is Enterprise
Call for Technology Development Phase -4 | FY 2025-2026
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AI Assisted Surface Coating for High Temperature components
TIH IIT Patna under the NMICPS invites applications from the academic institutions across India to participate in the development of an AI assisted surface coating technologies for high-temperature components, viz- Turbine Blades, Rocket Engines, Jet Engines.
The project involves the following components:
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Plasma assisted surface coating using industrial scale coating equipment.
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Characterization & profiles of the coating of the samples.
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Building and validation of the AI model based on the data obtained from the characterization & profiles of the coated samples.
Stakeholder definition
The following stakeholders will be involved in the technology development initiative:
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PI & Plasma Coating Laboratory.
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Spoke of TIH IIT Patna
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Co-PI’s involvement through PhD candidates for validating the model generated by the Spoke of TIH IIT Patna.
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Technology & Commercialization Partner- TIH IIT Patna’s startup or spinoff company.
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Participant Observers- Government entities & Private Sector Corporations.
Figure.1. Stake Holder Engagement
Role of TIH IIT Patna
The TIH IIT Patna after following due processes and selections will decide on the funding to be provided to the stakeholders. It will oversee the development of the technology and commercialization along with the proven startup that was supported by the TIH IIT Patna. TIH leadership will take a call on the recommendations and decisions made by the external committee members. The External committee members will be from the following defined backgrounds:
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Investment bankers/ Venture capitalist firms.
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Technology product development personnel who are in leadership roles in the respective corporate domains.
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Scientists/research engineers working in the corporate R&D sector.
Role of PI & Plasma Surface Coating Laboratory
The PI or Principal Investigator is the leader of the project and a proven expert in their domain. The PI should have a team of PhD and MS students (no less than 6 members).
Responsibilities of PI
The PI should commit the following resources in the development of the technology:
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The intellectual knowhow in the form of Patents or Publications in the prestigious materials society journals such as - ACS Nano, Advanced Functional Materials from their current laboratory or place of work in the past 2 years.
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Materials & Equipment. Plasma Spray Coating System.
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High Velocity Oxy-fuel (HVOF) System
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High Velocity Air-fuel (HVAF) System
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Thermal spray sensor/In-flight particles diagnostic sensor
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Adhesion tester: Measuring range- 0.1 to 24 MPa
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Optical Imaging: To measure the powder particle size, coating thickness, etc.
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3D-Optical profilometry
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Density measurement
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Hardness tester: Load range- 0.5 to 45 N
It is preferred that the said PI and Laboratory are supported by the Government of India organizations/ PSU and MNC’s or similar entities that are working in the area of high temperature component development, and deployment.
Spoke’s Role
The spoke will be overseeing and leading the development of the AI model. The spoke’s team is responsible for the development of CNN/AI ML based model to predict the coating characteristics based on the obtained data captured by the “Gantry Based Sensor Scanning System” developed by the Proven startup of TIH. This model will be shared with the team of Co-PI’s and their students.
Role of Co-PI & PhD Students Team
This team will be responsible for the validation and assistance in building the model in association with the Spoke’s team. This team is required to report the progress to the Spoke and work under the spoke’s guidance.
Technology & Commercialization Partner
The “proven” startup or startups will be responsible for building the Gantry Based Sensor Scanning System in association with the inputs received from the PI & Plasma coating laboratory.
Technology Ownership
TIH will be the primary owner of the technology along with the startup, and IIT Patna.
Proven Startup Definition
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The startup must have successfully completed Nidhi Prayas scheme or DIAL Scheme (equity funding) from TIH IIT Patna.
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The startup must show a yearly revenue more than the initial equity fund support.
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The startup must have a track record of commitment towards engaging in TIH’s activities within the past 2 years.
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The startup must show an established office space/infrastructure and workforce necessary to undertake the task of software & hardware development.
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The startup must have extensive indigenous hardware and sensor development experience.
Necessary and sufficient conditions: PI & Thermal spray Lab
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The PI and Plasma Laboratory must demonstrate their capability and equipment for Plasma-Spray Coating.
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The Technology Readiness Level (TRL) of the coating should be at least TRL 5 or higher.
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Demonstrated evidence, in the form of documents proving expertise—such as patents, publications, or similar projects undertaken for government (PSU) and corporate sectors (including Fortune 500 companies listed in Fortune magazine or recognized by Forbes Magazine)—is required.
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It is desirable that the lab is under a center of excellence (CoE).
