UMD’s BS in Telecommunication prepares students for dynamic careers in communication systems, network architecture, and wireless technology. The program bridges electrical engineering and computer networking, covering topics like signal processing, digital transmission, mobile networks, optical systems, and cyber-physical systems. With hands-on labs, simulation tools, and internships, students gain experience building scalable, secure communication platforms. Graduates work in telecom companies, cloud service providers, and government agencies.
Designing a multi-tier cellular network architecture for smart cities with integrated 5G and Wi-Fi systems
Simulation of signal attenuation in urban wireless mesh networks using NS-3 and MATLAB
Comparative analysis of VoIP protocols and quality assurance techniques under variable network loads
Implementation of a dynamic spectrum access framework for cognitive radio networks
Design and performance evaluation of optical fiber networks for high-speed campus internet
Development of a real-time video streaming platform optimized for low-bandwidth rural networks
Security assessment and mitigation strategies for SS7 protocol vulnerabilities in mobile communication
Creating a software-defined networking (SDN) simulation for data center traffic optimization
Design of a resilient communication system for emergency services using satellite backup
AI-assisted traffic load balancing algorithm for hybrid LTE and Wi-Fi networks
Integration of IPv6 with legacy telecom infrastructure: Migration strategies and pitfalls
Study of electromagnetic interference in densely deployed 5G antenna systems
Building a packet-switched telephony system using open-source PBX software
Development of a mobile app-based diagnostic tool for home Wi-Fi optimization
Analysis of quantum key distribution protocols for secure long-distance communication
IoT network planning for real-time environmental monitoring in remote regions
Design of a network intrusion detection system using telecom metadata analytics
Evaluation of MIMO systems in high-mobility vehicular communication scenarios
Modeling of inter-satellite optical communication for space-based broadband systems
Policy analysis of net neutrality and its implications on telecom service innovation
Engineer tomorrow’s networks with UMD’s future-forward telecommunication program.
Whether it's Machine Learning, Data Science, or Web Development, Collexa is here to support your academic journey.
"Collexa transformed my academic experience with their expert support and guidance."
Computer Science Student
Reach out to us for personalized academic assistance and take the next step towards success.
