Robotics
Automation
Engineering
Technology

Mechatronics Engineering

Integrating Mechanical, Electrical & Computer Systems

Department of Mechatronics Engineering

School of Electrical Systems Engineering (SESE) • Federal University of Technology, Akure

Robotics & Automation Control Systems Embedded Systems IoT & Smart Devices Manufacturing & CAD/CAM Mechatronic Systems Design

About the Department

The Department of Mechatronics Engineering at the Federal University of Technology, Akure (FUTA), within the School of Electrical Sysytems Engineering (SESE), is dedicated to educating skilled engineers capable of designing, developing, and implementing integrated mechanical, electrical, electronic, and computer systems. Our department combines precision mechanical engineering with advanced electronics, computer science, and control systems to create intelligent, automated solutions that transform industries globally.

Mechatronics Engineering is a multidisciplinary field integrating mechanical engineering, electrical and electronic systems, computer technology, and control engineering to design and manufacture sophisticated automated machines, robots, and smart systems. Our comprehensive curriculum covers mechanical design, electrical systems, digital electronics, microcontroller programming, control systems, embedded systems development, robotics, sensor technology, actuators, and industrial automation. Students gain hands-on experience through laboratory work, CAD/CAM/CNC programming, and real-world industrial projects.

The department features state-of-the-art facilities including robotics laboratories, automation systems, CNC machines, CAD/CAM workstations, PLC programming systems, microcontroller development boards, and industrial simulation software. We maintain strong partnerships with leading multinational automation companies, automotive manufacturers, and technology firms, providing students with internship opportunities, industry exposure, and mentorship in cutting-edge mechatronic applications.

Graduates of Mechatronics Engineering are highly valued professionals in automotive manufacturing, industrial automation, robotics companies, pharmaceutical industries, electronics manufacturing, renewable energy, aerospace, and technology innovation sectors. They excel as robotics engineers, automation engineers, control systems engineers, embedded systems designers, manufacturing engineers, and systems integration specialists. Our alumni drive innovation in autonomous vehicles, smart manufacturing, industrial IoT, and advanced robotics solutions worldwide.

What We Offer

Academic Programs

  • B.Eng in Mechatronics Engineering - 5-year undergraduate program
  • B.Tech in Mechatronics Engineering - 4-year technology program
  • M.Eng in Mechatronics - Postgraduate specialization program
  • Ph.D in Mechatronics Engineering - Advanced research degree

Core Focus Areas

  • Robotics & Autonomous Systems
  • Industrial Automation
  • Control Systems Engineering
  • Embedded Systems Development
  • IoT & Smart Devices
  • CAD/CAM/CNC Design
  • Power Electronics & Drives
  • Mechatronic Systems Integration

Laboratory Facilities

Robotics Laboratory

Robotic arms, mobile robots, humanoid robots, sensor integration, programming systems

Automation & Control Lab

PLC systems, SCADA, industrial controllers, sensor/actuator systems, automation software

CAD/CAM/CNC Lab

CNC machines, CAD software, CAM systems, 3D printing, design workstations

Research Focus Areas

Our department conducts cutting-edge research in diverse mechatronics specializations:

Robotics & Autonomous Systems

Industrial robots, collaborative robots, autonomous mobile robots, humanoid systems, robotic vision, path planning.

Industrial Automation

Manufacturing automation, assembly line automation, process control, quality inspection systems, IoT integration.

Control Systems Engineering

Control algorithm design, PLC programming, real-time systems, feedback control, stability analysis.

Embedded Systems Development

Microcontroller programming, embedded software, firmware development, real-time operating systems.

IoT & Smart Devices

Internet of Things applications, smart sensors, wireless communication, cloud integration, edge computing.

CAD/CAM/CNC Systems

Computer-aided design, computer-aided manufacturing, CNC machining, design optimization, manufacturing processes.

Power Electronics & Drives

Motor drives, power conversion, renewable energy systems, electric vehicle technology, energy management.

