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Full-Stack Python Development with AI and Cloud

📅
Start Date
Dec 01, 2026
⏱
Duration
180 Days
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Language
English
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Placement
250+ MNCs
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250+
MNC Partners
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2.4–4.5 LPA
Starting Salary
🎓
5
Certificates
🏆
9,589+
Students Placed
📖 About This Course

Full-Stack Python Development with AI and Cloud

The Full-Stack Python Development with AI and Cloud is a 6-month professional training program designed to develop industry-ready skills in full-stack web development, artificial intelligence, machine learning, and cloud computing. The course covers frontend technologies such as HTML, CSS, JavaScript, TypeScript, React.js, and Next.js, along with Python backend development using Django, Django REST Framework, and Flask. Students will gain practical knowledge of PostgreSQL, MongoDB, REST APIs, application security, and database management. The program also includes AI and machine learning using PyTorch, neural networks, computer vision, NLP, generative AI, and AI model deployment. Students will learn mobile and desktop application development, software testing, Docker, CI/CD, Kubernetes fundamentals, and cloud deployment using AWS or DigitalOcean. Through hands-on laboratories, coding assignments, and continuous industrial projects, students will develop practical software engineering and problem-solving skills. The program also includes Data Structures and Algorithms (DSA), GitHub portfolio development, system design, and technical interview preparation to support career readiness.
⭐ Course Key Highlights
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• 270+ Hours of Learning (Live + Practical + DSA) • 120+ Instructor-Led Interactive Classes
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Evening Batches Available
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60+ Hours of Recorded Content
👨‍💼
Industry-Recognized Full Stack Developer Certificate (with Industry Experience)
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100% Placement Support – Resume Building, Mock Interviews & MNC Referrals
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Free access to updated modules, AI tools, and frameworks
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200+ Hours (Projects, DSA, and Practical Labs)
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270+ Hours of Live Classes
💡 Why Should You Opt For This Course?
✓
100% Practical, Outcome-Driven Learning Work on cloud deployments, CI/CD pipelines, real GitHub workflows, system design & enterprise architecture.
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Complete Modern Tech Stack Frontend + Backend + Databases + DevOps + Cloud + AI/ML integration aligned with Top MNC hiring standards.
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Real-World Experience Certificate Your project development work becomes verifiable experience, not just a course certificate.
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Placement Support Designed for Results Resume building, mock interviews, coding contests, portfolio optimization, and MNC referrals.
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Beginner Friendly — Yet Expert Level Outcome Perfect for freshers, non-technical backgrounds, and working professionals planning a tech career transition.
🎯 What Will You Learn?
Full-Stack Web Development: HTML, CSS, JavaScript, TypeScript, React.js and Next.js.
Python Backend Development: Python, Django, Django REST Framework and Flask.
Database Management: PostgreSQL, MongoDB, SQL and database optimization.
Artificial Intelligence & Machine Learning: PyTorch, neural networks, NLP, computer vision and Generative AI.
API Development & Security: REST APIs, authentication, authorization and secure application development.
Mobile & Desktop Development: React Native and Electron.js.
Testing & DevOps: Automated testing, Git, GitHub, Docker, CI/CD and Kubernetes fundamentals.
Cloud Deployment: AWS, DigitalOcean, Linux server administration and application hosting.
DSA & Problem Solving: Data Structures, Algorithms and coding interview preparation.
Industrial Projects & Career Preparation: Real-world projects, GitHub portfolio, system design and technical interviews.
👥 Who Should Enroll?
🎓
UG/PG Students (B.Tech, BCA, MCA, Diploma, CS/IT)
B.Tech / BCA / MCA / Diploma / B.Sc. / M.Sc. (CS/IT) students
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Freshers targeting IT roles
Trainers & educators upgrading to modern tech stacks
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Working professionals upskilling or switching careers
Professionals looking to upskill in Full Stack Development
📋 Prerequisites
Basic computer-operating knowledge.
Logical thinking and willingness to solve problems.
Basic English reading and communication ability.
Familiarity with any programming language is helpful but not compulsory.
Familiarity with databases or web technologies is helpful but not compulsory.
A laptop capable of running modern development tools, databases and Docker.
Stable internet connectivity.
Willingness to complete daily practice and project assignments.
📚 Course Curriculum

