Department of Information and Communication Engineering
School of Electrical and Systems Engineering (SESE) • Federal University of Technology, Akure
About the Department
The Department of Information and Communication Engineering at the Federal University of Technology, Akure (FUTA) is a premier academic unit within the School of Electrical and Systems Engineering (SESE), dedicated to advancing knowledge and innovation in telecommunications, networking, and digital communication systems. Our department is committed to developing highly skilled engineers capable of designing, implementing, and managing cutting-edge communication infrastructure that drives national and global connectivity.
Information and Communication Engineering represents the backbone of the modern digital economy, encompassing telecommunications infrastructure, wireless communication systems, data networking, signal processing, and emerging technologies like 5G and IoT. Our comprehensive five-year curriculum covers communication theory fundamentals, telecommunications systems, signal processing, wireless communications, network design, fiber optic systems, microwave transmission, digital signal processing, cybersecurity, and emerging communication technologies. Students develop deep expertise through both theoretical foundations and hands-on practical experience in modern laboratory facilities.
The department emphasizes practical engineering skills through access to state-of-the-art laboratories including communications equipment, signal processing labs, network simulation software, wireless test equipment, microwave systems, and optical fiber demonstrations. We maintain strategic partnerships with telecommunications companies (MTN, Airtel, Globacom), network equipment manufacturers, and international research institutions, providing students with internship opportunities, research collaborations, and exposure to real-world communication engineering challenges. Our faculty members conduct cutting-edge research in wireless systems, 5G technology, signal processing optimization, network architecture design, and communication system innovation.
Graduates of our Information and Communication Engineering program are highly sought-after professionals in the telecommunications, ICT, and energy sectors. They demonstrate expertise in communication system design, network infrastructure planning, signal processing, technology implementation, and systems management. Our alumni occupy leadership positions in telecommunications companies, government agencies, research institutions, and technology corporations, significantly contributing to Nigeria's digital transformation and global communication technology advancement.
What We Offer
Academic Programs
- B.Eng in Information and Communication Engineering - 5-year undergraduate program
- B.Tech in Communication Engineering - Technology-focused variant
- M.Eng in Communication Engineering - Postgraduate studies
- Ph.D in Information and Communication Engineering - Doctoral research
Specialized Areas
- Telecommunications Systems
- Wireless Communications
- Digital Signal Processing
- Network Design and Management
- Fiber Optic Communications
- Microwave and RF Systems
- Mobile Communication Systems
- 5G and Next-Gen Technologies
Laboratory and Testing Facilities
Communications Lab
Modulation analysis, channel modeling, signal generation, transmission/receiver testing
Signal Processing Lab
Digital filters, spectral analysis, audio/image processing, MATLAB/COMSOL software
Networking Lab
Network simulation, routing protocols, LAN/WAN configuration, cybersecurity testing
Research Focus Areas
Our department conducts cutting-edge research across multiple communication engineering domains:
Telecommunications Systems
Voice and data transmission, circuit switching, packet switching, telephone network architecture, call processing systems.
Wireless Communications
Cellular systems, 5G technology, WiFi networks, mobile communication, channel characterization, interference management.
Digital Signal Processing
Filter design, signal analysis, audio processing, image processing, spectral estimation, statistical signal processing.
Network Design and Optimization
Network architecture, routing protocols, quality of service, network security, performance optimization.
Fiber Optic Communications
Optical transmission systems, fiber characteristics, wavelength division multiplexing, long-distance communication.
Microwave and RF Systems
Antenna design, RF components, microwave transmission lines, satellite communication, radar systems.
Mobile and IoT Technologies
Mobile networks, Internet of Things, sensor networks, device communication, emerging wireless standards.
Career Opportunities
Graduates of Information and Communication Engineering enjoy diverse career paths in telecommunications and technology sectors:
Telecommunications Engineer
Network design, system installation, telecommunications infrastructure
Network Engineer
Network design, implementation, LAN/WAN management, routing/switching
Wireless Systems Engineer
Cellular networks, WiFi systems, mobile communication design
Signal Processing Engineer
DSP implementation, filter design, audio/video processing
Fiber Optic Specialist
Optical network installation, fiber systems, long-distance transmission
Satellite Communication Engineer
Satellite systems, orbital mechanics, ground station operations
Academic & Researcher
University lecturers, research scientists, innovation developers
Network Security Engineer
Cybersecurity, network protection, security protocols
Technology Entrepreneur
Telecom startup founder, technology business owner
Course Materials & Resources
Access comprehensive learning materials, textbooks, lecture notes, and technical resources organized by academic level.
