Major Technology Development and Demonstration Projects

 A. Textile Machinery Technology Development

Coordinated 20  textile machinery  projects with textile machinery manufacturers:

• Technology Upgradation in Manufacture of Automatic Cone Winder.
• Technology Development of Two-for-One Twister.
• Weft Accumulator and WEFTSET.
• Percentage of Add-on-per-Metre Indicator and Automatic Controller.
• Cotton Contamination Analyzer.
• Design and Development of Rapier Shuttleless Loom.
• Dye Exhaust Rate Controller.
• Design, Development and Manufacture of Continuous Bleaching Range.
• Design and Development of Pilling Tester Using Digital Image Processing Technology.
• Design and Development of Shuttleless Weaving Machinery and Ancillaries.
• High-Speed Comber.
• Auto Leveller for Card.
• Twin Delivery Auto Leveller Draw Frame.
• Ring Frame.

 

B. Synergizing Science and Technology with the Judicial Process

Led 15 technology demonstration initiatives aimed at applying science and technology to improve judicial, police and forensic processes. Major projects included:

• Court Case Document Tracking Information System Using RFID Technology at the Supreme Court.
• e-Courtroom: Digital Recording and Retrieval System (e-DRRS).
• e-Courtroom: Document-cum-Evidence Management System (e-DEMS).
• Tamperproof and Supervised Collection of Physical Clues of Crime.
• Interactive Virtual Reality Simulator Software for Crime Scene Training and Proficiency Testing.
• Digital Pen and Paper Technology for Capturing Information at Police Stations.
• Crime Scene Recording System.
• Selection of a Panel of SNP Markers for Forensic Analysis in the Indian Population.
• Tamperproof and Secure Courtroom Digital Recording and Video Conferencing System.
• Normative Data for Brain Electrical Activation Profiling.
• Training the Trainers of Judicial Academies on S&T Applications in Law and Administration.

 

C. Materials and Manufacturing Technology

Worked on the development and optimisation of high-temperature annealing furnaces, operating at temperatures of up to 1,400°C, with automated controls for industrial applications.