11 comprehensive modules

🌐
Phase 0: Computing, Python and Professional Development Foundations (1 Week | 10 Hours | Week 1)
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• Module 1: Computing, Linux, Git and Programming Foundations


Learn computer hardware and software concepts, operating systems, files and processes, client-server architecture, internet fundamentals, IP addresses, domains, HTTP, command-line usage, Linux file operations, users, permissions, processes, Git, GitHub, branches, commits, merge concepts, README files, Markdown, GitHub Issues, Agile fundamentals, Jira basics and responsible use of AI coding assistants.

 

• Module 2: Python Programming, Industry Applications, Automation, OOP and Testing Foundations


Learn Python syntax, variables, data types, conditions, loops, functions, lists, tuples, sets, dictionaries, modules, packages, virtual environments, file handling, CSV, JSON, exception handling, object-oriented programming, type hints, logging, command-line programs, shell-script interaction, automation, pytest fundamentals, clean-code principles and secure password-hashing concepts. Also understand the significance of Python in the modern IT industry and its use in web development, Artificial Intelligence, machine learning, cybersecurity, DevOps, cloud computing, automation, testing and data processing. Explore brief practical demonstrations of Python in AI using a simple dataset and PyTorch model, in cybersecurity through password-strength checking, secure hashing, log analysis and file-integrity monitoring, and in DevOps through system-information collection, process monitoring, server-log processing, environment-variable handling and task automation.

☁️
🟦 Phase 1: Front-End Web Engineering and Product Interface Design 4 Weeks | 40 Hours | Weeks 2–5
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• Module 3: Web Development Fundamentals and Internet Architecture


Understand browsers, servers, DNS, domains, hosting, HTTP/HTTPS, request-response cycles, status codes, cookies, sessions, browser storage, web application architecture, frontend/backend separation, API-driven applications, project directory structures, browser developer tools, Git collaboration, Jira boards, user stories, acceptance criteria and product requirements.

• Module 4: HTML5, CSS3, Responsive Design and Accessibility


Build semantic websites using HTML5, forms, tables, multimedia, metadata and accessible structures. Learn CSS selectors, cascade, box model, positioning, Flexbox, Grid, variables, media queries, mobile-first design, responsive images, animations, Bootstrap awareness, Tailwind CSS fundamentals, cross-browser testing, keyboard navigation, colour contrast and accessibility standards.

• Module 5: Modern JavaScript, DOM and Asynchronous Web Programming


Learn JavaScript ES6+, scope, functions, arrays, objects, modules, destructuring, spread syntax, array methods, DOM manipulation, events, form validation, local storage, Fetch API, promises, async/await, JSON, browser errors, debugging, API consumption, loading states, retry concepts and secure handling of browser-side data.

 

• Module 6: Figma UI/UX, Product Design and Design Systems


Understand UI and UX fundamentals, user personas, user journeys, information architecture, wireframes, low-fidelity and high-fidelity designs, interactive prototypes, reusable components, design systems, typography, colour systems, spacing, responsive layouts, usability testing, developer handoff and converting Figma designs into HTML/CSS/JavaScript interfaces.

🖥️
🟦 Phase 2: Linux Web Server Administration and Secure Hosting 1 Week | 10 Hours | Week 6
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• Module 7: Apache Web Server, Domains, HTTPS and Production Hosting


Install and configure Apache HTTP Server, understand configuration files, document roots, permissions, virtual hosts, domain mapping, DNS records, server logs, MIME types, redirects, URL rewriting, compression, caching headers, basic reverse-proxy concepts, SSL/TLS certificates, HTTPS, firewall fundamentals, secure server configuration, static-site deployment, backups and common deployment troubleshooting.

