Electrical & Electronics Technology

This introductory course on industrial instrumentation provides students with a comprehensive understanding of instrumentation's fundamental principles and applications in process technology. Through theoretical instruction and hands-on laboratory exercises, students will learn the essential components of industrial instrumentation systems, including sensors, transmitters, controllers, and final control elements. Emphasis will be placed on understanding the principles behind various measurement techniques, such as pressure, temperature, level, flow, and analytical instrumentation.

This course comprehensively explores AC and DC electrical theory, covering fundamental concepts and practical applications in industrial and commercial settings. Students will acquire industry-relevant technical skills, including the operation, installation, design, and troubleshooting of basic electrical circuits, while also mastering practical mathematics essential for circuit analysis. Emphasizing theoretical understanding and hands-on application, the
curriculum includes ladder logic training, where students learn to interpret, design, and operate relay control circuits using ladder diagrams. Major topics encompass logic elements, ladder diagram construction, electro-pneumatic solenoid valves, relay operation and applications, limit switch operation and applications, time-delay relays and applications, multiple cylinder control, and various machine modes of operation. Through a blend of theoretical lectures, hands-on demonstrations, and practical exercises, learners will develop the expertise needed to excel in electrical engineering and related fields, emerging with a robust understanding of AC/DC electrical theory and the practical skills to navigate complex challenges.

This integrated course merges our foundational classes in basic hydraulics and basic pneumatics, offering students a comprehensive exploration of industry-relevant hydraulic skills and their applications to fundamental principles such as pressure and flow. Through theoretical instruction and hands-on practice, students will develop the ability to not only comprehend hydraulic concepts but also operate, install, design, and troubleshoot basic hydraulic systems across diverse applications. Beginning with a study of the physical principles underlying hydraulics, students will progress to constructing hydraulic circuits, facilitating a deeper understanding of each component's function within a circuit and simplifying the troubleshooting process.

In this course, students dive into the physical properties of electromagnetic and electromechanical energy conversion devices and explore their practical application in conventional rotating machines. Through theoretical instruction and hands-on projects, students gain insights into electrical energy generation, transmission, and distribution systems, as well as relay technology. By engaging in practical exercises, students deepen their understanding of how theoretical concepts translate into real-world applications, preparing them for the challenges and opportunities within the field of electrical engineering and technology.

The Motors and Controls course offers students a comprehensive exploration of motor control systems, integrating theoretical knowledge with practical skills essential for success in the field. Students will cover topics such as three-wire start/stop control, reversing magnetic motor starters, and on-delay and off-delay timers, providing a solid theoretical foundation that is reinforced through hands-on practice. Practical exercises include studying the function, operation, and types of control relays, and connecting and operating control relays within circuits using major components such as control transformers, reversing contactors, manual motor starters, multi-function timers, and control relays. Additionally, students will engage in real-world troubleshooting scenarios involving industrial components such as indicator lamps, manual switches, motor contactors, and overload relays. This course serves as a prerequisite for advanced studies in motor controls, equipping students with the necessary foundation and practical skills to excel in the field.

In this course, students acquire fundamental skills in utilizing AutoCAD as a drafting tool, with a focus on its practical application in industrial maintenance. Through hands-on exercises, students create geometrical shapes, parts, drawings, and electrical symbols and schematics, enabling them to effectively draft and document various components and systems encountered in industrial maintenance settings. Additionally, students develop a basic understanding of civil, mechanical, and architectural design and drafting principles, broadening their knowledge base and enhancing their ability to contribute to multidisciplinary projects within the industrial maintenance field.

In this course, students expand upon the fundamentals covered in Introduction to Instrumentation, diving deeper into the practical applications of industrial instrumentation. Through a hands-on approach utilizing state-of-the-art customized trainers, students gain practical experience in the operation, calibration, and maintenance of electric, electronic, and pneumatic instruments. Building upon their understanding of basic physical laws governing temperature, pressure, flow, and level, students learn to design, install, and calibrate basic instruments and control devices effectively. By integrating theoretical knowledge with applied application, students develop the skills necessary to tackle real-world challenges in instrumentation across industrial sectors. Upon successful completion of the course, students emerge equipped to apply their expertise in designing, installing, maintaining, and calibrating instrumentation systems in diverse industrial environments.

In this course, students delve into the utilization of programmable logic controllers (PLCs), emphasizing their application in industrial and commercial settings. Through theoretical instruction and hands-on projects utilizing customized PLC trainers, students acquire practical experience in programming and implementing PLCs to automate a wide array of processes and systems. By integrating theoretical concepts with hands-on application, students cultivate the expertise required to design, program, troubleshoot, and maintain PLC-based control systems effectively. This comprehensive approach equips students with the necessary skills to excel in various industrial and technical environments.

This course is meticulously crafted to equip students with indispensable knowledge and hands-on proficiency in industrial processes, equipment maintenance, and digital automation. Spanning topics ranging from routine operations and field technician responsibilities to maintenance strategies, safety protocols, and mechanical integrity, students will develop a comprehensive understanding of the principles and methodologies essential for ensuring the smooth and secure operation of process units. Furthermore, students will delve into digital programming languages aimed at automating processes, bolstering their capacity to refine and streamline operations within industrial settings. Practical training utilizing the latest hardware and software in Distributed Control Systems (DCS) will offer students firsthand experience in leveraging cutting-edge technology for process control, optimization, and automation. Through a meticulously curated blend of theoretical instruction, hands-on application, and proficiency development in digital automation, students will emerge well-prepared for entry-level positions encompassing process control, equipment maintenance, and digital automation roles across diverse industrial sectors.