Applied Science and Technology

This course is designed for students to learn the fundamentals as well as advanced topics in Python which covers: Data types: numbers and strings. OS module: getting current working directory, change and create directories, removing files and directories. Collectors: List and tuple. Structures: selection and repetition. Methods: calling method, passing arguments, variable scope, default arguments, return values. Files: open, read and write text files. Object Oriented Programming: Classes, class methods, private properties, setters and getters, inheritance and polymorphism.  Advanced topics include: Graphical User Interface (GUI): creating a window, labels, buttons, entry, text, radio button, check button, label frame, combo box, canvas and menus. Geometry management in GUI: Place Geometry Manager, Grid Geometry Manager. Binding and Events: left, middle and right mouse click events, key events.


This course is designed to understand the knowledge of optical fiber waveguide at fundamental level, essentials of an optical fiber system and understanding of various components of an optical fiber in telecommunication system. The skills and knowledge in fiber optic system is used to solve related problems. The course is predominantly knowledge-based.


This course introduces students to the knowledge required in the field of science and technology. The topics discussed are Radioactivity: Structural of Nucleus, Natural radioactivity, Types of radiation, Decay process, Transformation Kinetics. Radiation Matter Interaction: Nature of matter, Nuclear radiations, Nuclear reactions, Transformation mechanism. Dosimetry Radiation: Exposure, Radiation effects, Basic internal biological dosimetry, Unit of radiation dose Biological Effects Against Radiation: Dose Response feature, Radiation effects, Basic internal biological dosimetry, Unit of radiation dose. Radiation Safety Guide: Basic principal of radiation protection, principles for reducing radiation exposure, Aspects of shielding in diagnostic radiology, The regulatory bodies. Health Physics Instrumentation: Radiation detectors, Dose measurement instrumentation, Newer radiation detection devices. Radiation Protection: External radiation protector, Internal radiation protector, Critical radiation protector.

Enhance and prepare the students with the knowledge of calculus which is a need in the industrial field and in their career.