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♦ A Ahsan and M J Akhtar, “Synthesis of broadband RF amplifier matching networks using continuously varying impedance lines,” IEEE Microwave and Wireless Technology Letters, vol. 36, 273 - 276, Feb. 2026. [IF:3.4]

♦ S Chakravarty; A Khasnobish and M J Akhtar, “Reference-Free Near-field microwave imaging through optimal standoff distance control for high-contrast subsurface anomaly detection,” IEEE Acces, vol. 14, 5777 - 5792, Jan. 2026. [IF:3.6]

♦ A Choudhary and M J Akhtar, “Nanostructured, highly flexible, optically transparent EMI shielding thin film for smart electronics,” IEEE Transactions on Electromagnetic Compatibility, vol. 67, 1462 - 1470, Oct 2025. [IF:2.5]

♦ A Kumari, S P Das, G Govind and M J Akhtar, “RF switch integrated with CSRR array for subsurface imaging of composite structures,” IEEE Microwave and Wireless Technology Letters, vol. 34, 1403 - 1406, Dec. 2024. [IF:3.4]

♦ P Azad,A Kumari and M. J. Akhtar, “Lipase assisted improved RF biosensor for triglycerides Level detection in blood serum,” IEEE Journal of Electromagnetics, RF and Microwaves in Medicine and Biology, vol. 8, 265 - 272, Sep. 2024. [IF:3.0]

♦ F Fatima, M J Akhtar and O M Ramahi, “Frequency selective surface structures-based RF energy harvesting systems and applications,” IEEE Microwave Magazine, vol. 25, 47-69, Mar. 2024. [IF:3.7]

♦ A Banerjee, N K Tiwari, F Fatima and M J Akhtar, “An improved microwave sensor for qualitative assessment of recycled cooking oils,” IEEE Transactions on Instrumentation and Measurement, vol. 72, 8005714, Sep. 2023. [IF:5.6]

♦ S Paul, N K Tiwari and M J Akhtar, “Design of highly directive GRIN MS lens integrated DFHA for deep tissue biomedical imaging,” IEEE Transactions on Antennas and Propagation, vol. 71, 330 - 341, Jan. 2023. [IF:4.6]

The MIMT Lab is equipped with a state-of-the-art facility in the broader areas of microwave imaging, RF sensors, RF characterization and nondestructive testing. The Lab has a network analyzer up to 67 GHz, the dielectric probe kit, the rectangular waveguides in various frequency bands, the metallic cavity and various indigenously designed planar RF sensors for material testing over a wide frequency band. The lab is augmented with a microwave imaging scanner to facilitate automated RF imaging and remote sensing of objects and media using various types of antenna structures.

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EMI/EMC (Electromagnetic Interference and Compatibility) and Electrical Safety Test Facility, situated in the Diamond Jubilee Academic Complex of IIT Kanpur, is a world class testing facility fully accredited by NABL/ILAC. Our advanced EMC facility includes a 3 meter Semi Anechoic Chamber, Control Room, Amplifier Room, and other accessories to facilitate fully automated EMC testing of electrical and electronic devices with prime emphasis on medical devices, in strict compliance with the relevant IEC and CISPR standards. The safety test facility includes a modern electrical safety analyzer and various other instruments for safety testing of medical electrical devices, in compliance with the relevant IEC standards.

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