Last Date of Application: 14-12-2024
Application mode: mail the proposal to ceo.tih@iitp.ac.in
Technology Development Proposal: Handheld Alert Device for Farmers and Public Safety
Introduction
TIH Invites EoI’s in the development of a handheld alert device, such as a wristband or armband, designed to deliver timely alerts to farmers and the general public regarding imminent weather hazards, including lightning, floods, heatwaves, coldwaves and other disaster scenarios. The primary motivation for this initiative is the recurring loss of lives among farmers due to lightning strikes and flash floods. By providing real-time alerts, the device aims to significantly enhance public safety and save lives.
The device will integrate with meteorological data provided by the Indian Meteorological Department (IMD) through state-specific connections, ensuring accurate, real-time weather updates. Alerts will be delivered to users via three mechanisms:
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Voice Messages: Clear and concise audio warnings.
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Visual Indicators: A color-changing LED system that transitions from green to red.
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Vibrations: Continuous device vibrations to capture attention.
The alert system will remain active until manually turned off, confirming user acknowledgment to authorities via their centralized system. Recognizing the environmental challenges faced by farmers, the device will be water-resistant to maintain durability and functionality across diverse weather conditions.
Hardware Specifications and Requirements
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PCB Dimensions: Customized design with dimensions under 65mm x 65mm.
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Communication Modules: RF transceivers and wireless modems.
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Supported Protocols: CAT-M, CAT-NB, EDGE, GPRS, LPWA.
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Serial Interfaces: I2C, UART, USB, PCM.
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Power Supply: Input voltage range of 3V to 4.3V.
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Battery: 3.7V to 5V, 600mAh; operational for at least 12 hours on a single charge.
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Operating Temperature: -20°C to 70°C.
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Integrated Features:
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GPRS, GSM, and Wi-Fi modules.
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Vibration motor.
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SD card slot.
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Color-changing LEDs.
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Software Development Specifications
1. Admin Access Control
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Secure Login: Multi-factor authentication for administrators.
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Dashboard Features:
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Device connection management.
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Status monitoring.
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Configuration options.
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2. Weather Data Integration
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IMD API Integration: Fetch and process real-time weather data.
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Timely Updates: Automated weather updates at predefined intervals.
3. Device Location Visualization
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Interactive Map Display:
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Real-time location tracking (latitude and longitude).
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Last known location for inactive or offline devices.
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4. Cloud/Server Integration
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Two-Way Communication:
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Admins can send commands to devices (e.g., activate/deactivate features).
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Devices return real-time data to the central dashboard.
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Alert Notifications: Seamless notification delivery to users and clients.
5. Alert System
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Language Support:
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Initial development in Hindi, with support for state-specific local languages in subsequent phases.
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Predefined Alerts:
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Automatic triggers based on IMD weather parameters (e.g., temperature thresholds, storm warnings).
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Customizable Alerts:
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Users can define specific thresholds for alerts.
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Delivery Mechanism:
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Alerts sent directly to devices.
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Visual indicators on the dashboard using color-coded icons.
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6. Real-Time Data Sharing
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Continuous, uninterrupted data transmission between devices and the dashboard.
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Real-time updates on weather conditions, device status, and alerts.
7. Device Management
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Centralized monitoring of multiple devices, including location tracking and status updates.
8. User Notification System
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Automated Alerts:
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Triggered by predefined weather conditions or device status changes.
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Push Notifications:
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Critical event alerts delivered via notifications or email (e.g., extreme weather or device malfunction)
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Minimum Eligibility Criteria
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The Minimum Viable Prototype should be TRL 5 and above.
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Ability to demonstrate atleast 4 prototypes working in tandem.
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The Software control panel should be able to communicate alerts to the hand-held devices.
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PCB should be designed & or manufactured in India.
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The technology development partner team or “Proven Startup” should have a demonstrated track record of designing hardware.
Proven Startup Definition
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The startup must have successfully completed Nidhi Prayas scheme or DIAL Scheme (equity funding) from TIH IIT Patna.
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The startup must show a yearly revenue more than the initial equity fund support.
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The startup must have a track record of commitment towards engaging in TIH’s activities within the past 2 years.
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The startup must show an established office space/infrastructure and workforce necessary to undertake the task of software & hardware development.
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The startup must have extensive indigenous hardware and sensor development experience.
