United Arab Emirates University

UAE Scholarships
8 Scholarships 45 Programs 3 Degree levels

The Bachelor of Science in Communication Engineering at United Arab Emirates University is a four-year undergraduate programme focused on the design, analysis and implementation of modern communication systems including wireless, optical and networked technologies. It suits students with strong mathematics and physics backgrounds who want careers in telecommunications, wireless systems, signal processing or further study in engineering and research.

What you'll study

The programme builds a solid foundation in mathematics, physics and core electrical engineering, then specialises in communications theory and practice. Early years typically cover calculus, linear algebra, physics, electronic circuits, digital logic and programming. Core communications and supporting modules include:

  • Signals and Systems — continuous and discrete-time signal analysis, systems theory and transforms.
  • Probability and Random Processes — probabilistic tools for noise and information analysis.
  • Digital Communications — modulation, coding, baseband and passband systems.
  • Wireless Communications — cellular systems, channel modelling, MIMO and OFDM techniques.
  • RF and Microwave Engineering — antennas, propagation, RF circuit design and measurement techniques.
  • Optical Communications — fibre optics principles, components and system design.
  • Digital Signal Processing (DSP) — discrete-time processing, filters, spectral analysis and practical DSP implementations.
  • Computer Networks and Network Security — network architecture, protocols and security fundamentals.
  • Embedded Systems and Microprocessors — hardware–software integration for communication devices.
  • Laboratory and Project Work — hands-on labs in communications, RF, optics and networks, plus an extended graduation project applying theory to a practical engineering problem.

The course sequence emphasises laboratory experience, simulation tools (MATLAB, communication and RF design suites) and team projects. Electives allow students to focus on areas such as satellite communications, Internet of Things (IoT), network design or advanced signal processing. The programme culminates in a final-year design project that integrates technical, ethical and professional aspects of engineering practice.

Entry requirements

Admission typically requires completion of secondary education with strong achievement in mathematics and physics or the equivalent high-school science stream. Applicants are expected to demonstrate competence in mathematics at an advanced level and proficiency in written and spoken English. Where applicants do not meet direct-entry academic criteria, progression via a university foundation or preparatory programme may be available. International applicants may be asked to supply recognised secondary school qualifications or standardised test scores as part of the assessment.

Career prospects

Graduates are prepared for technical and engineering roles across the telecommunications and information sectors. Typical career paths include:

  • Telecommunications engineer (design, optimisation and maintenance of mobile and fixed networks)
  • RF engineer or antenna designer (wireless deployment and radio frequency systems)
  • Network engineer or systems integrator (enterprise and service-provider networks)
  • Signal processing engineer (audio, video and sensor data processing)
  • Optical communications specialist (fibre networks and optical subsystems)
  • Embedded systems and IoT developer (hardware/software solutions for connected devices)
  • Roles in satellite communications, broadcast engineering, testing and measurement, or technical sales and consultancy
  • Further study and research at master’s and doctoral level in communications, electronics or related fields

Graduates typically find employment with telecommunications operators, equipment vendors, network integrators, government agencies, research institutes and companies developing connected systems and services.

Why study at United Arab Emirates University

United Arab Emirates University is the national university with strong ties to regional industry and government technology initiatives, offering facilities and academic staff experienced in communications engineering. Students benefit from modern laboratory facilities for RF, fibre-optic and digital communications, opportunities for industry internships and collaborative projects with regional telecom providers and technology companies. The curriculum emphasises practical skills, engineering design and professional development, preparing graduates for technical roles in the UAE and internationally.

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Programme details are indicative and may change — always verify current information with the official university website before applying.