Electrical Engineering

Memorandum of Understanding with Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST)

An MoU was signed by IIT Palakkad and Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST) Thiruvananthapuram on 06 April 2020 for the development of Automated workflow for Point of Care Portable Ultrasound that can be used in the care of patients with Covid-19. Currently, X-Ray / CT Scan are the commonly used diagnostic modalities for evaluating the lung condition of covid-19 patients in India – These are hazardous, costly and impractical for patients in ICUs/Hospital wards. Doctors in Italy have demonstrated the usefulness of Lung Ultrasound Scans for monitoring covid-19 patients on daily basis, which is highly useful for frequent monitoring and timely medical intervention to reduce the mortality.  University of Trento, Italy, has shared a large database of Lung Ultrasound Scans of covid-19 patients with IIT Palakkad. Based on this data, an automated analysis of ultrasound lung scans using machine learning techniques will be developed and clinical trials in collaboration with Sree Chitra Tirunal Institute of Medical Sciences and Technology (SCTIMST), Thiruvananthapuram, will be conducted. The technique developed could also be applied to monitor lung diseases other than covid.

Memorandum of Understanding with ITI Limited Palakkad

Public Sector Undertaking, ITI Limited Palakkad, has entered into an agreement with IIT Palakkad on 06 April 2020 for jointly developing Electronics & Controls of Portable Emergency Ventilator and Pulse Plethysmograph for Intensive Care Units (ICUs). Pulse Plethysmograph (PPG) is used for Continuous Monitoring of blood pulse, heart rate and oxygen saturation of patients in ICUs. The PPGs currently used in hospitals are costly (ranges from Rs 18,000 to Rs 30,000). Moreover, currently available PPGs do not have communication feature with nurse-station and hence the nurses will have to perform bedside monitoring of vital parameters, which is a difficult task in an ICU where several patients are treated.

Multi-functional optically-sensitive devices with high efficiencies using perovskites

Perovskites are the basis of many multi-functional optically-sensitive devices such as solar cells and photodetectors. They can be processed using solution-based techniques and are suitable for applications on flexible substrates. While the rapid improvement in performance of these devices have been reported extensively, the reasons accounting for different losses (hence, performance limits) have not been studied as thoroughly. Most reports that provide maximum theoretical efficiency do not account for electron and hole transport layers (ETL and HTL).