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🟦 Phase 3: Relational and Document Database Engineering 2 Weeks | 20 Hours | Weeks 7–8
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• Module 8: PostgreSQL, SQL and Relational Database Design


Learn databases, schemas, tables, data types, keys, constraints, CRUD operations, filtering, sorting, aggregation, GROUP BY, HAVING, joins, subqueries, one-to-one, one-to-many and many-to-many relationships, database normalization, Entity Relationship Diagrams, data validation and realistic sample-data generation.

• Module 9: Advanced PostgreSQL, Transactions, Performance, and Data Security


Learn transactions, ACID properties, isolation concepts, indexes, composite indexes, query plans, query optimization, views, functions, pagination strategies, full-text search concepts, database users, roles, permissions, connection pooling concepts, backups, restores, migrations, audit requirements, personally identifiable information and secure database configuration.

• Module 10: MongoDB and Document-Oriented Data Modelling


 Understand NoSQL concepts, documents, collections, BSON, embedding versus referencing, schema validation, CRUD operations, query operators, indexes, aggregation pipelines, text search, transaction awareness, MongoDB security, backup concepts, Python integration and correct decisions about using PostgreSQL, MongoDB or both.

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🟦 Phase 4: Python Back-End and Service Engineering with Django & Flask 3 Weeks | 30 Hours | Weeks 9–11
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• Module 11: Django Fundamentals, MVT Architecture and Project Organization


Learn Django installation, projects, applications, settings, URL routing, requests, responses, views, templates, template inheritance, static files, media files, middleware concepts, environment variables, secrets, development and production settings, Django admin, management commands, reusable applications, WSGI/ASGI concepts and professional project organization.

• Module 12: Django ORM, Forms, Business Logic and Database-Driven Development


Create models, relationships, migrations, QuerySets, custom managers, model methods, forms, ModelForms, custom validation, transactions, signals awareness, CRUD operations, generic class-based views, pagination, search, filtering, file uploads, query optimization, database constraints and test-data creation.

• Module 13: Django Authentication, Authorization and Enterprise Workflows


Implement custom user models, registration, login, logout, password reset, profiles, groups, permissions, role-based access control, object-level access concepts, secure sessions, protected views, multiple dashboards, approval workflows, email notifications, audit trails, soft deletion, data-retention concepts and administrative operations.

• Module 14: Django REST Framework and Production API Development


Build REST APIs using serializers, ModelSerializer, API views, generic views, ViewSets, routers, nested relationships, validation, pagination, filters, search, ordering, error formats, API documentation, OpenAPI, Swagger, JWT fundamentals, permissions, throttling, API versioning concepts and automated API testing.

• Module 15: Flask Applications, Microservices, Background Work and Integration Services


Learn Flask routing, application factories, blueprints, configuration, contexts, request validation, response schemas, SQLAlchemy, migrations, JWT authentication, error handling, logging, testing, webhooks, external API clients, health endpoints, timeouts, retries, idempotency, Redis, caching, Celery or background-task concepts and Django-to-Flask service communication.

💼
🟦 Phase 5: React.js, TypeScript and Next.js Application Engineering 6 Weeks | 60 Hours | Weeks 14–19
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• Module 16: React.js and TypeScript Fundamentals
 

Learn TypeScript types, interfaces, aliases, unions, functions, generics fundamentals and type-safe API structures. Learn React components, JSX, props, state, events, conditional rendering, lists, forms, controlled components, composition, useState, useEffect, reusable components, Tailwind integration and professional frontend organization.

• Module 17: Advanced React, Routing, State Management and Testing
 

Learn React Router, nested and protected routes, custom hooks, Context API, state-management patterns, form libraries, schema validation, API-service layers, authentication state, token refresh, search, filtering, pagination, file uploads, error boundaries, lazy loading, accessibility, performance, component testing, API mocking and React Testing Library.