Career Opportunities

Mechatronics graduates pursue dynamic careers in robotics, automation, manufacturing, and advanced technology sectors:

Robotics Engineer

Design and develop robotic systems for manufacturing and specialized applications

Automation Engineer

Implement automated systems and optimize industrial processes

Control Systems Engineer

Design and implement control systems for various applications

Embedded Systems Engineer

Develop embedded software and firmware for intelligent devices

Mechanical Design Engineer

Design mechanical components integrated with electronic systems

Manufacturing Engineer

Optimize manufacturing processes and production efficiency

IoT Systems Developer

Develop smart devices and IoT solutions for industry 4.0

Research Scientist

Conduct advanced research in mechatronics and automation

Systems Integration Engineer

Integrate multiple engineering disciplines into comprehensive systems

Course Materials & Resources

Access comprehensive mechatronics materials, lab manuals, design guides, and programming resources organized by academic level.

100 Level Resources - Foundation Sciences

General science foundations and basic mathematics for engineering.

First Semester

Foundation Resources

Physics, Chemistry, Mathematics, and engineering drawing fundamentals.

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Second Semester

Engineering Principles

Engineering mechanics, use of English, introduction to engineering.

Go to Offline Study Packs
Foundation Year

100 Level covers science and engineering foundations. Courses include Physics, Chemistry, Mathematics, Engineering Drawing, Computer Fundamentals, and Introduction to Mechatronics.

200 Level Resources - Core Mechatronics

Fundamental mechatronics, mechanical engineering, and electrical systems principles.

Download 200 Level Materials

Mechanics of machines, electrical fundamentals, digital electronics, programming basics.

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Mechanics of Machines

Machine components, mechanisms, kinematics, dynamics

Electrical Engineering I

Circuit theory, AC/DC systems, electrical machines

Digital Electronics

Logic gates, combinatorial circuits, sequential logic

Programming Fundamentals

C/C++ programming, algorithms, software design basics

Engineering Design

Design principles, CAD introduction, technical drawings

Engineering Mathematics

Linear algebra, calculus, differential equations

300 Level Resources - Advanced Mechatronics

Advanced systems integration, control systems, and automation technologies.

Advanced Laboratory Work

Control systems lab, robotics project, industrial automation simulations.

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Control Systems Engineering

PID control, system modeling, state-space design

Industrial Automation

PLC programming, SCADA systems, process control

Embedded Systems

Microcontrollers, real-time systems, firmware development

CAD/CAM/CNC

Solid modeling, manufacturing simulation, CNC programming

Robotics Systems

Robot kinematics, path planning, programming, control

IoT & Wireless Systems

Sensor networks, wireless communication, IoT platforms

400 Level Resources - Advanced Projects

Specialized projects, advanced applications, and industrial attachments.

Industrial Work Experience

SIWES - practical experience in industry settings, design projects, system integration.

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Advanced Robotics

Mobile robotics, autonomous systems, computer vision

Advanced Automation

Smart manufacturing, Industry 4.0, advanced control

IoT & Smart Systems

Cloud integration, edge computing, data analytics

Power Electronics

Motor drives, power conversion, renewable energy

Design Project

Capstone project, system design, technical documentation

Professional Practice

Engineering ethics, project management, career development

500 Level Resources - Final Year & Research

Final year research projects, thesis work, and specialized topics.

Final Year Research

Research thesis, specialized mechatronic topics, innovative systems development.

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AI & Machine Learning in Robotics

Autonomous decision-making, deep learning applications

Autonomous Vehicles

Self-driving systems, sensor fusion, vehicle control

Smart Manufacturing

Industry 4.0, digital twins, predictive maintenance

Renewable Energy Systems

Solar/wind automation, energy storage, grid integration

Thesis & Research

Research methodology, technical writing, oral defense

Specialization Topics

Advanced topics in chosen focus area, seminars

Admission Requirements

UTME Requirements

  • Minimum UTME score as set by JAMB and FUTA
  • Subject combination: English Language, Physics, Chemistry, Mathematics
  • Five O'Level credit passes in no more than two sittings
  • O'Level credits must include: English, Mathematics, Physics, Chemistry

Direct Entry Requirements (200 Level)

  • A'Level passes in Physics and two of Chemistry/Mathematics/Biology
  • National Diploma (ND) in Engineering with Upper Credit
  • GCE Advanced Level qualifications in engineering disciplines
  • Plus O'Level requirements as stated above