Inventing disruptive technologies for nanoelectronic devices and creating new paradigms for life-machine symbiosis

Biswajit Sarkar with images from by SciePro & Edelweiss

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Postdoctoral Associate 

To apply see the availability and links below.

Postdoc position in brain/spinal cord electrical stimulation and recording in-vivo in mice/rats

Postdoc position in Therapeutics for Cancer in vivo

Postdoc position in polymer chemistry/chemical functionalization/drug delivery/ chemical-bio-gas sensing

Postdoc position in Magnetoelectric Devices and Spintronics

Postdoc position in Wireless Sensing

Postdoc position in Nanoelectronics and/or 2D materials

Graduate Students

For applying :
- Submit an application to MIT Media Lab by December 15

(We may not be able to respond to all emails)

(Our lab does not require a research portfolio to be submitted)

The Nano-Cybernetic Biotrek research group is looking for students with background/interests  in the specific areas given below. Apart from the following areas, NCB is also open to enthusiastic and passionate students in bioengineering, chemical, mechanical, materials engineering, applied physics, and related fields.

  1. Electromagnetism, Antennae, RFID, wireless sensing, RF engineering, magnetic resonance
  2. Nanoelectronics, Electronic devices, solid state physics, electronic circuits, Neuromorphic devices
  3. magnetic materials and devices, magnetics, Spintronics
  4. nano-materials, polymer chemistry, drug delivery
  5. biomedical devices, wearable, implants, prosthetics
  6. brain activity recording, brain stimulation


Visting Students (Undergrads and Grads)

We have openings for visiting/exchange students in the same areas as listed above. To apply, email using this format.


NCB has openings for UROPs in the following areas:

    Fusing Nanoelectronics with Biology
    • Description : We are developing next-generation nano-bio hybrid devices for probing and modulating our biological systems specially the brain.
    • Requirements : strong background or willingness to learn electromagnetism and nanoelectronic devices.

    Biomedical antennae
    • Description : We are developing next generation antennae that can record and stimulate our biological system specially the brain with minimal invasiveness.
    • Requirements : strong background or willingness to learn electromagnetism and nanoelectronic devices.

    Novel Nanoelectronic transistors

    • Description : We are developing next generation nanoelectronic transistors using atomically thin materials for achieving extreme energy efficiency and high computing performance.
    • Requirements : strong background or willingness to learn nanoelectronic devices and solid state physics.