Electric Machines Laboratory Power Electronics Laboratory
Step into a realm where electrical engineering meets innovation. Our laboratory, nestled PIEAS DEE, is a hub of hands-on learning and research excellence. Here, students delve into the inner workings of induction motors, synchronous machines, transformers, and DC machines, gaining invaluable insights into their operation, control, and real-world applications. Additionally, the laboratory is equipped with cutting-edge power electronics setups, allowing students to explore the transformative power of electrical systems. From converters to rectifiers and beyond, the world of power electronics comes to life here, offering students the opportunity to understand and manipulate electrical power for various applications. Under the guidance of our experienced faculty and technicians, students embark on a journey of experiential learning, innovation, and discovery, making PIEAS DEE's Electric Machines & Power Electronics Laboratory the epicenter of electrical engineering excellence.
Electronics Laboratory
The Electronics Laboratory at PIEAS DEE is a dynamic hub of hands-on learning and innovation, dedicated to cultivating the skills and knowledge of aspiring electrical engineers. Divided into four specialized sections, this laboratory covers a broad spectrum of electronics topics. In Circuit Analysis 1 and Circuit Analysis 2, students develop a strong foundation in circuit theory and analysis, progressing from fundamental concepts to complex circuit configurations. The Electronics Devices and Circuits section delves into semiconductor devices, diodes, transistors, and integrated circuits, offering insights into their practical applications. Finally, the Electronic Circuit and Design Labs empower students to translate theory into reality as they design, prototype, and troubleshoot electronic circuits. Equipped with cutting-edge tools and guided by experienced faculty and technicians, this laboratory fosters a culture of exploration and experimentation, preparing students to shape the future of electronics engineering through hands-on experience and innovation.
Power Systems Simulation Laboratory
The Power Systems Simulation Laboratory at PIEAS DEE is a technological haven for electrical engineering enthusiasts. Equipped with state-of-the-art PCs loaded with licensed commercial power system software, including MATLAB, ETAP, PSCAD, and ASPEN, this lab serves as the epicenter for hands-on learning and research in the realm of electrical power systems. It is a vital resource for students who seek to simulate and analyze various power system phenomena, such as Load Flow, Short Circuit (SC) analysis, Protection Coordination, and Stability and Control. Beyond individual study, this facility encourages collaborative exploration, allowing for joint case studies on topics like grid integration and the coordination of different power plants.
Power Systems and Smart Grid Laboratory
The Power Systems and Smart Grid Laboratory (PSSG Lab) at the DEE is a beacon of cutting-edge innovation. Recently established at PIEAS, this lab is equipped with top-tier Power Generation, Transmission and Distribution, Protection, Wind, and Photovoltaic (PV) modules from renowned manufacturers like Lucas Nulle in Germany and Opal-RT OP5700. Beyond its impressive array of equipment, the PSSG Lab serves as a dynamic hub for both research and education. It provides students and researchers with a unique opportunity to delve into the intricate workings of power systems while exploring the transformative potential of smart grid technologies. This multi-functional facility is where theory transforms into practical understanding, fostering the development of future leaders in the field of electrical engineering and smart grid innovation.
Robotics and Automation Laboratory
Welcome to the Robotics and Automation Laboratory, a cutting-edge facility that has recently emerged as a beacon of innovation at our institution. This dynamic lab is dedicated to pioneering the development of innovative robotic platforms and their real-time control systems. Our research pursuits encompass a wide array of exciting projects, including the creation of a humanoid robotic arm, a humanoid head, mobile robots, and the development of motion control systems for CNC retrofit systems. Our commitment to practical application is exemplified by the presence of a 6 Degrees of Freedom (DOF) MELFA manipulator by Mitsubishi, which serves both as a platform for laboratory experiments and as a centerpiece for advanced research activities. This laboratory is not just a space; it's a crucible of creativity where imagination transforms into tangible robotic innovations.
