// contributors

The people behind easythings

The researchers and engineers behind the work. Follow the links for full profiles and Google Scholar.

GR

Gazi M. Ehsan ur Rahman

Senior Embedded Systems Engineer

25+ years across industry and academia in low-level firmware, RTOS, and IoT. PhD in IoT/WSN; leads embedded and field-hardware work — from board bring-up and driver development to sensors that hold up at −40 °C.

View full profile → Google Scholar ↗
RM

Prof. Raqibul Mostafa

Professor, EEE — United International University

PhD from Virginia Tech and a former Qualcomm R&D engineer (Senior Member, IEEE). Directs the Biomedical Image & Signal (BIMS) group; works on smart-antenna arrays, DSP for wireless communication, and software-defined radio — with sponsors including TI, the US Navy, and DARPA.

Google Scholar ↗
KA

Prof. Khawza Iftekhar Uddin Ahmed

Professor, EEE — United International University

PhD from Arizona State University; former Olympus Communication Technology engineer and a founding director of Bangladesh Submarine Cable Company. Researches bio-signal processing, smart devices for e/m-health, and big data in education within the BIMS group.

Google Scholar ↗
MS

Mushran Siddiqui

IoT & Sustainability Researcher

BSc in EEE (UIU) and MSc in Environmental Economics & Management (Thompson Rivers University, Canada); TELUS Sustainability Research Fellow. Works across IoT-based rice irrigation, wireless sensor networks, carbon accounting, and low-carbon technology for the UN SDGs.

Google Scholar ↗
FA

Farhana Akther

Graduate Researcher — City College of New York

BSc in EEE (UIU, summa cum laude) and MSc (USA). Researches AI/ML for network optimization, automation, and virtualization, plus IoT-based smart systems — co-author of a Sensors paper on IoT-based automated agriculture.

Google Scholar ↗
RS

Md Ridoy Ad Sumon

Teaching Assistant, EEE — United International University

BSc in EEE (UIU, 2022). Works on AI-driven edge-layer WSN clustering and ML-based unauthorized-UAV detection, focused on energy-efficient, sustainable wireless-sensor-network solutions.

Google Scholar ↗