Last Date of Application: 18-12-2024
Application mode: mail the proposal to ceo.tih@iitp.ac.in

Call for Technology Development Phase -3 | FY 2024-2025
1. AI-Enabled Document Formatting Software Application
We invite proposals for the development of an AI-enabled document formatting software application. This solution should streamline document formatting processes, improving efficiency and consistency. Emphasis should be placed on intuitive user interfaces, seamless integration with existing document management systems, and advanced AI algorithms for automating formatting tasks.
2. AI-Enabled Speech and Text Inputs based Data Visualization Software Application
Proposals are sought for an AI-enabled data visualization software application capable of processing both speech and text inputs. The software should offer dynamic visualization of complex datasets, leveraging AI to interpret natural language queries and provide insightful visual representations. Integration with various data sources and compatibility with diverse output formats are essential.
3. AI and IoT Integrated Agricultural Modules
We seek innovative proposals for AI and IoT integrated agricultural modules aimed at empowering farmers with data-driven insights. These modules should enable informed decision-making by providing real-time data on crop health, soil conditions, weather patterns, and resource utilization. Solutions should offer scalability, interoperability, and user-friendly interfaces tailored to the needs of farmers.
4. Self-Powered Supply Water Purity Monitoring System with AI-Powered Data Analytics
We welcome proposals for the development of a self-powered supply water purity monitoring system equipped with AI-powered data analytics. This system should autonomously monitor water quality parameters in smart cities, leveraging IoT sensors for real-time data collection. Advanced AI algorithms should analyze the data to detect anomalies, predict contamination events, and optimize water treatment processes.
5. Carbon Capture IoT Devices with AI-Powered Data Analytics for Agriculture
Proposals are invited for the creation of carbon capture IoT devices integrated with AI-powered data analytics for agriculture. These devices should monitor carbon dioxide levels in agricultural environments and employ AI algorithms to optimize carbon sequestration processes. Solutions should enhance soil fertility, mitigate climate change impacts, and improve crop yields sustainably.
6. CybSec: Next-Gen SOC Solution
We seek proposals for a cutting-edge Next-Gen SOC solution, CybSec, integrating expert analysts, threat monitoring, and intelligence sharing with innovative AI technologies. The solution should offer agile scalability, robust service quality, and platform-based automation for Industrial IoT, ICS, and OT Security. Partnerships with Security CoEs and integration with EDR & SIEM services are encouraged.
7. Early Fall Detection Devices
Proposals are solicited for early fall detection devices capable of identifying and alerting for help in case of falls, particularly targeting older adults and individuals with medical conditions. Solutions may include wearable devices or in-home monitoring systems utilizing sensors or cameras to detect falls and minimize false alarms while ensuring user privacy and comfort.
8. Next-Gen Security Operation Centre Solutions
We invite proposals for Next-Gen Security Operation Centre solutions focusing on cybersecurity, AI, and ML. Solutions should be at TRL 5 or higher, offering validated technology ready for deployment in test environments and future commercial applications. Target sectors include software development corporations, start-ups, MNCs, pharma industries, and construction firms handling critical PII and patents.
Minimum and Necessary conditions:
1. To be considered for a presentation of the technology development proposal with the evaluation committee, it is mandatory that all technology development proposals must satisfy the bare minimum requirement of TRL-4 and above.
2. During the proposal presentation and evaluation round it is mandatory to give a live demonstration of prototype TRL4 and above to be considered for the positive evaluation. Please note that no prototype demonstration equates to a negative outcome on the review/evaluation of your proposal.
3. The TIH will not entertain applications that do not satisfy the above criteria.
4. Track record of the individuals in the team proposing the technology development will be given weightage.
5. The technology development partner should be a private limited company.
Note:
- Simply meeting the aforementioned minimum and necessary conditions does not ensure that the proposal will be selected for technology development funding.
- TIH IIT Patna has ceased to provide grant or grant in aid. All funds allocated under this scheme will be contingent upon equity holding and revenue sharing for an embargo period of 4-5 years, with a 5-year exit clause in effect.
- Communication on the status of the application will not be considered. The TIH shall communicate only with those candidates whose applications have been accepted.
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Submission Guidelines:
Interested parties are encouraged to submit comprehensive proposals addressing the outlined objectives, technological specifications, scalability, and potential societal impacts. Submissions should be sent to ceo.tih@iitp.ac.in no later than [13th May 2024]. For inquiries or clarifications, please contact CEO TIH.
