Infrastructure
The ultimate purpose of the professional course is to produce skilled students who meet industry standards. As a result, our department has eleven well equipped labs specifically for Electronic circuits and devices, Digital systems, Microprocessor & Microcontrollers, Linear and Digital Integrated circuits, Communication systems, Digital simulation & Digital signal processing, VLSI & Embedded System design, Microwave & Optical Communication, Computer Networks and Internet of things. Highlights include the fact that each lab has been set up with industrial cooperation so that students can work there in real time. These labs’ primary objective is to give students the opportunity to complete projects connected to the industry and produce products.
Electronic Circuits and Devices Lab
- Understanding basic electronic components and circuits
- Learning the behavior of semiconductor devices
- Mastering practical knowledge of circuit design and analysis
- Developing skills in using electronic instruments
Linear and Digital Integrated Circuits Lab
- Understand the working of linear and digital ICs
- Analyzing analog and digital circuit behavior
- Gaining hands-on experience with IC based circuit design
- Educating practical applications of op-amps and Logic gates
Microprocessor and Microcontroller Lab
- Grasping the architecture and functioning of microprocessors and microcontrollers
- Learning assembly language programming
- Interfacing external devices with processor systems
- Developing embedded system basics
Microwave and Optical Communication Lab
- Understanding the fundamentals of microwave and optical communication systems
- Studying propagation and transmission characteristics
- Achieving practical knowledge of components and measurement techniques
- Examining signal behavior at high frequencies and in optical media
VLSI and Embedded System Design Lab
- UnderstandingVLSI design flow and embedded system concepts
- Learning HDL-based digital design and simulation
- Developing embedded applications using microcontrollers
- Accomplishing practical exposure to hardware-software co-design
Communication Lab
- Learning basic communication system concepts
- Studying analog and digital communication techniques
- Assessing signal transmission and reception
- Achieving practical knowledge of modulation and demodulation
Communication Networks Lab
- Hands-on experience with network configuration, protocols, and troubleshooting.
- Exposure to network simulation tools like Packet Tracer and NS2/NS3.
- Understanding of protocols such as TCP/IP, HTTP, FTP, and DNS through experiments.
- Developing skills in network security, monitoring, and performance analysis.
Digital Simulation and Signal Processing Lab
- Insighting digital circuit design using simulation tools
- Learning modeling and verification of digital systems
- Acquiring experience in HDL (Hardware Description Language) coding
- Evaluating circuit behavior without physical hardware
Internet of Things(IoT) Lab
- Understanding IoT architecture and components
- Learning skills to interface sensors and actuators
- Developing IoT-based applications
- Acquiring knowledge of data communication and cloud integration
Centre of Excellence in Smart Agriculture
- Developing sensors that measure soil moisture temperature, humidity, nutrient levels and other environmental parameters.
- Designing smart irrigation systems
- Developing systems that utilize renewable energy sources
- Implementing technologies like GPS,GIS, LoRaWAN and NB-IoT for remote agricultural areas.
