Arpit Khandelwal, PhD
Associate Professor,
Arpit Khandelwal, PhD
Associate Professor,
Department of Electronics Engineering
Indian Institute of Technology Jodhpur
Department of Electronics Engineering
Indian Institute of Technology Jodhpur
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Associate Professor,
Indian Institute of Technology Jodhpur
Welcome fellas !!!
Welcome fellas !!!
I am currently working as an Associate Professor at the Electronics Engineering department of IIT Jodhpur. I had completed my B.Tech from VIT Pune in 2013 and my PhD from IIIT Hyderabad in 2017. Before joining IIT Jodhpur in 2018, I worked as a project associate with CHESS, DRDO, Hyderabad. My research areas can be broadly classified into Agentic AI, IoT and Photonics.
I am currently working as an Associate Professor at the Electronics Engineering department of IIT Jodhpur. I had completed my B.Tech from VIT Pune in 2013 and my PhD from IIIT Hyderabad in 2017. Before joining IIT Jodhpur in 2018, I worked as a project associate with CHESS, DRDO, Hyderabad. My research areas can be broadly classified into Agentic AI, IoT and Photonics.
In Agentic AI, I work on RAG based systems and designing frameworks for making them efficient and contextually relevant. I am also interested in multi-agent orchestration, finetuning of LLM using LoRA and QLoRA and security aspects of Agentic AI.
In Agentic AI, I work on RAG based systems and designing frameworks for making them efficient and contextually relevant. I am also interested in multi-agent orchestration, finetuning of LLM using LoRA and QLoRA and security aspects of Agentic AI.
In IoT, I work on application specific system development encompassing every aspect of IoT - sensors, microcontrollers, communication, data processing, edge and cloud computing. I have been involved in developing IoT systems for Smart Healthcare, Water Quality Monitoring, Air Quality Monitoring and Nuclear Radiation Sensing.
In IoT, I work on application specific system development encompassing every aspect of IoT - sensors, microcontrollers, communication, data processing, edge and cloud computing. I have been involved in developing IoT systems for Smart Healthcare, Water Quality Monitoring, Air Quality Monitoring and Nuclear Radiation Sensing.
In Photonics, I work on modeling of optical sensors like ring laser gyros and biosensors. I have also been involved in development of high-power beam combination systems and photonic microwave generation devices.
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