Course objectives
• Understand the fundamentals of Artificial Intelligence and Machine Learning
• Learn to implement AI algorithms for data analysis
• Explore predictive modeling techniques in Machine Learning
• Apply AI and ML concepts to real-world scenarios
• Enhance problem-solving skills through AI and ML applications
• Quiz, Hackathon, Internship and placement
Foundation
• Software Development Life Cycle
• Basic of Programming
• Learn C, C++, Java
• Data Structure
Introduction to AI and ML Fundamentals
• History of AI/ML
• What is AI/ML
• Understanding Artificial Intelligence
• Overview of Machine Learning
• Applications of AI and ML in Industry
• Python/R/Tableau
• Introduction to AI and ML Fundamentals Quiz
• AI and ML Fundamentals Quiz
Implementing AI Algorithms for Data Analysis
• Python/R/Tableau
• Regression Analysis
• Classification Algorithms
• Clustering Techniques
• AI Algorithms Quiz: Data Analysis Challenge
• AI Algorithm Implementation Project
Exploring Predictive Modeling Techniques
• Python/R/Tableau
• Regression Analysis
• Classification Models
• Clustering Algorithms
• Predictive Modeling Techniques Quiz
• Predictive Modeling Case Study: Analyzing Customer Churn Rates
Real-World Applications of AI and ML
• Python/R/Tableau
• AI in Healthcare
• ML in Finance
• Real-World Applications Quiz
• Real-World Case Study: Applying AI and ML in Healthcare
Enhancing Problem-Solving Skills with AI and ML
• Problem Formulation and Analysis in AI and ML
• Optimization Techniques for AI Problem-Solving
• Ethical Considerations in AI Decision-Making
• Problem-Solving Challenge: Applying AI and ML Concepts
• AI Problem-Solving Challenge: Implementing ML Algorithms
Final
• Certification
• Internship
• Personality Development
• Mock Interview
• CV Preparation
B.Tech/B.E Specialization in Cloud Computing
Publish AI Tutor Embark on a journey to graduate the foundations of Google Cloud Computing. This course is designed specifically for B.Tech/B.E/BCA/MCA students looking to enhance their knowledge and skills in cutting-edge technologies. Delve into the world of Cloud Computing with Google.
What is Cloud Computing? Cloud computing refers to the delivery of computing services over the internet. Instead of owning physical hardware or infrastructure, users can access and utilize resources, such as servers, storage, databases, networking, software, and more, on a pay-as-you-go basis. This flexible model offers scalability, reliability, and cost-effectiveness, making it a popular choice for businesses of all sizes.
Benefits of Cloud Computing One of the key advantages of cloud computing is its scalability. Users can easily scale up or down their resources based on demand, allowing for flexibility and cost savings. Additionally, cloud computing offers improved security, as data is stored in secure data centers with stringent security measures. Collaboration is also enhanced, as teams can work together in real-time from anywhere in the world.
Types of Cloud Computing Services There are three main types of cloud computing services: Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS). IaaS provides virtualized computing resources over the internet, PaaS offers a platform for developers to build and deploy applications, and SaaS delivers software applications over the internet on a subscription basis.
Cloud Deployment Models Cloud computing can be deployed in different models, including public cloud, private cloud, hybrid cloud, and multi-cloud. Public cloud services are provided by third-party vendors and shared among multiple users, while private cloud services are dedicated to a single organization. Hybrid cloud combines both public and private cloud environments, and multi-cloud involves using multiple cloud providers.
Cloud Computing Providers There are several leading cloud computing providers in the industry, including Amazon Web Services (AWS), Microsoft Azure, Google Cloud Platform, IBM Cloud, and Oracle Cloud. Each provider offers a range of services and features tailored to different business needs, such as computing power, storage options, data analytics, machine learning, and more.
Best Practices for Cloud Computing When utilizing cloud computing services, it is important to follow best practices to ensure optimal performance, security, and cost efficiency. This includes implementing strong access controls, encrypting sensitive data, regularly monitoring and auditing cloud resources, optimizing resource usage, and having a robust disaster recovery plan in place.
