Sem2

Course Objectives

1    Introduce fundamentals of GIS, Spatial Data, Spatial Data Modeling, and Attribute Data Management to the students.
2    Provide the knowledge of Data, Input, Editing and Data Analysis to the students.
3    Introduce to the students about Analytical Modelling in GIS, From New Maps to Enhanced decisions
4    Provide the knowledge of Development of Computer methods for handling spatial data to the students.
5    Provide the knowledge of Data quality issues, Human and Organizational issues to the students.
6    Provide the knowledge about GIS project Design and Management to the students.

Course Outcomes

1    Demonstrate a solid understanding of fundamental GIS concepts, including spatial data models, coordinate systems, map projections, and the basic components of a GIS.
2    Effectively use GIS tools to perform tasks such as data collection, data management, spatial analysis, and data visualization.
3    Gather, preprocess, and structure data from field surveys, remote sensing, and other sources for analysis.
4    Conduct spatial analysis using GIS techniques such as spatial querying, overlay analysis, proximity analysis, spatial interpolation, network analysis
5    Learn to acquire, preprocess, manipulate, convert, integrate, and assess vector and raster data quality.
6    Use GIS tools to address spatial challenges in urban planning, environmental management, and resource management.

Course Objectives

1    Equip students with understanding of the fundamental concepts of cryptography and introduce them to essential encryption techniques.
2    Provide a thorough explanation of modern cryptosystems.
3    Engage in a discussion on the concepts of finite mathematics and number theory, as well as delve into the principles of public key cryptography.
4    Cover a comprehensive discussion on various security policies, including authentication, integrity, and confidentiality.
5    Provide students with a solid understanding of key management and key distribution.
6    Discuss network and Web security
protocols.

Course Outcomes

1    Understand of the fundamental terminology used in cryptography, as well as the principles behind classical cryptosystems.
2    Analyze advanced cryptographic systems used to secure information in today's digital world.
3    Explore mathematical structures, discrete mathematics, number systems, and their applications in the context of public key cryptography.
4    Understand their role in system security, authentication mechanisms, data integrity techniques, and confidentiality preservation.
5    Learn principles, best practices, and protocols for secure key management, distribution, integrity, and confidentiality throughout the key lifecycle
6    Gain knowledge of how these protocols are implemented and their significance in maintaining the confidentiality, integrity, and authenticity of network and web communications.

Course Objectives

1.Provide a comprehensive understanding of the concept, origin, and types of Intellectual Property Rights (IPR) and their significance in the global context.
2. Introduce the legal framework of IPR, including the TRIPS agreement and its relationship with the WTO.
3. Familiarize students with the processes and laws related to patents, copyrights, and trademarks, along with their infringements and remedies.
4. Understand the significance of designs, geographical indications, and layout designs, as well as their protection under international and national laws.
5. Explore the legal provisions and ethical considerations related to the Information Technology Act, 2000, including cybercrime, e-commerce, and digital signatures.
6. Develop the ability to identify, register, and manage intellectual property rights in various domains, including traditional knowledge and modern technologies.

Course Outcomes

1. Explain the fundamental concepts, origin, and significance of various types of Intellectual Property Rights (IPRs) in protecting innovations and creations.
2. Apply the knowledge of patent laws, registration procedures, and infringement remedies in the protection of inventions and technologies.
3. Demonstrate an understanding of copyright laws, including software copyrights, piracy issues, and the remedies for infringement.
4. Analyze and manage issues related to trademarks, including registration, infringement, and offenses in cyberspace, such as domain name disputes.
5. Evaluate the legal framework for design protection, including the Semiconductor Integrated Circuits Layout Design Act and international conventions.
6. Assess the implications of the Information Technology Act, 2000, particularly in the areas of e-governance, e-commerce, digital signatures, and combating cybercrime.