MD MASUM HOSSEN

An engineer with hands-on experience in microwave engineering, electronics, antennas and dedicated team player with hardworking and resourceful approach. Currently is a master student on EMIMEO (Erasmus Master on Innovative Microwave Electronics and Optics) doing internship.

• SEMESTER PROJECTS:

-Modify the ripple carry adder (implemented with FPGA), UPV-EHU(EMIMEO) Spain

Designing 4-bit adder(BCD inputs) using,Generate the RTL schematic and verify bitstream with block diagram.




-Movement, velocity, distance measurement by uRAD radar., Unibs (EMIMEO) Italy




Detecting movement, measuring the distance (between 45cm and 100m), and velocity of moving objects (lawnmowers) at (24.005 GHz-24.245GHz,), and we also investigated the angle of sight for the system.




• Bachelor Thesis:

-A transistor based amino acids sensor.

I have developed an electrochemical sensor based on a Graphene-FET nanoribbon transistor for detecting binary amino acids from an aqueous solution.

Antennas (CST, HFSS)

-Quarter-wavelength monopole @ 1.5 GHz

- beamforming antenna @ 5.8 GHz

Amplifier Design (ADS)

- SSPA design for maximum power and cutting-edge stability analysis @ 1GHz.

Others

-Band pass Filters(HFSS)

- Directional couplers in rectangular waveguide (HFSS, Momentum)

- Characterizing competing effects of dispersion and self-phase modulation in propagation of optical pulses in fibers (MATLAB).

• Design of A HNL Index Guiding Silica PCF for SCG: Applications in Dental Optical Coherence Tomography System., Springer, May 25, 2021.
• Neoteric advances in Graphene nanomaterial- based Electrochemical biosensors for cancer diagnosis: A review, GUB Journal of Science and Engineering · Dec 21, 2020
• Detection of Binary Amino Acid in Aqueous Solution Using Double Gate Graphene Nano-Ribbon Field Effect Transistor, Sensing and Bio-Sensing Research (Elsevier) · Feb 22, 2019