Course objectives
• Understand the fundamentals of Cloud Computing
• Learn to data analysis, Ingest, Transform, Storage, Analysis and Visualization
• Explore AI/Machine Learning
• Cloud Migration real-world scenarios
• Enhance problem-solving skills through Cloud applications
• Quiz, Hackathon, Internship, and placement
Foundation
• Software Development Life Cycle
• Basic of Programming
• Learn C, C++, Java
• Data Structure
Cloud Computing
• Basic of Cloud Computing
• Basic of Google Cloud
• Google Cloud Resources
• Compute Services
• Working with GCP Resources
• Basic of SQL using BigQuery
• Data Processing
• Pub/Sub
• Machine Learning
• Additional to GCP
• Computing with AWS and Azure
Final
• Certification
• Internship
• Personality Development
• Mock Interview
• CV Preparation
B.Tech/B.E Specialization in Blockchain
Publish AI Tutor Embark on a journey to graduate the foundations of Blockchain. This course is designed specifically for B.Tech/B.E/BCA/MCA students looking to enhance their knowledge and skills in cutting-edge technologies. Delve into the world of Blockchain with AI Tutor.
A blockchain is a distributed system that operates across a network of nodes within a peer-to-peer framework. It's based on principles of decentralization and consensus, ensuring trust within the network. Each 'block' in the blockchain represents a transaction or a bundle of transactions made by network participants. It is used for following:
1. Payments. Blockchain became widely known as bitcoin emerged, so discussing how this technology applies to payments is a no-brainer. Blockchain allows cryptoassets to be transferred quickly and securely. Blockchain-based protocols can be automated and decentralized, thus enabling the creation of cryptoassets without the need for controlling, supervisory or centralized bodies.
2. Less fraud, financing of terrorism and money laundering. All transactions that occur on a blockchain leave a record. This means that this technology has the potential to reduce fraud, the financing of terrorism and money laundering thanks to transaction traceability, provided that anonymity is prohibited. The first few years of blockchain technology did indeed see a number of cryptoassets used for illicit purposes, as the authorities were not yet using blockchain's traceability to pursue these crimes. Nowadays, only 0.15% of cryptocurrency transactions are used for illicit purposes, according to Chainalysis.
3. Data log. In data-intensive industries or processes, blockchain offers a comparative advantage over traditional databases. For example, foreign trade transactions require numerous documents to be processed and signed in a process so cumbersome that, oftentimes, a cargo shipment can arrive at its destination before all the relevant documents are in order, thus preventing the goods from being dispatched. Recording all documents in blockchain not only allows such documents to be signed electronically, but it also enables the perfect traceability of a large part of the processes involved in a company's foreign trade operations.
4. Intellectual property. Similar to the data log, blockchain's intellectual property log can easily and securely protect the authorship of original works. The latest developments in this regard revolve around NFTs – unique tokens that, when applied to art, can guarantee paid royalties. For example, nowadays, if an artist paints a picture, they only earn however much the painting first sells for. The lack of traceability in subsequent transactions stops the artist from profiting from any subsequent sales at a higher price. NFTs resolve this problem: NFTs can be treated as a unique digital copy of that painting and, because this is recorded and transferred through a blockchain, you can find out the exact moment of sale and its price, so that the author of the work can benefit from the revaluation of their work.
5. Education. Recently, business schools, universities and even certifying associations are issuing course certificates and education certificates through blockchain. This application prevents fraud in job candidates' CVs and can be verified quickly and easily.
6. Financial markets. Applications in financial markets are yet to be explored. The German stock market has trialled the use of blockchain technology to issue bonds from different issuers, thus offering full traceability of the debtors of the bondholders. Beyond this, future applications in this sector could see the potential replacement of clearing houses or improved efficiency in reconciliation processes.
7. Smart contracts. They are one of the applications that, together with means of payment, originated in blockchain. The Ethereum network is the foundation for smart contracts that aim to simplify processes based on ITTT (if this... then that...) clause programs. Smart contracts are already used in microinsurance, crowdfunding systems or transactions that require a notary public.
Course objectives
• Understand the fundamentals of Blockchain
• Uses of Blockchain
• Security
• Learn to Implementation of Blockchain
• Mining
• Quiz, Hackathon, Internship, and placement
Foundation
• Software Development Life Cycle
• Basic of Programming
• Learn C, C++, Java
• Data Structure
Blockchain Course Content
• Introduction and Python Basic
• Digital Signature
• Block Chain
• Transactions
• Blockchain based Ledger
• Mining and Proof of work
• Communicating with peers
• Multi Threading
• Additional Security Concerns
Final
• Certification
• Internship
• Personality Development
• Mock Interview
• CV Preparation