Previous Technology Development Advertisement
Call for Technology Development Phase -2
Applications invited for the following specific domains [ Technology Development Vertical]
1. Machine Translation Hindi and English for Judicial and legal Applications.
Details: The Machine Translation System to be based on Deep Neural Networks and should be primarily developed for English-Hindi and Hindi-English. The practice of law involves developing arguments based on the reasoning of courts in previous instances with similar circumstances. This reasoning, known as precedent, is invoked to justify a legal standpoint or discredit the opposition’s arguments. Precedent can be reinforced or dismissed by subsequent court decisions, and is therefore the fundamental point of debate in the application of the law. Consequently, it is imperative for legal practitioners to be well versed in legal precedents relevant to their area of practice, and remain up to date in their knowledge of such. The weight attributed to this information, found mainly through the study of previous cases, makes the ability to access the decisions essential. These processes are largely manual, imposing lengthy production delays on the industry. Furthermore, lawyers dedicate a significant portion of their time and energy to reading and analyzing decisions for the purposes of client representation and developing legal documents. The legal industry is marked by continuous publishing and translation cycles, large volumes of digital content and growing demand to distribute multilingual information. The capacity to administer high volumes of translation requests without delay thereby becomes imperative. India is a multilingual country with great linguistic and cultural diversities. People speak in many different languages, and there is a growing need to make many useful information available in their own vernacular. In a large and highly populated country like India, a huge amount of legal documents are produced daily. The legal domain has continuous publishing cycles, and the growing demand for multilingual information access requires these documents to be translated into a language that the end user understands most. In that respect, the burden of granting access to these information falls on the government which must manage a continuous cycle of document translation needs. A certified translation of a legal judgment takes several months to complete.
Necessary & Essential Requirements R&D Team:
The research team must consist of
- A demonstrated track record of AI, ML, NLP.
- The commercial partner to be identified by TIH PET members
- The R&D team must support atleast 1 PhD student
Project Duration: 2 Years
2. AI and IoT driven Chemical Data Analytics
Details: The project's objective is to design-
Overview:
The AI and IoT Driven Software-Hardware System for Pharma 4.0 is a cutting-edge project aimed at revolutionizing pharmaceutical manufacturing through the integration of advanced artificial intelligence (AI) algorithms and Internet of Things (IoT) technologies. This project leverages the principles of Industry 4.0 to create a highly efficient, agile, and responsive pharmaceutical production environment.
Key objectives
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AI-Powered Predictive Maintenance
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Smart Manufacturing Execution System (MES)
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IoT-enabled Supply Chain Management
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Quality Control and Assurance
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Data Analytics and Decision Support
Necessary & Essential Requirements R&D Team:
The research team must consist of
- A demonstrated track record of Software integration
- A demonstrated track record of IoT hardware design expertise.
- Initial Prototype must be demonstrated during the evaluation rounds.
Consultancy
- TIH will provide necessary technical expertise and provide for the consultancy fee for the expert.
Necessary & Essential Requirements Commercial Partner:
- A demonstrated track record of Hardware and IoT Development for the industries viz.- Automotive, FPGA cluster test kits, Embedded PCB Design.
- Team members must demonstrate track record of software development and Marketing expertise.
- The Software team must demonstrate the history of working with international clientele.
Project Duration: 1.5 Years
3. Contactless Sensing for Recognizing Activities of Disabled and Elderly
Details: The aging of the world population is becoming increasingly significant. Smart environments have emerged as a prominent research domain, particularly in the realm of providing healthcare and assistive services. These environments utilize diverse sensors, actuators, and computational elements to aid inhabitants in various situations and assist them with daily activities. The objective of this project is to develop a non-contact sensor-based system for recognizing the activities of daily living (ADL) among elderly and disabled individuals during home isolation. The focus is on delivering an unobtrusive solution that eliminates the need for human intervention or wearable sensors. The project objectives are as follows:
● To build low-cost, energy-efficient, and plug-and-play sensor nodes for recognizing the activities of daily living.
● To employ deep learning-based techniques for recognizing the specific ADL being performed by the user and identifies the location where ADL is performed.
● To design low-power wide area networks for energy-efficient communication, ensuring that ADL information is transferred to caregivers promptly.
Necessary & Essential Requirements R&D Team:
The research team must consist of -
● A demonstrated track record in Smart Sensing, encompassing expertise in sensors, AI/ML, and communication technologies.
● Principal Investigator (PI)/Co-PI should possess industry experience and a proven track record of delivering work to industries.
● The commercial partner will be identified by TIH who has a proven track record in the hardware and software design.
Project Duration: 2 Years
All applications must be emailed to ceo.tih@iitp.ac.in
Last Date For Receiving Applications: 5th December 2023