1. Students will learn the basic syntax of Python programming language.
2. Students will learn how to use Python data types, variables, operators, and conditionals.
3. Help students develop their problem-solving and programming skills.

CO 1: Learners will demonstrate a comprehensive understanding of Python's fundamental concepts, including variables, data types, and basic syntax, enabling them to write simple Python programs.
CO2: Learners will be proficient in using control flow structures such as conditionals (if-else statements) and loops (for and while loops) to solve problems and make decisions in Python.
CO3: Learners will ability to define and use Python functions to modularize their code.

1. Students will be able to use Python to develop web applications, desktop applications, and other types of software applications.
2. Students will be able to use Python to interact with databases, APIs and other external systems.
3. Students will be able to test and debug their Python code to ensure that it is correct and efficient.

CO 1: Use Object-oriented programming principles and techniques to design and implement python programs.
CO2: Apply python data structures and algorithms to solve complex problems.
CO3: Develop python software application for web desktop and other platforms.

1. Understand the need for three cryptographic primitives namely - encryption, hashing and digital signatures.
2. Describe hashing mechanism and explain the properties of a good hashing algorithm.
3. Describe the digital signature generation and verification process.

CO 1: Learners will be understanding of the fundamental cryptographic principles, including encryption, decryption, hashing, and key management.
CO2: The learners will gain an understanding of network security and how it works.
CO3: Learners will gain an understanding of application security and design.

1. Understand the structure and purpose of a website by viewing its HTML.
2. Learn how to create a wireframe structure and HTML5 tags for a web page.
3. Acquires a basic understanding of the Apis, such as geolocation.

CO1: Learners will attain proficiency in writing HTML5 code, including the use of semantic elements, multimedia embedding, and form controls, to create structured and up-to-date web content.
CO2: how to create responsive web pages using HTML5 and CSS3, ensuring that web content adapts smoothly to various screen sizes and devices.
CO3: Learners will understand the API with respect to Web Applications

1. Apply different CSS3 selectors to HTML elements, Style HTML elements using new color models of CSS3
2. Recognize the border-radius, box-shadow, text-shadow, and border-image HTML elements. Web fonts can be used to style text on a website, and CSS3 can be used to generate 2D transforms.
3. Acquires the ability to animate HTML components with CSS3, as well as develop responsive web pages with media queries. Implement security mitigation measures and best practices.

CO1: Learners will develop a solid understanding of CSS3, including selectors, properties, values, and the box model, enabling them to style HTML documents.
CO2: Learners will develop a solid understanding of CSS3, including selectors, properties, values, and the box model, enabling them to style HTML documents.
CO3: Learners will gain expertise in advanced CSS3 features such as animations, transitions, and transformations, able to create visually engaging web experiences and understand the principles of modern web design.

1. Understand why AI is in demand; get familiarized with commonly used AI techniques.
2. Become familiar with some algorithms, AI architecture.
3. Understands adoption of AI across domains, knowing the leading AI Platforms

CO1: Learners will develop understanding of the fundamental concepts, principles, and techniques that underpin artificial intelligence, including machine learning, neural networks, and natural language processing.
CO2: Learners will be able to apply AI techniques to solve real-world problems across various domains, including computer vision, robotics, healthcare, and finance, demonstrating the practical applications of AI.
CO3: Learners will obtain a thorough understanding of the landscape of AI platforms, including cloud-based ones like AWS SageMaker, Google AI Platform, and Microsoft Azure ML.

1. Equip students with fundamental cloud computing knowledge and an understanding of AWS services.
2. Ensure proficiency in utilizing key AWS services and navigating the AWS Management Console.
3. Instill knowledge of cloud governance, security, and compliance in accordance with industry standards.

CO1: Upon completion, students will demonstrate the ability to deploy and manage basic AWS services effectively.
CO2: Graduates will understand the core principles of cloud computing and be able to make informed decisions on cloud adoption.
CO3: Successful participants will be prepared to pass the AWS Certified Cloud Practitioner exam and embark

1. Students will understand the concepts of Java programming.
2. Students will learn how to design object-oriented applications with Java.
3. Students will learn creating Java programs using hands-on, engaging activities..

CO1: Students will be able to apply the concepts of Java programming.
CO2: Students will be able to design object-oriented applications with Java.
CO3: Students will design Java programs using hands-on, engaging activities.

1. Students will learn the basic relational database concepts.
2. Students will learn and understand relational database terminology and data modeling concepts.
3. Students will learn building Entity Relationship Diagrams (ERDs), and also mapping ERDs.

CO1: Students learnt the concepts of relational database.
CO2: Students will be able to apply relational database terminology and data modeling concepts.
CO3: Students will be able to build Entity Relationship Diagrams (ERDs), and also map ERDs.

1. Understand the fundamental concepts of NLP.
2. Identify examples of where NLP is used in business and the trends in its use.
3. Discuss the challenges in natural language processing, including ambiguities and other challenges.

CO1: Acquires the knowledge of natural language processing is and appreciate and how it is changing our lives today
CO2: Learners can describe the various techniques used in the field of NLP, articulate the business potential of using NLP.
CO3: Recognizing the Comparing various software platforms, tools, and frameworks used to create NLP solutions

1. To offer students a solid mixture of experts with knowledge of both general and technical aspects of Cyber Security.
2. To improve the environment for future Cyber Security by boosting cyber education, coordinating, and refocusing research and development activities among students.
3. To develop best practices, standards, and carry out projects in the area of privacy and cyber security.

CO1: Students will gain a deep understanding of the various types of cyber threats, including malware, phishing, DDoS Attacks and social engineering.
CO2: Students will develop the skills to implement security measures and best practices to protect digital assets.
CO3: Students will be proficient in creating and implementing an incident response plan to effectively handle security incidents.