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Provide high quality education and training in the field of Electronics and Communication Engineering through advanced courses to develop and apply knowledge and skills to the highest academic level and reinforce confidence in meeting professional challenges in the global market. Furthermore, the program enables the graduate to join higher studies in the field of specialization.
The graduates will have the ability to:
Reference: UTAS Bylaws and its Amendments
The course aims to provide the underpinning knowledge in Engineering Drawing and enable the students to produce high quality engineering drawing using manual and computer aided drafting techniques.
The course aims to provide the fundamental underpinning knowledge in Physics mainly related to the topics on measurements, motion, energy, power, optics and sound.
The course aims to introduce the students to the basic concepts of engineering chemistry which form an integral part of those majoring in Engineering and an essential background for those majoring in other disciplines
The course aims to equip the graduates with problem solving, programming skills and to apply real time programming approaches in all engineering disciplines through any latest computer programming languages like python.
The course aims to provide an understanding and awareness of workplace hazards, risks and industrial safety and to impart necessary skills and competence.
Prerequisite:FPMP0003
The course aims to equip and enhance the students with hands on structured experience on basic engineering practices adhering to safety regulations.
Prerequisite:PHYS1110 The course aims to provide the fundamental underpinning knowledge in Physics mainly related to the topics on electricity, electromagnetism, heat, thermodynamics and modern physics.
The course aims to introduce students to renewable energy resources: availability, potential and suitability as a substitute for conventional energy resources for future energy demands.
Prerequisite:UNEN1102
Prerequisite:PHYS1220 The course aims to introduce the students to the practical electronics and modern electronics software; to enhance the students’ skills and level of confidence in electronics and circuits analysis through design, implementation, and troubleshooting of simple electronic circuits and by constructing mini electronics projects.
Prerequisite:PHYS1220 The course aims to provide students with basic knowledge about electronic devices and circuits and be able to analyze and design electronic circuits.
Prerequisite: PHYS1220 The course aims to impart the theoretical and practical knowledge of the fundamental concepts of circuit analysis, which serve as a foundation for all Electrical Engineering disciplines and focuses on basic circuit analysis and network topology.
Prerequisite: MATH1200 .
Prerequisite: EGEC2120 The course aims to impart the theoretical and practical knowledge of Digital circuits using a comprehensive and intensive approach while maintaining an engineering perspective and provide students with the concepts of combinational and sequential circuits.
Prerequisite:EGEC2120 The course aims to establish the analytical techniques required to evaluate the performance of Analog Communication systems for a specific channel and Pulse Modulation techniques.
The course aims to impart the theoretical and practical knowledge of Telecommunication cabling using a comprehensive and intensive approach while maintaining an engineering perspective .
Prerequisite:EGEC2120, EGEC2130 The course aims to gain an understanding of the operating principles of various analog and digital measuring instruments, as well as their applications and to develop a working knowledge of laboratory.
Prerequisite:EGEC2110, EGEC2120 The course aims to provide the students to apply the necessary technical knowledge and skills to successfully complete the project work appropriate to the level.
Prerequisite: EGEC2120 The course aims to provide students with an understanding of the different electronic circuits used in Electrical Engineering and covers the analysis of transistors, multi-stage amplifiers, feedback amplifiers and operational amplifiers.
Prerequisite: EGEC2230 The course aims to explore digital communications systems in more depth and the analyses of wireless systems.
Prerequisite: MATH2100 The course aims to impart the theoretical and practical knowledge of Signals and systems using a comprehensive and intensive approach while maintaining communication engineering perspective.
Prerequisite: EGEC2130, MATH2100 The course aims to provide theoretical and practical knowledge of electromagnetic fields and waves through a comprehensive and detailed approach while emphasizing an engineering perspective.
Prerequisite: UNEN1203
Prerequisite: MATH2100
Prerequisite: EGEC3130 The course aims to impart significant knowledge of Digital Signal Processing and apply its concepts in the design and realization of discrete time systems used in communication engineering.
Prerequisite: EGEC2220 The course aims to provide students with an understanding of microprocessor and microcontroller systems and their use in instrumentation/ control/ communications/ and computing systems.
Prerequisite: EGEC3260 Electronics System Design. EGEL3220 Control Systems. EGCO4110 Robotics and Automation. EGCO4220 Artificial Intelligence.
The course aims to introduce students to underlying principles of computer networks and design network architectures with reasonable effort and prepare them to undertake LAN and WAN access mechanisms, routing algorithms and related issues.
Prerequisite: EGEC2250 The course aims to expose each student to the situation where he/she works individually or on a team in a project in the field of electronics and communication engineering.
Prerequisite: MATH3120
Prerequisite: EGEC3140 The course aims to introduce the students to circuits, devices, and systems for radio frequency and microwave applications, impart theoretical and practical knowledge of microwave analysis methods and design techniques.
Prerequisite: EGRM4100 Research Methodology. EGEC4160 Digital Image Processing. EGEC4161 Wireless Sensor Networks. EGCO3260 IOT Systems.
Prerequisite:EGEC3120
Prerequisite:EGEC3240 The course aims to expose each student to the situation where he/she works individually or on a team in a project in the field of electronics and communication engineering .
Prerequisite:EGEC4110 This course aims to transfer theoretical and practical knowledge of antenna design and applications through an intensive approach while ensuring an engineering perspective and to prepare students to successfully apply antenna concepts in the practice of wireless communication applications.
Prerequisite:EGEC3110 The course aims to achieve understanding and knowledge on the fundamental concepts of linear integrated circuits, their functions and applications in the field of telecommunications; also, students will be able to explore the use of simulation software in reinforcing their theoretical and practical skills.
Prerequisite: EGEC4260 Radar and Satellite Communication. EGEC4262 Optical Communication. EGEL3263 Programmable Logic Controllers.
The course aims to introduce key project management practices and provide an understanding of the basic concepts of project strategy and project life cycle, enabling the students to perform real-life management of projects in any chosen field of work.
Prerequisite: EGEC4130 The course aims to expose each student to the situation where he/she works individually or on a team in a project in the field of electronics and communication engineering.