NAAC | AICTE- Lite  | ARIIA-2021  | IQAC | AQAR | NIRF | NISP | Grievance Redressal cell |  Library  |  Return to Group Site
Previous slide
Next slide

MSME

MSME design funding has been approved to develop biodegradable active food packaging from sugarcane bagasse with biomolecules and it is an ongoing project. The main objective of the project is to make bioplastic packaging smart by incorporating active biomolecules which can extend the shelf life of the stored food. Antimicrobial, barrier and scavenging properties of the packaging will be improved by a novel pH triggered releasing mechanism of active molecules. The active molecules will be incorporated on cellulose film by interfacial assembly to prevent food spoilage. Oxygen and ethylene gases released will be captured by phenolic compounds and open structured materials in film. The product will be developed within the ten-month funding period.

Cambridge Institute of Technology | CIT

Mechanism of pH-Triggered Release of Biomolecules from Light-Sensitive Complexes

Dr. G. Indumathi

Principal, Cambridge Institute of Technology

  • Ph.D. completed during 2012, Dr. M.G.R University Chennai
  • M.Tech Industrial Electronics from SJCE Mysore under VTU in the year 2003
  • B.E. Electronics and Communication , SJCE Mysore , Mysore University in the year 1987

“Technical education is not learning of the facts, but the training of the Mind to think”

                                                                                                                      — Albert Einstein

Cambridge Institute of Technology focuses on imparting quality education to all. We provide an opportunity to all our students to develop the qualities of global professionals. An academic platform through standardized teaching learning processes assist the students towards achieving academic excellence. At Cambridge  Institute of Technology, the students are trained on emerging technologies through Industry collaborative programmes, Real time projects and Internship opportunities through Industry sponsored labs, participate in research activities in advanced research labs. A start up ecosystem is established at the Institute for students and faculty with mentoring, training and infrastructure support to inculcate the start up culture among the young minds. Students have ample opportunities to participate in sports and extra curricular activities. Technical competencies through various clubs at the Departments. Our goal is to develop our students as technocrats who can contribute  to the society and build a sustainable eco system.