Course Description

"Advanced Design and Graphics" is a course that focuses on advanced concepts and techniques related to design and graphics. The course typically builds upon foundational knowledge in design principles, visual communication, and graphics software to explore more complex and specialized topics. The primary goal is to deepen understanding and proficiency in creating visually compelling designs.

Course Objective:

1.     Make students familiar with the world of Graphic Design

2.     To introduce them to various design software

3.     Integrate print and digital design concepts seamlessly, understanding the unique requirements and formats for both mediums.

4.     Explore interactive design principles and tools, incorporating graphics, interactive designs, and other multimedia elements into design projects.

Course Outcome:

On completion of this course, the student should be able to:

1.     Apply knowledge gained in designing software for design and layout.

2.     Demonstrate proficiency of skills in designing and creating layouts using page layout software for print media.

3.     Integrate interactive design concepts into projects, creating engaging and dynamic visual experiences.

4.     Seamlessly produce designs for both print and digital platforms, considering the specific requirements of each medium.

ESC1001 - Applied Computational Mathematics-I

Prerequisites: Matrices and Determinants, Differentiation and Integration, Differential Equation

Course Objectives:

1)      To develop mathematical and computational skills

2)      To enhance analytical and logical thinking power of students and deploy these skills effectively in their disciplines.

3)      To equip the students with concepts and techniques in Matrices and Differential Calculus.

4)      To enable the students to apply concepts and techniques in Ordinary & Partial differentiation.

 Course Outcomes: (CO1-CO5 for 5 Modules)

After successful completion of the course, students will be able to:

CO1: Solve system of linear equations by using the concept of Rank of the matrix

CO2: Find Eigen Values and Eigen Vectors of the matrix

CO3:  Solve and apply the knowledge of ordinary differential equation of first order and first degree

CO4: Deal with derivative of functions of several variables

CO5:  Apply partial differentiation to calculate Errors, Approximations and Extreme values

Unit I: Higher order Linear Differential Equations: (7 Hrs.)

 LDE of nth order with constant coefficients,

 Complementary Function

 Particular Integral

 General Solution of LDE by General Method

 General Solution of LDE by Short-Cut Methods

 General Solution of LDE by Variation Parameter Method

 Mathematical Modeling of Chemical Engg. Problem

Unit II: Laplace Transform: (7Hrs.)

 Definition of Laplace Transform

 Laplace Transform of standard functions,

 Properties of Laplace Transform

 Inverse LT and its Properties

 Application of LT to solve LDE

Unit III: Fourier Series: (7 Hrs.)

 Dirichlet’s conditions,

 Fourier series

 Half range Fourier Sine series

 Half range Fourier Cosine series

 Harmonic Analysis

 Applications of Fourier series – Harmonic Analysis, Modelling of Vibrating String

Unit IV: Fourier Transform: (7 Hrs.)

 Fourier integral theorem,

 Fourier transform,

 Inverse Fourier Transforms

 Fourier sine & cosine transforms

 Applications of Fourier transforms

Unit V: Vector Differential Calculus: (7 Hrs.)

 Vector differentiation,

 Vector differential operator,

 Gradient, Divergence and Curl,

 Directional derivative,

 Solenoidal, Irrotational and Conservative fields,

 Scalar potential, Vector Identities

Upon completion of this course, the student should be able to:

●      Describe the basics of Design and Graphics

●      Utilize knowledge gained in the application of elements and principles of design in different forms of Visual and Graphic Communication for Print and Web Media

●      Apply the knowledge of photo editing software for the design

This course provides an introduction to digital drafting tools and techniques essential for Civil Engineering students. Covering fundamental concepts, students will learn how to create precise and professional digital drawings using industry-standard software. The course emphasizes the practical application of drafting principles to develop engineering drawings and layouts for construction and infrastructure projects.

Throughout the course, students will gain proficiency in using Computer-Aided Design (CAD) software, understanding layers, scales, dimensions, and annotations. Students will also explore drafting standards, symbols, and conventions commonly used in civil engineering projects. Additionally, the course will cover essential skills like managing digital files, collaborating on design projects, and preparing documents for printing and presentation.

By the end of the course, students will have developed a foundational skill set in digital drafting, enabling them to create accurate, detailed engineering drawings that meet professional and industry standards, preparing them for more advanced applications in civil engineering design and planning