Control System Design Laboratory
This laboratory is meticulously tailored to cater to the demands of real-time digital control systems and Ph.D. research projects, offering a dynamic environment for hands-on experimentation and cutting-edge investigations. Here, we bridge the gap between theory and practice by implementing diverse control algorithms in real-time on indigenous systems. Our extensive hardware inventory includes not only conventional microprocessors and microcontroller-based control systems but also state-of-the-art Siemens PLCs (Programmable Logic Controllers) and DSP (Digital Signal Processor) processor-based control cards. This diverse arsenal of equipment empowers our students and researchers to explore the frontiers of control system design, fostering a culture of innovation and excellence.
Digital Systems Design Laboratory
Digital Systems Design Laboratory is a dynamic space where the future of digital technology takes shape. Our primary mission is to train students in the intricacies of Digital Logic Design, Field Programmable Gate Arrays (FPGAs), and Microprocessors and interfacing. Beyond the realm of education, this lab serves as a breeding ground for innovation and research across multiple domains, including Instrumentation, Analog Electronics, Digital Electronics, Signal Analysis, and Applied Control. Our research endeavors encompass high-performance industrial drives, real-time control systems, and cutting-edge image acquisition and processing systems. To facilitate these pursuits, our laboratory is equipped with the latest FPGA kits, enabling students and researchers to bring digital circuits to life on a chip.
Cyber Physical Systems Laboratory
The Cyber-Physical Systems Laboratory is a center of excellence for advanced industrial control systems research. Within these walls, we are dedicated to pushing the boundaries of knowledge and innovation in the realm of industrial automation. The objective of the CPS lab is the development of methodology for the analysis and design of cyber physical systems. Due to their connection with the cyber space, recent years have seen a steady rise in the number of cyber-attacks on industrial cyber physical systems. Another objective of the lab is to study the impact of cyber-attacks on industrial control systems and development of their protection mechanisms. CPS laboratory facilities include a Supervisory Control and Data Acquisition (SCADA) testbed, a Distributed Control System (DCS) testbed, and several Programmable Logic Control (PLC) testbeds. These testbeds can be used to acquire hands-on training experience by students and industry professionals. They can also be used for laboratory-based security evaluations for production systems.
Data Communication Laboratory
The Data Communication Laboratory is a dedicated space for exploring the fascinating world of communication systems. In this well-equipped lab, we offer training setups and facilities tailored to hone your expertise in data communication. Here, you can engage in a wide range of experiments involving various modulation techniques, such as Frequency Modulation (FM), Amplitude Modulation (AM), and Delta Modulation. These experiments provide invaluable hands-on experience, allowing you to delve into the intricacies of data transmission, reception, and modulation. Whether you're a student delving into the fundamentals of communication systems or a researcher exploring the nuances of modulation techniques, the Data Communication Laboratory offers an environment where theory transforms into practical understanding.
Design Project Laboratory
The Design Project Laboratory is a crucial and integral part of our engineering education program. At the heart of this lab lies the belief that the culmination of an engineer's training is the practical application of their knowledge, and the Final Year Design Project is the embodiment of this philosophy. In this dedicated space, students are provided with the essential facilities and resources needed to bring their innovative ideas to life. Here, they have the opportunity to transform theory into tangible solutions, working on projects that showcase their engineering skills and creativity. This laboratory is not just about completing academic requirements; it's a springboard for aspiring engineers to embark on their professional journey, equipped with the hands-on experience and problem-solving abilities they need to make a real impact in the world of engineering and design.
Measurement and Instrumentation Laboratory
The Measurement and Instrumentation Laboratory is a cutting-edge facility dedicated to the advancement of precision and accuracy in the field of measurement science. Recently established, this laboratory is at the forefront of equipping aspiring engineers and researchers with state-of-the-art training equipment for Measurement and Instrumentation, powered by the industry-standard LabVIEW software. Here, we bridge the gap between theory and practical application, offering students hands-on experience in the art and science of measurement. With access to the latest technologies and instrumentation devices, students gain expertise in the accurate quantification of physical quantities, all while harnessing the power of LabVIEW for data acquisition, analysis, and control. This ensures they are well-prepared for the challenges of modern engineering and scientific research.