Semester 1 Syllabus & Notes
Browse all 17 subjects for B.Tech CSE Semester 1. Includes unit summaries, objective MCQ test banks, and midterm/endterm subjective question answers.
Orientation To Computing
This course introduces computational thinking, computing environments, software development practices, version control, cybersecurity, artificial intelligence, and foundational system architecture.
Internet Programming
Internet Programming covers HTML5, semantic HTML and forms, CSS-based responsive design, JavaScript, DOM manipulation, browser APIs, debugging, and deployment using GitHub Pages.
Basic Electrical And Electronics Engineering
Basic Electrical and Electronics Engineering (ECE131) introduces students to the fundamentals of DC and AC circuits, electrical machines, semiconductor devices, filters, operational amplifiers, and embedded systems including IoT and cloud computing applications.
Introduction To Python
An introductory Python programming course covering core language constructs, data structures, and libraries such as NumPy, Pandas, Matplotlib, and OpenCV, culminating in real-world application projects, technical reporting, and presentations.
Python Programming
This course introduces Python programming fundamentals and covers conditional and iterative statements, functions and recursion, core data structures, object-oriented programming, file handling, exceptions, and regular expressions.
Mathematics For Engineers
This course develops engineering mathematics skills in matrix methods and linear systems, differential and integral calculus, multivariable differentiation and integration, optimization, and Fourier series. Students apply these methods to solve mathematical and engineering problems involving systems of equations, derivatives, integrals, area, volume, and periodic functions.
Engineering Mathematics
This course covers matrix algebra, linear differential equations, Fourier series, multivariate calculus, and integral calculus. It develops students' ability to solve systems of linear equations, differential equations, and problems involving multi-variable derivatives, surface integrals, and volume integrals.
Engineering Physics
This course enables students to understand the basic principles of physics to lay the foundation for engineering courses, covering topics such as lasers, optical fibers, quantum mechanics, and the physics of solids.