Meet the Mentor
The driving force behind our students' success.
Tanvir Hassan
M.Sc. in Physics, Jagannath University
With a profound passion for the sciences and a dedication to teaching, I established Aimers Coaching to create a space where students can truly connect with Physics and Chemistry. My journey began at Jagannath University, where I deepened my understanding of Physics. However, my true calling was to share that knowledge and inspire the next generation.
I believe that learning should be an adventure, not a chore. My approach is to break down even the most daunting topics into simple, relatable concepts. I focus on building a strong conceptual foundation, which empowers students to solve problems creatively and confidently face any academic challenge.
Professional Journey
My experience and academic background in the field of science education.
Teaching Experience
March 2026 - Present
Lecturer of Physics
Milestone College, Uttara
- Teach Physics classes in the English version for college students.
- Guide students through core concepts, problem solving, and exam-focused preparation.
Jan 2019 - Present
Physics & Chemistry Teacher
- Design and deliver structured lessons for high school and college students.
- Conduct multimedia-based classes to enhance conceptual understanding.
- Lead interactive online classes focused on solving MCQs and exam strategies.
- Monitor student performance closely and provide constructive feedback.
- Encourage and motivate students to build confidence in their learning journey.
Education
2023 - 2024
M.Sc. in Physics
Jagannath University, Dhaka
2018 - 2022
B.Sc. in Physics
Jagannath University, Dhaka
Awards
Research Scholarship
Issued by Jagannath University · May 2025
Awarded a competitive Research Assistant Scholarship by Jagannath University in recognition of research potential. Engaged in collaborative research under the supervision of faculty from the Physics Department, contributing to Superconductivity.
Research Contributions
Exploring the frontiers of physics beyond the classroom.
Superconductivity Research
My research delves into the fascinating world of superconducting materials, specifically how they respond to magnetic fields. Using the Ginzburg–Landau theory, I model and analyze the complex behavior of magnetic vortices in superconductors, aiming to enhance the precision of Scanning Tunneling Microscopy (STM) in materials science.
Quantum Teleportation
My work also extends to the cutting-edge field of quantum teleportation. This research investigates protocol fidelity under real-world conditions, exploring how state transfer is affected by environmental noise. This is crucial for developing robust quantum communication systems.
Publications
Peer-reviewed research contributions in quantum information science.
APL Quantum, 2026
Predicting quantum teleportation fidelity on noisy hardware with multi-channel noise modeling and experimental validation
Tanvir Hassan, Asif Akhtab Ronggon, Pranon Ghose, A. K. M. Nurnobi, Nur Mohammod Jim, Aparajita Datta
This paper presents a density-matrix simulation framework for forecasting quantum teleportation fidelity on noisy superconducting quantum hardware. The model includes realistic noise sources such as readout errors, control imperfections, leakage, crosstalk, and dephasing, then validates the predictions against experimental results. The study identifies readout misassignment as a major fidelity limiter and highlights readout mitigation as a high-impact route for improving teleportation performance.
Professional Skills & Development
Continuously learning to provide the best education possible.
Core Competencies
Courses & Certifications
- Zero to Hero in Robotics (Bongo Academy, 2025)
- Data Science and Machine Learning (Ostad, 2025)
- Innovative Teaching with ChatGPT (Coursera, 2024)
- Presentation & Public Speaking (10 Minute School, 2024)
- Training of Teachers (10 Minute School, 2022)