• Module 18: Next.js App Router, Rendering, Performance and Modern Web Delivery
 

Learn Next.js App Router, layouts, pages, nested routes, dynamic routes, loading and error interfaces, Server and Client Components, server-side rendering, static generation, incremental rendering concepts, route handlers, middleware, metadata, image optimization, caching and revalidation, environment variables, TypeScript, authentication integration, SEO, testing and deployment. Use Next.js primarily as the frontend and presentation framework while Django and Flask remain the principal backend services.

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🟦 Phase 6: Artificial Intelligence, Machine Learning and PyTorch Engineering 2 Weeks | 20 Hours | Weeks 20–21
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• Module 19: AI, Machine Learning, Mathematics, and Data Foundations


Understand Artificial Intelligence, machine learning, deep learning, supervised learning, unsupervised learning, reinforcement-learning awareness, classification, regression, clustering, training versus inference, features, labels, datasets and generalization. Learn essential linear algebra, vectors, matrices, probability, statistics, derivatives, gradients, loss functions, data preprocessing, train-validation-test splits, data leakage, class imbalance, evaluation metrics, baseline models and scikit-learn fundamentals.

• Module 20: PyTorch Fundamentals and Neural Networks from First Principles


Learn PyTorch installation, notebooks, Google Colab, CPU/GPU selection, tensors, tensor operations, broadcasting, shapes, devices, automatic differentiation, computational graphs, nn.Module, layers, activations, forward propagation, loss functions, optimizers, backpropagation, learning rates, training loops, validation loops, Dataset, DataLoader, batching, shuffling, model saving, model loading, checkpoints and reproducible experiments.

Students will build neural networks first with basic tensor operations and then through reusable PyTorch modules so that they understand what happens inside a training process.

• Module 21: Computer Vision, CNNs and Transfer Learning with PyTorch


Learn image tensors, preprocessing, normalization, image datasets, TorchVision, fully connected image models, convolution, filters, feature maps, pooling, CNN architectures, multiclass classification, augmentation, dropout, batch normalization, early stopping, overfitting, confusion matrices, precision, recall, F1 score, transfer learning, pretrained models, fine-tuning, custom image datasets and explainability concepts.

• Module 22: NLP, Embeddings, RNNs, LSTMs and Sequence Modelling


Learn text cleaning, tokenization, vocabulary construction, sequence encoding, padding, attention masks, word embeddings, pretrained embeddings, text classification, sentiment analysis, RNNs, GRUs, LSTMs, bidirectional models, sequence generation, time-series fundamentals, windowed datasets, forecasting, sequence evaluation and common limitations of recurrent models.

• Module 23: Transformers, Generative AI, Fine-Tuning and RAG


Understand attention, self-attention, encoder, decoder and encoder-decoder architectures. Use Hugging Face models, tokenizers and pipelines. Learn text classification, generation, summarization, question answering, external AI APIs, prompt engineering, structured output, function calling, embeddings, semantic search, vector databases, document chunking, Retrieval-Augmented Generation, fine-tuning concepts, parameter-efficient fine-tuning, prompt tuning, LoRA concepts, local-model usage and responsible Generative AI integration.

• Module 24: Custom Neural-Network Research, Evaluation, Deployment and MLOps


Learn how to define an AI problem, review related work, read research papers, create baselines, design custom nn.Module architectures, create custom layers, combine CNN, recurrent and attention components, choose losses and metrics, run controlled experiments, tune hyperparameters, perform ablation studies, compare models, detect overfitting, track experiments, manage datasets and model versions, reproduce results and write research reports.

Learn model inference, preprocessing and post-processing pipelines, batch and real-time predictions, Flask-based model APIs, Django integration, model serialization, model export awareness, Docker deployment, model health checks, prediction logging, model drift concepts, monitoring, rollback, security, privacy and human review.

