Md. Asif Rahman
Electrical and Electronic Engineering graduate focused on building hardware solutions, embedded systems, and data-driven simulations. Adept at bridging the gap between hardware architecture and software prototyping to solve complex technical challenges.
About Me
I am an Electrical and Electronic Engineering graduate from Ahsanullah University of Science and Technology with a strong analytical foundation and a passion for system design. My background spans core hardware disciplines, including protective circuit design, VLSI simulations, and semiconductor physics.
Throughout my academic career, I have developed a versatile toolkit—working with industry-standard EDA tools like Cadence Virtuoso and Silvaco ATLAS, alongside microcontrollers and data analysis tools like Arduino and MATLAB. I treat programming and modern AI tools as powerful mechanisms for rapid prototyping and system automation, allowing me to build functional cross-disciplinary projects efficiently.
With a published research paper and a 3.53 CGPA, I bring a balance of academic discipline and practical problem-solving skills. I am eager to leverage my technical versatility to drive efficiency and innovation within fast-paced engineering teams, corporate R&D sectors, or collaborative academic environments.
Work Experience
Industrial Visit
June 29, 2024Gained firsthand exposure to industrial-scale power generation manufacturing — motor integration, testing workflows, and equipment commissioning.
Education
B.Sc. in Electrical and Electronic Engineering
Nov 2021 – Feb 2026Higher Secondary Certificate (HSC) — Science★ Perfect Score
2019 – 2020Secondary School Certificate (SSC) — Science★ Perfect Score
Graduated 2018Academic Projects
Voltage Monitoring & Surge Protection
Designed a protection system for residential appliances against undervoltage, overvoltage, and switching-ON surge using LM324 and Zener references.
High-Speed MCML D-Latch at 0.6V (45nm CMOS)
Replicated a published low-voltage folded MCML D-Latch in Cadence Virtuoso. Performed schematic, layout, DRC, LVS, and transient analysis across process corners (FF/FS/SF/SS). Achieved robust performance at ultra-low voltage scaling.
Optical Fiber Sensor Network
Built a real-time environmental monitoring system using Arduino, DHT22, BMP180 sensors, and IR optical communication.
Real-Time Weather App
GUI-based weather app built in MATLAB App Designer, integrating OpenWeatherMap API for real-time temperature data.
Personal Projects
Expinance — Personal Finance Tracker
"A privacy-first mobile finance app built from scratch"
- Built with React Native + Expo; local-first architecture using SQLite for 100% user data ownership (zero cloud dependency).
- Integrated Google Gemini AI + OCR for automated transaction entry via voice commands and receipt image parsing.
- Complex data visualizations using React Native Worklets and Skia for real-time spending analytics.
Skills
Simulation & EDA
Programming
PCB & Circuit
Data & Visualization
Productivity & Design
Languages
Research & Thesis
Simulation Modelling & Investigation of Silicon on Insulator Devices
5nm PDSOI & FDSOI n-MOSFET Analysis using Silvaco ATLAS TCAD
- Simulated and analyzed 5nm node PDSOI and FDSOI n-MOSFETs using Silvaco ATLAS TCAD.
- Investigated short channel effects (SCEs): DIBL, subthreshold slope, and kink effect under aggressive scaling.
- Compared electrostatic performance by varying Si film thickness, gate oxide thickness, and doping profiles.
- Explored practical applications of 5nm FDSOI and PDSOI for ultra-low power applications with High-k dielectrics.
Design & Analysis of 5 nm PDSOI and FDSOI n-MOSFETs for Ultra-Low Power Applications with High-k Dielectric Materials
Md. Muntasir Alam, Md. Asif Rahman, Anika Tahasin Parisa, Towhid Adnan Chowdhury
Publications
Design & Analysis of 5 nm PDSOI and FDSOI n-MOSFETs for Ultra-Low Power Applications with High-k Dielectric Materials
Md. Muntasir Alam, Md. Asif Rahman, Anika Tahasin Parisa, Towhid Adnan Chowdhury
Materials Sciences and Applications | 2026
Let's Connect
Get In Touch
Open to research collaborations, graduate program opportunities, and engineering roles. Whether you have a question or just want to say hi, I'll try my best to get back to you!