Course Conduction
Undergraduate Courses:
=> Analog Electronics-II
=> Analog Communications
=> Digital Communications
=> Data Communications
=> Microprocessors and Microcomputers
=> Wireless Sensor Network
Postgraduate Courses:
=> Optical Communication Networks
=> Ubiquitous Networks
Supervision
2K10 Batch:
1. Bipasha Kundu; Thesis Title: Reduction of delay for unstable traffic containing ONUs in PON
2. Sujit Basu; Thesis Title: Multi-OLT and multi wavelengths passive optical network
3. Shubhankar Halder; Thesis Title: Energy balance protocol for boundary nodes of a wireless sensor network
4. Tasnimun Faika; Thesis Title: An efficient routing protocol for identification of the shortest path by using dead node analysis
5. Md. Imamul Arefeen; Thesis Title: Open access network for broadband communication in Bangladesh
2K11 Batch:
1. Mohammad Mahbubur Rahman; Thesis Title: A DBA Algorithm for Improving Quality of Services of High Priority Data Packets of PON System
2. Rehnuma Bushra; Thesis Title: Online Multi-thread Polling Algorithm with Predicted Window Size for DBA in LR-PON
3. Md. Taybur Rahama; Thesis Title: A Routing Protocol for Improved Energy Efficiency in Wireless Sensor Network
4. Md. Muminur Rahman; Thesis Title: Raspberry Pi as a Sensor Node for Linux Based Smart Home
M.Sc. Engineering Thesis Supervision:- Name: Engr. Md. Selim Morshed; Thesis Title: Dynamic Hybrid-Slot-Size Bandwidth Allocation Algorithm for Improving Quality of Services of Real Time Traffic in Ethernet Passive Optical Network(EPON),
Batch 2K12:
1. Manisha Das; Thesis Title: An Efficient Scheme For Online Multi-thread Polling In Long Reach PON.
2. Nazia Suraia Usha; Thesis Title: Efficient Duty Cycle Management For Reduction of Energy Consumption in Wireless Sensor Network.
3. Md. Rakibul Hasan; Thesis Title: Duty Cycle Splitting Scheme for Energy and Delay Efficient of Large Scale Wireless Sensor Network.
4. Ekramul Islam; Thesis Title: A DBA Algorithm in Downstream Direction for Triple Play Service of PON System.
5. Mahjabin Sharmin; Thesis Title: Identifying and Avoiding Dead Nodes in Wireless Sensor Networks.