INDICATIVE CONTENT
Unit One: E-Commerce
- Computerized trading systems
- Electronic funds transfer
- Automatic product identification and bar code technology
- Electronic data interchange
- Infrastructure of electronic commerce
- Electronic payment systems
- Electronic commerce retailing and corporate finance
- Intranets and supply chain management
- Remote banking, procurement and purchasing
- Online marketing and advertisement, home shopping, and auctions.
- Ecommerce security issues, transaction integrity and electronic payment systems
- B2B, B2C, C2C transactions
- Legal aspects of ecommerce
Unit Two: E-Governance
- E-Government
- M-Commerce
- E-Learning
- Introduction to building simple dynamic E-commerce sites using server-side scripting.
- Practical implementation of E-Commerce sites.
This module builds on the knowledge students have already acquired on Database Design and Management that imparts the fundamentals of Database systems as well as provide a general understanding of Database Design Implementation. SQL forms the cornerstone of all relational database operations. The ability to write the SQL language is essential for those who develop database applications. This course provides a solid foundation of the SQL programming language that enables students to build, query and manipulate databases. Working in various DBMSs such as Oracle, students compare the ANSI/ISO standard with the SQL implementation of this database product.
This course introduces the fundamental networking concepts, terminologies, and technologies used in modern data communication and computer networking. The course introduces the students the functions of different layers and IEEE standards employed in computer networking with different protocols and network components.
Brief description of aims and content
This module builds on the knowledge acquired in the course of EEE 3124 Analogue and Digital Electronics to provide the students with further understanding of the working principles of electronic devices and circuits. It covers Logic Gates, Combinational Circuits, Flip-flops, Registers and Counters, Semiconductor memories and Fundamentals of sequential circuit modes.
This course is designed to introduce students to the fundamentals of GIS. It is a lecture/lab-based course with an emphasis on applied learning. The lecture portion of the class focuses on the history of GIS, cartography, data sources and management techniques, vector and raster models, database development, and spatial analysis. It is a core module.