Electromagnetism powers our modern world—from the lights in our homes to the vast networks that enable global communication. Beneath these technologies lies a set of elegant equations: Maxwell’s equations.
These four equations govern electromagnetic fields—they explain how light propagates, how power is transmitted, how antennas communicate, and how electric circuits function. In short, they are indispensable in physics and essential in engineering. From MRI machines and microwave ovens to satellite communication and electrical grids, Maxwell’s equations form the mathematical backbone of modern technology.
The 4th Workshop on Electromagnetism: Telecom Engineers' Worst Nightmare is for students ready to explore the applications of Maxwell's equations in real-world engineering systems. While we begin with the conceptual and mathematical foundations of electromagnetism, our primary focus is on applying this framework to analyze transmission lines.
Starting from the telegraph equation for two-line transmission, we’ll undertake a rigorous study of electromagnetic fields in conducting tubes—idealized as generic transmission lines. Along the way, we’ll examine field configurations, explore modal behavior, and perform efficiency and loss analysis. This deep dive equips participants with key tools used in telecom engineering and high-frequency circuit design.
Who can apply:
Undergraduate and pre-undergraduate students
Registration Fee:
BDT 1500 (includes lunch, snacks, souvenirs, and workshop materials)
Scholarships:
Need-blind selection. Applicants may request a partial or full fee waiver upon selection. Community of Physics will cover the fee for eligible participants.
Apply now:
link:
https://docs.google.com/forms/d/e/1FAIpQLSfDA9bkTtkCptKL7ZKbY5E_QPbZphhLVvx21JgRw6g1Md4Vxg/viewform?usp=header
Bkash Number:
01521-252671 (Pay only after receiving confirmation)
Join us as we tackle the math, the physics, and the nightmares—head on.
Also check out other Workshops in Dhaka.
