Education

• M.Sc. in Electrical & Electronic Engineering (Electronics & Photonics) – BUET, 2024–Present
• B.Sc. in Electrical & Electronic Engineering – BUET, 2019-2024, CGPA: 3.87/4.00
• HSC (Science) – Notre Dame College, GPA: 5.00/5.00
• SSC (Science) – Panchagarh B.P. Govt. High School, GPA: 5.00/5.00

Skills

• Programming Languages: C, C++, Matlab, Python
• TCAD Softwares: Silvaco TCAD, Synopsys Sentaurus TCAD
• Frameworks & Libraries: Pandas, Numpy, Matplotlib
• Simulation Software: Spice, CYME PSAF, Proteus, Cadence Virtuoso
• Web Development: HTML5
• Embedded Systems: STM-32, FPGA Module, ATMEGA Microcontroller
• Languages: English, Bangla

Projects

1. Ordinary differential equation solver and filter design using MATLAB [Files]
2. Voice based attendance system using Machine Learning (KNN) [Files]
3. Line Following and Obstacle Avoider Robot using PID controller [Files]
4. Message Transmission through LASER [Files]
5. Analytical Behavior of HVDC Under Normal and Faulty Conditions [Files]
6. Speed Control of DC Motor with Feedback from Digital Tachometer [Files]
7. IOT based door lock system [Files]
8. Low Dropout Regulator (LDO) design [Files]
9. Electronic Fuse Design using Op-amp [Files]
10. Four ways traffic controller using Digital Logic Design [Files]
11. Nine story building design in AutoCAD [Files]
12. I2C bus protocol using Verilog [Files]
13. Experimental setup to measure L-I characteristics of LED [Files]

Thesis

Research on 'Advancements in MM-Wave LNA Design: Optimizing Performance with Modified DS and Post-Linearization Techniques at 26GHz'.

Thesis Abstract:

This paper presents a 26 GHz mm wave band low noise amplifier that achieves higher linearity and gain by utilizing three alternative linearization methods. In order to achieve high gain and low noise figure, the amplifier is constructed using 0.09um CMOS technology and uses a cascode structure as the primary amplifier stage. To improve the third-order interception point (IIP3), the proposed design makes use of post-linearization techniques and one strong Modified Derivative Superposition Branch. With a noise figure (NF) of 4.51 dB and a simulated gain (S21) of 13.154 dB, this work uses just 20.21mW from a 1.2V power supply. With an input return loss of -8.87dB and an output return loss of -4.04dB, the LNA achieves an IIP3 of 8.25dBm.

Achievements

• Dean’s List Award (2021)
• Regional Champion at Mathematical Olympiad (2014-2016)
  • 2014 – Junior, Champion
  • 2015 – Secondary, 1st runner up
  • 2016 – Secondary, 2nd runner up
• National Physics Olympiad
  • 6th Bangladesh Physics Olympiad – Secondary, Position: 2nd
  • 8th Bangladesh Physics Olympiad – Higher Secondary, Position: 16th
• Board Talent Pool Scholarship
  • SSC-2016 – Board of Intermediate and Secondary Education, Dinajpur
  • HSC-2018 – Board of Intermediate and Secondary Education, Dhaka

Publications

1. Mahin Anjum¹, Sazzadul Islam² “Performance Optimization and Linearization of a Two-Stage 26 GHz Double- Stage Single-End Low-Noise Amplifier Using Modified Derivative Superposition and Post-Linearization” Proceedings of 2025 IEEE International Conference on Quantum Photonics, Artificial Intelligence, and Networking (QPAIN 2025) [Accepted for publication].
2. Mahin Anjum¹, Md. Mehedi Hasan² “Ultra-Selective Dual-Composite Gate GaSbAs/InGaAs Heterojunction TFET Biosensor.” Proceedings of 7th International Conference on Electrical Information and Communication Technology (EICT 2025) [Submitted].

Experience

• Lecturer – Bangladesh Army University of Science and Technology (BAUST), Saidpur. (Present)
  • Teaching undergraduate courses in Electrical and Electronic Engineering.
  • Supervising student projects and assisting in departmental research activities.
• Internship at INOVACE TECHNOLOGIES – Nov 5, 2023 to Nov 13, 2023
  • Assisted in the design of electronic circuits and systems.
  • Participated in team meetings to discuss project developments.