∫ f(x)dxE = mc²∇ × E = -∂B/∂tπ ≈ 3.1416F = G(m₁m₂)/r²d/dx (eˣ) = eˣ
Admissions open for academic and admission programs
Empowering SSC, HSC & Engineering Aspirants
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Empowering SSC, HSC & Engineering Aspirants
Hello, I'm
Physics, Mathematics & Admission Mentor
I help students turn difficult Physics and Higher Mathematics concepts into clear, repeatable problem-solving methods through structured classes, assessments, and individual feedback.
Educator
10+ Years
Teaching Experience
Students Impacted
1,200+
And Growing
Platforms
Online
& Classroom Programs
Location
Bangladesh
Serving Learners
Academic foundations and formal qualifications that shape the instructor's teaching practice.
Model School & College
Government Science College
Engineering University
National University (Pursuing)
Research work connecting analytical thinking, engineering practice and evidence-based problem solving.
2023 - Present
2022 - 2023
2022
2021
2020
2019
2018
2017
2016
Research Type
Undergraduate ThesisSupervisor
Tanha Zaman
Co-Supervisor
Prof. Istiaque Reja, Sagar Mutsuddi
Research Summary
Efficient broadband MIR generation at low peak power and compact device compared six waveguide geometries. Comparative study of Ridge, Rib and Double Rib Geometries.
Focus Area
Supercontinuum Generation
Techniques
MIR, Waveguides, Dispersion Engineering
Outcome
Low Peak Power Broadband Output
Selected journal and conference contributions from the instructor's academic portfolio.
Comparative analysis of dispersion engineered ridge, rib and double-rib waveguides for broadband mid-IR supercontinuum generation.
Demonstration of ultra-broadband SCG in a compact AlGaAs rib waveguide featuring three zero-dispersion wavelengths for low-power operation.
Optimization of rib waveguide dimensions and dispersion profiles to enhance supercontinuum bandwidth and flatness.
Hands-on technical training that connects classroom theory with real engineering workflows.
Bangladesh Telecommunication Company Limited (BTCL)
Comprehensive hands-on training on optical fiber communication networks, PSTN switching systems, telecom power infrastructure, and transmission technologies.
Applied engineering projects demonstrating design, analysis, documentation and delivery.
Designed and simulated a standalone solar PV system for the Academic Building with battery storage to ensure reliable and sustainable power.
Automated irrigation system using soil moisture sensing and relay control.
Cadence-based CMOS layout and post-layout verification of a 4x1 Multiplexer.
Arduino based remote-controlled soccer bot participated in Engineering University Science Carnival.
Arduino based temperature controlled DC fan system with PWM speed control.
Arduino based password protected automatic door lock system.
Designed an 18-port AC Level-2 EV charging station for a residential colony using AutoCAD.
A practical toolkit used for teaching, research, simulation and technical communication.
Strong foundation in core programming languages and problem-solving.
Familiar with modern libraries and frameworks for efficient development.
Proficient in engineering tools for design, simulation, and analysis.
Efficient with documentation tools and productivity software.
Leadership, teamwork and community activities beyond formal academic work.
Receiving the Joining Letter!
A proud milestone and a new beginning.
Flayer
Designed the official flayer for our annual robotics workshop.
