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This course covers the fundamentals of electrical and electronic circuits including DC circuits, AC circuits, semiconductor theory and PN junctions with practical applications explored through laboratory experiments.
Credits : 4
Level - 100-199
- Teacher: Dr Ashkarali P
Semester: Sem 1
Course Summary
This course provides an introduction to microprocessors and microcontrollers, focusing on the 8085 and 8051 architectures. Students will gain an understanding of microprocessor / microcontroller architecture, instruction sets, programming, and interfacing with peripheral devices. The course includes both theoretical and practical components.
Credits: 4
Course Level : 200
- Teacher: Dr Ashkarali P
OBJECTIVES
This course explores about various operations on signals that is useful for real time world applications.
Course Outcomes
CO1 To understand the basic properties and classifications of Signals
CO2 To evaluate various Signal properties by performing various operations and to understand their practical implications
CO3 To apply the knowledge to classify systems based on their properties and behaviour
CO4 To apply Z transform and its properties to practical problems in digital signal processing
CO5 To apply the DFT and FFT to complex signals and understand the significance of phase and
magnitude spectra
CO6 To develop various signals and systems using simulation tools
- Teacher: Dr Ashkarali P
Course Summary
The course will provide a balanced understanding of both CAD for PCB design and 3D printing technology, enabling students to integrate these technologies for innovative solutions in diverse industries.
- Teacher: Admin User
Course Summary
To equip students with the knowledge and skills necessary for understanding, selecting, and effectively utilising Electric Vehicle Technology and to provide them insight to the EV drive components such as battery, motors and other control systems used in this technology.
Credits: 3
Course Level : 100
- Teacher: Dr Ashkarali P
Course Summary
This course provides a comprehensive introduction to embedded systems and the Internet of Things (IoT), covering fundamental concepts, hardware, programming, and practical applications. Students will gain hands-on experience with popular development boards like Arduino and Node MCU, learn basic embedded C programming, and explore various sensors and actuators interfacing techniques.
Credits: 4
Course Level: 300
- Teacher: Dr Ashkarali P
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- Teacher: Admin User
- Teacher: Admin User
- Teacher: Admin User