Telecommunications

Telecommunications at the University of Maryland, College Park is a comprehensive program designed to prepare students for dynamic careers in the rapidly evolving field of communications technology. This program provides students with a solid foundation in the principles of telecommunications, including network design, wireless systems, signal processing, information security, and data transmission. Students will gain hands-on experience with the latest technological tools and techniques used in telecommunications industry today, enabling them to develop innovative solutions for complex communication challenges. The curriculum combines theoretical knowledge with practical application, covering key areas such as digital communications, broadband networks, cybersecurity, and the management of telecommunication systems. Students are encouraged to engage in research projects and collaborate with industry partners to stay at the forefront of technological advancements. The program emphasizes critical thinking, technical proficiency, and effective communication skills, equipping graduates to excel in various roles within telecommunications companies, internet service providers, government agencies, and technology startups. With access to state-of-the-art laboratories and faculty who are leaders in their field, students will explore topics such as network architecture, wireless communication protocols, cloud computing, and telecom policy and regulation. The curriculum is regularly updated to reflect current industry trends and technological innovations, ensuring that students acquire relevant and up-to-date knowledge. Graduates of the Telecommunications program are well-prepared to pursue careers in network engineering, systems administration, data analysis, and research, or to continue their education through advanced degrees. The University of Maryland's strong ties to the telecommunications industry provide students with valuable internship opportunities, mentorship, and networking events, helping them build professional connections that are critical for career advancement. Whether students aim to work in the private sector, public service, or innovative research, the program provides the skills, knowledge, and experience necessary to succeed in the complex and interconnected world of modern telecommunications.

Technical Core Courses

ENTS 622: Introduction to Digital Communication Systems (3)
ENTS 640: Networks and Protocols I (3)
ENTS 641: Networks and Protocols II (3)

Wireless Selector Courses:
ENTS 653: AWS/PCS System Implementation (3)
ENTS 656: Introduction to Cellular Communication Networks (3)
ENTS 657: Satellite Communication Systems (3)

Management Core Courses

ENTS 625: Management and Organizational Behavior in the Telecommunications Industry (3)
ENTS 630: The Economics of International Telecommunications Policy and Regulation (3)
ENTS 632: Telecommunications Marketing Management (3)
ENTS 635: Decision Support Methods for Telecommunications Managers (3)

Technical Elective Courses

ENTS 629A Special Topics in Cybersecurity: System Security (3)
ENTS 629B Special Topics in Cybersecurity: Cryptography and Network Security (3)
ENTS 629C Special Topics in Cybersecurity: Fundamentals of IT Systems Security (3)
ENTS 649A Special Topics in Networking: Optical Communication Networks (3)
ENTS 649B Special Topics in Networking: Cloud Computing (3)
ENTS 649C Special Topics in Networking: Internet of Things; Systems and Protocols (3)
ENTS 659A Special Topics in Communications: Wireless Communications System Design and Simulation (3)
ENTS 659B Special Topics in Communications: Microwave Radio Communications Systems (3)
ENTS 659M Special Topics in Communications: Intelligent Wireless Technologies (3)
ENTS 689A Special Topics: Algorithms and Data Structures (3) 
ENTS 689E Special Topics: Embedded Systems (3)
ENTS 689F Special Topics: Fundamentals of Wireless LANs (3)
ENTS 689G Special Topics: Design and Analysis of Communication Networks (3)
ENTS 689I Special Topics: Network Immunity (3)
ENTS 689L Special Topics: Cellular Network Infrastructure- Cell Site Design and Components (3)
ENTS 689N Special Topics: Network Programming (3)
ENTS 689V Special Topics: Voice over Internet Protocol (3)
ENTS 689W Special Topics: Short-range Wireless Systems (3)
ENTS 689X Special Topics: Information Systems Security Management (3)
ENTS 689Y Special Topics: Multimedia Communication over Networks (3)
ENTS 699A Independent Study in Telecommunications: Advanced Seminar 3G and 4G (1)E
ENTS 699L Independent Studies: LTE Network Protocols Testing Equipment Lab (3) 
ENTS 699R Special Topics in Communications: Analytical Foundations of Telecommunications (1)
ENTS 749A Advanced Topics in Networking: Network Traffic and Application Performance Analysis (3)
ENTS 749B Advanced Topics in Networking: Software-Defined Networking (3)
ENTS 749C Advanced Topics in Networking: Vehicular Networks (3)
ENTS 749D Advanced Topics in Networking: Network Design and Configuration Lab (3)
ENTS 759A Advanced Topics in Communications: 3G/4G Wireless Networks and Systems (3)
ENTS 759B Advanced Topics in Communications: Wireless OFDM Systems (3)
ENTS 759C Advanced Topics in Communications: Optimization, Drivetesting, and Analysis of Modern Cellular Networks (3)
ENTS 759D Advanced Topics in Communications: Distributed Antenna Systems (DAS) and Small Cells

Management Elective Courses

ENTS 631: Competitive Strategies and Public Policies in Telecommunications (3)
ENTS 670: Introduction to Business and Entrepreneurship (3)
ENTS 672: The Global Economic Environment (3)
ENTS 673: Project Management for Telecommunications (3)
ENTS 689E Special Topics: Advanced Engineering Start Up Ventures (3)
ENTS 689K Special Topics: Telecommunications Entrepreneurial Practicum (3-6)

