COURSE OBJECTIVES: 

⮚ The studio aims at widening the avenues of creativity and allows inquiring more on lateral thinking. 

⮚ The emphasis is on understanding the process of design as a proactive and analytical tool towards generating alternatives which forms the foundation for future design 

⮚ To introduce students to various ideas and techniques of creative thinking and communication; To provide students with a foundation in design through the comprehension of elements and principles of composition;

Fashion Design II will focus on generating garment details to enable better

understanding of comfort and function and garment detail as design feature

culminating in Men’s wear garment. It aims to train students to see proportion

and shape in relation to human form while developing basic skills and

knowledge in fashion material and processes and technical areas of garment

manufacturing In Design - design process with a focus on detailing- functional & commercial

aspects of Design. Subject will start with a simple detailing concept and explore

it to the maximum and create workable ideas to generate a range of Men’s wear

garments – presentation through sketches- paper- models- photography- notes

of reference

COURSE OBJECTIVES

This course is meant to give them a broad exposure to the understanding of various concepts of Linux Kernel and Device Driver Programming.

The course will provide the students with

(i)        The core concepts of operating systems

(ii)       the knowledge of Linux Kernel architecture and device driver framework,

(iii)      the methodology to write Programs for chosen embedded devices, and

(iv)      the skill to use basic techniques for debugging in Linux device drivers and

(v)       basic understanding of Linux based embedded system design.

Experiments will run in synchronism with the lectures to support the methods and techniques taught in the lectures. Through the experiments, the students will

(i)        learn how to setup environment for developing and debugging device drivers,

(ii)       gain confidence to write/customise Linux device drivers, debug and test them using a target platform.

Learning Outcome of students are

(i)        Understanding of complex Linux Kernel framework and extending this knowledge to understand any type of operating system

(ii)       Writing device drivers for simple embedded devices

(iii)      Basic scripting to building the Linux Kernel and Device Drivers

(iv)      Demonstrate end-end data flow from device to application

(v)       Demonstrate various debugging techniques when the system crashes due to a malfunctioning Kernel or Device Driver

(vi)      Plan and execute simple device driver development projects.

COURSE OBJECTIVES 

To know the principles of sampling & quantization. 

To understand the various Base Band signaling schemes. 

To introduce the basic concepts of digital modulation of baseband signals. 

To get introduced to the basics of source and channel coding/decoding. 

To understand the basics of spread spectrum modulation schemes.

COURSE OUTCOMES 

On completion of the course, student will be able to
CO1 - Design PCM systems. 

CO2 - Apply the knowledge of signals and system and evaluate the performance of digital communication system in the presence of noise. 

CO3 - Design and implement band pass signaling schemes and analyze the spectral characteristics of band pass signaling schemes. 

CO4 - Design encoder and decoder for the error control codes like block code, cyclic code. CO5 - Analyze the digital communication system with spread spectrum modulation. 

CO6 - Examine the theoretical concepts through laboratory experiments, analyze and interpret the results to provide valid conclusions.

The Main Objective of this Course is to improve the Analytical, logical thinking of the Students which in turn improves their ability of giving conclusions based on quantitative information , model the engineering problems and obtain its solutions mathematically. On completion of this course, students will be able to understand science, engineering and computer science problems analytically and logically 

This topic deals with Logic-Set theory-Graph theory -Group theory- Numerical methods to solve the equations and Numerical interpolation ,differentiation and integration.

COURSE OBJECTIVES ÿ To Give a Introduction to Electrical machines. ÿ To explain how electrical power is converted in to mechanical Power. ÿ To explain how Mechanical power is converted in to Electrical Power. ÿ To explain the importance of load test on the electrical machines.