100 Level Resources
Foundation courses in mathematics, physics, and engineering basics.
First Semester
Comprehensive Study Resources Available
All 100 Level first semester materials including lecture notes, past questions, textbooks, and practical guides.
Access Offline Study PacksSecond Semester
Complete Course Materials
Second semester materials covering physics fundamentals and introductory engineering.
Go to Offline Study PacksCommon Engineering Foundation
100 Level is common across all engineering programs. Courses include General Mathematics, General Physics, General Chemistry, Use of English, and Introduction to Engineering.
200 Level Resources
Core engineering and communication fundamentals courses.
Download 200 Level Materials
Complete course materials, lecture notes, practical manuals, and past examination questions.
Access Study PacksCircuit Theory I & II
DC and AC circuits, network analysis, circuit laws
Electronics I & II
Semiconductors, transistors, amplifiers, basic circuits
Signals and Systems
Signal classification, system properties, convolution, transforms
Electromagnetic Theory
Maxwell equations, wave propagation, radiation basics
Digital Systems
Logic gates, combinational circuits, sequential systems
Programming and Algorithms
C/C++ programming, algorithm design, data structures
300 Level Resources
Communication-specific advanced courses and SIWES industrial training.
SIWES Industrial Training
Six-month industrial training in telecommunications companies and network infrastructure organizations.
Access SIWES ResourcesAnalog Communications I & II
Modulation, demodulation, transmission systems
Digital Signal Processing I & II
Digital filters, spectral analysis, MATLAB implementation
Wireless Communications
Cellular systems, propagation, multiple access techniques
Computer Networks I & II
Network architectures, protocols, routing, TCP/IP
Fiber Optic Communications
Optical systems, wavelength multiplexing, fiber properties
Microwave Engineering
RF systems, antennas, transmission lines
400 Level Resources
Advanced specialized courses and professional applications.
Download 400 Level Materials
Advanced course materials with case studies and technical specifications.
Access Study PacksMobile Communication Systems
Cellular networks, 5G technology, mobile protocols
Network Security
Cryptography, protocols, cybersecurity measures
Satellite Communications
Orbital mechanics, ground stations, satellite systems
Communication Software Engineering
Protocol implementation, software design for networks
Seminar/Project
Research presentation, technical communication
Communication Systems Design
System optimization, performance analysis
500 Level Resources
Final year capstone projects and advanced research.
Download 500 Level Materials
Final year resources including project guides and comprehensive technical materials.
Access Study PacksAdvanced Networking
QoS, network management, SDN architectures
Emerging Technologies
IoT, machine learning for communications, AI in networks
Advanced Signal Processing
Adaptive filtering, statistical processing, machine learning
Final Year Project I
Research proposal, project planning, design work
Final Year Project II
Project execution, testing, thesis documentation
Professional Practice
Career development, entrepreneurship, industry readiness
Admission Requirements
UTME Requirements
- Minimum UTME score of 180-200+
- Subject combination: English Language, Mathematics, Physics, Chemistry
- Five O'Level credits in two sittings maximum
- Credit passes must include: English Language, Mathematics, Physics, Chemistry, and one other subject
Direct Entry Requirements (200 Level)
- Two A'Level passes at credit level in Physics and Mathematics (minimum)
- ND/OND with minimum Upper Credit in Electrical Engineering or related fields
- HND with Lower Credit or higher in Electrical/Electronics discipline
- Plus O'Level requirements as stated above
Contact the Department
Department Office
Department of Information Communication Engineering
Federal University of Technology, Akure
PMB 704, Akure, Ondo State, Nigeria
gabriel@legacybygabriel.com.ng
+234 (0) 913-209-1205
Office Hours
Monday - Friday: 8:00 AM - 5:00 PM
Saturday: By Appointment
Sunday: Closed