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Electronic materials, RF and Photonics

At the heart of our mission is a dedication to fostering innovation and progression in the fields of Electronic materials, RF Engineering, and Photonics. Our overarching goal is to sculpt a future characterized by technological advancements that are not only sustainable but also economically viable, with the well-being of society and the environment at the forefront. To achieve this, we place a strong emphasis on providing sustainable and ethically sound solutions. Our approach is rooted in interdisciplinary research that collaboratively involves industry and academia. We believe that the synergy between these two domains is crucial for generating meaningful breakthroughs and viable solutions that can address the challenges of our time. In line with our commitment to innovation and progress, we recognize the importance of diversity and inclusivity. Our research community is dedicated to cultivating an environment where individuals from various backgrounds and perspectives come together. We firmly believe that this diversity is a wellspring of creativity and innovation, allowing us to tackle complex problems with a broader and more comprehensive approach. It is our vision that through these concerted efforts, we can usher in a future where technological advancements are not only groundbreaking but also socially and environmentally responsible, ultimately benefiting society as a whole.

Vision

  • To promote innovation and advancement in the Electronic materials, RF Engineering, and Photonics, and to shape an advanced, sustainable, and economically viable future that is environmentally friendly and beneficial to the society.

Mission

  • Our mission is to provide sustainable, ethical solutions with interdisciplinary research in collaboration with industry and academia. We are committed in cultivating a diverse & inclusive research community that values creativity and innovation.

Proposed initiative

  • Enhancing range and reduction of mutual coupling in MIMO systems for 6G communication systems
  • Design of passive devices for mm wave communications
  • Nano energy harvesters
  • Nonvolatile field programmable photonic gate array
  • Inverse Design of Silicon Photonic Modulators

Keywords

  • High K-materials
  • RF passives
  • Resonators
  • Photonic Devices
  • Energy harvesting

Team

Dr. Viswas S. Nair

Dr. Viswas S. Nair

Assistant Professor

Baby Sreeja S. D.

Baby Sreeja S. D.

Assistant Professor (Sr. Gr.)

Dr. Suma H.

Dr. Suma H.

Assistant Professor

Rahul Lal P.

Rahul Lal P.

Assistant Professor

Anu Chalil

Anu Chalil

Assistant Professor

Dr. Sreenidhi P. R.

Dr. Sreenidhi P. R.

Assistant Professor (Level II)

Dr. Lekshmi Vijayan

Dr. Lekshmi Vijayan

Assistant Professor (Level 10)

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