Requirements

• The Master's in Telecommunications program is open to applicants holding a regionally accredited baccalaureate degree in engineering, computer science, math, physics or related technical fields with a minimum GPA of 3.0. Applications with an undergraduate GPA of slightly less than 3.0 may be considered if they have demonstrated strong performance in prior graduate studies and/or professional experience. Because of the program's rigorous technical core curriculum, applicants must have sufficient background in engineering math. 
• The statement of purpose should address the following questions: What are your reasons for undertaking graduate study at the University of Maryland, College Park? You may wish to discuss past work in your field, your plans/goals for a professional career, or how you developed interest in or knowledge of the field. What life experiences have prepared you to pursue a graduate degree at a large and diverse institution such as UMD? You may want to provide some examples of your determination to pursue your goals, your initiative, and/or your capacity for working through problems independently. 
• Official transcripts (marksheets) from all previously attended higher education institutions should be uploaded to your application. If a transcript is not in English, both an original language version and English translation must be provided. Only admitted students who choose to enroll will be required to submit official hard copy transcripts to the Graduate School by the end of their first semester.
• Resume/CV
• Letters of Recommendation (3). Recommendations must be completed electronically through ApplyYourself. We require official institutional email addresses for your recommenders. Recommendations should be professional and/or academic references.
• The GRE is not a requirement of the application, however, submitted official GRE scores will be strongly considered. GRE scores are sent electronically from ETS. Please use institution code 5814. The department/program code is not necessary. 
• TOEFL/IELTS (Applicants with International Credentials)

The University of Maryland, College Park offers various financial aid options to support students pursuing degrees in telecommunications and related fields. Prospective students can explore federal and state grant programs, including Pell Grants and Maryland State Grants, which provide need-based financial assistance to eligible undergraduate students. Additionally, the university participates in federal student loan programs, such as Direct Loans, which offer low-interest borrowing options to help cover tuition fees, living expenses, and other educational costs. Work-study programs are also available, enabling students to gain practical experience while earning funds to support their studies through part-time employment on campus or in affiliated organizations.

Scholarship opportunities are another key component of the university’s financial support system. The University of Maryland offers a variety of scholarships based on academic achievement, leadership qualities, and financial need. Department-specific scholarships may also be available for students enrolled in telecommunications programs, providing additional financial assistance. Students are encouraged to complete the Free Application for Federal Student Aid (FAFSA) annually to determine their eligibility for federal and state aid programs.

Graduate students pursuing advanced degrees in telecommunications may access teaching and research assistantships, which provide stipends and tuition remission in exchange for academic responsibilities. The university also offers fellowships and professional development grants aimed at supporting research initiatives within the telecommunications field.

External funding sources, including industry-sponsored scholarships from telecommunications companies and professional organizations, are also accessible to students. These external scholarships often prioritize students focusing on telecommunications research, cybersecurity, networking, and related disciplines.

Financial planning resources, including counseling services and budgeting workshops, are available to help students effectively manage their educational expenses. The university’s financial aid office provides personalized guidance to ensure students are aware of all available funding opportunities and can make informed decisions about financing their education.

Overall, the University of Maryland, College Park is committed to making telecommunications education accessible by offering a comprehensive range of financial aid options designed to reduce financial barriers and support student success in this rapidly evolving industry.

The University of Maryland, College Park offers a comprehensive program in Telecommunications that prepares students for diverse careers in the rapidly evolving telecommunications industry. This program combines foundational knowledge in electrical engineering, computer science, and information technology with specialized coursework focused on telecommunications systems, networking, wireless communication, and data transmission. Students learn about the design, analysis, and management of communication networks, including internet architecture, mobile networks, satellite communication, and fiber-optic systems. The curriculum emphasizes both theoretical understanding and practical skills, offering laboratory experience and project-based learning to ensure students can apply their knowledge to real-world problems.

The program aims to develop expertise in emerging technologies such as 5G, Internet of Things (IoT), cybersecurity, and software-defined networking. Students have access to state-of-the-art facilities and labs equipped with advanced telecommunications hardware and software, supporting hands-on experiments and innovation. The faculty comprises leading researchers and industry professionals who contribute to cutting-edge research in telecommunications, providing students with opportunities for undergraduate research, internships, and industry collaborations.

Graduates of this program are well-positioned for careers in telecommunications companies, network providers, technology firms, government agencies, and research institutions. Potential roles include network engineer, systems analyst, wireless communications specialist, network security analyst, and telecommunications consultant. The curriculum also provides a solid foundation for those interested in pursuing graduate studies in electrical engineering, computer science, or related fields. Throughout the program, students are encouraged to develop critical thinking, problem-solving abilities, and technical communication skills to adapt to the fast-paced landscape of telecommunications.

The program is part of the A. James Clark School of Engineering, which is renowned for its research and innovation in engineering disciplines. The university's strong ties with industry partners facilitate internships, cooperative education programs, and networking opportunities, enhancing students' employment prospects upon graduation. Overall, the Telecommunications program at the University of Maryland, College Park offers a rigorous, research-informed education designed to equip students with the skills needed to contribute effectively to the telecommunications sector and to be leaders in technological innovation.