Telecommunication’s Engineer at NASA: I basically design communication systems for spacecraft, the ears and mouth of a spacecraft. It allows for the ground station on Earth to send commands to the spacecraft for them to be processed and also while the spacecraft is orbiting Earth, it’s collecting all this good data that needs to be sent back to Earth. One of Adan’s projects is the communication system for the Magnetospheric Multiscale Mission, or MMS.
Our strong links with industry have allowed us to develop a practically focused course, which is essential to the needs of the rapidly changing telecommunications industry. We work with companies such as Microsoft and Siemens, and we are a Cisco local academy – meaning you will have access to the latest equipment, and can make use of specialist teaching materials and workshops. The department is very active in cutting-edge research and you will be encouraged to learn, explore and work within our award-winning technology centre and telecoms laboratories. The labs are equipped with specialist hardware from National Instruments (NI), including the industry standard NI- USRP reconfigurable radio platform, and software such as MATLAB & Simulink, Cisco Packet Tracer, Riverbed Modeller, and EDX Signal Pro. Access to campus-based facilities will depend on Covid-19 related restrictions in place at the time. In some instances remote access to campus facilities or equivalent online facilities may be used instead.
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NASA wants to learn more about the Earth’s protective magnetic layer, also called the magnetosphere and the Sun. What I have in my hands right now, it’s the real antenna. The transmitter and receiver are connected to here, so if you need to transmit, you send your signal through here it goes through this system and it radiates through space and whatever station is in the ground, it will pick up that frequency and you could actually receive all the information that you want.
Telecommunication and Information Engineering is one of the most rapidly growing Engineering discipline that combines the principles of electrical and electronics, computer science and information technology. The BSc. in Telecommunication & Information Engineering degree is structured to equip students with the knowledge, design techniques and insight needed for a competent Telecommunication and Information engineer at the global level. The course covers the following areas:

Analogue and digital systems
Transmission lines
Microprocessors
Waveguide systems
Broadcasting engineering
Cellular communication
Data communication
Digital signal processing
Satellite communication
Optical Communication
Telephony systems
Digital communication
The curriculum is designed to produce graduates with a solid grounding in theory and hands-on practical training. The practical proficiency is achieved through extensive laboratory training, seminars, engineering projects, workshop practice, industrial visits and industrial attachment.

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