☁️
🟦 Phase 7: API Architecture, Identity and Secure Application Engineering 1 Week | 10 Hours | Weeks 22
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• Module 25: Professional REST API Architecture and Integration Design


Learn REST constraints, resources, endpoint naming, HTTP methods, status codes, headers, request and response schemas, validation, pagination, filtering, sorting, searching, API versioning, idempotency, partial updates, bulk operations, file-transfer APIs, OpenAPI, Swagger, API contracts, Postman collections, webhooks, retries, timeouts, service-to-service communication, API gateways, caching, backward compatibility and API lifecycle management.

• Module 26: Authentication, JWT, OAuth 2.0 and Fine-Grained Authorization


Understand sessions, cookies, tokens, JWT access and refresh tokens, token rotation, logout and revocation concepts, OAuth 2.0 flows, OpenID Connect concepts, Google/GitHub sign-in, scopes, claims, role-based access control, attribute-based concepts, object-level permissions, multi-tenant authorization, API keys, service credentials, CORS, CSRF, secure cookies, rate limiting, throttling and authentication testing.

• Module 27: Web, API, Supply-Chain and AI Application Security


Study secure software-development lifecycle, threat modelling, trust boundaries, attack surfaces and current OWASP risks. Cover broken access control, security misconfiguration, software-supply-chain failures, cryptographic failures, injection, insecure design, authentication failures, integrity failures, logging and alerting failures and mishandling of exceptional conditions.

Practise SQL injection prevention, XSS prevention, CSRF protection, IDOR prevention, SSRF awareness, mass-assignment prevention, secure file uploads, secret scanning, dependency scanning, password security, encryption concepts, HTTPS, security headers, Content Security Policy, audit logs and safe error messages. Learn prompt injection, indirect prompt injection, AI data leakage, excessive agency, insecure model output handling, AI cost abuse and secure AI tool execution.

🖥️
🟦 Phase 8: Cross-Platform Mobile and Desktop Application Development 3 Weeks | 30 Hours | Weeks 23–25
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• Module 28: Mobile Application Development with React Native


Learn React Native project setup, components, styling, responsive mobile layouts, navigation, screens, forms, state management, API integration, authentication, secure token storage concepts, AsyncStorage, SQLite fundamentals, camera and file access awareness, permissions, push-notification concepts, error handling, offline behaviour, debugging, testing fundamentals and Android/iOS build concepts.

• Module 29: Desktop Application Development with Electron.js


Learn Electron architecture, main and renderer processes, preload scripts, inter-process communication, windows, menus, dialogs, notifications, local files, SQLite, API consumption, authentication, secure context isolation, safe IPC, application updates awareness, debugging and packaging for Windows, Linux and macOS.

🐧
🟦 Phase 9: Testing, DevOps, Containers, CI/CD and Cloud Deployment 3 Weeks | 30 Hours | Weeks 23–25
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• Module 30: Full-Stack Testing, Debugging and Software Quality Engineering


Learn the testing pyramid, unit tests, integration tests, API tests, component tests, end-to-end testing concepts, pytest, pytest-django, Flask test clients, React Testing Library, Vitest/Jest concepts, Playwright fundamentals, Postman automation, fixtures, factories, mocking, test isolation, regression tests, coverage, logging, debugging, profiling, static analysis, formatting, type checking, pull-request quality gates, database-query testing and AI-model evaluation tests.

• Module 31: DevOps, Linux Operations, Cloud Fundamentals and Infrastructure Automation


Understand DevOps culture, development, staging and production environments, Linux users, permissions, processes, systemd awareness, networking, DNS, ports, firewalls, reverse proxies, cloud models, regions, availability zones, AWS IAM, EC2, S3, RDS, DigitalOcean droplets, managed databases, object storage, boto3, infrastructure automation, Terraform fundamentals, budgets, cost controls, backup strategies and disaster-recovery fundamentals.

• Module 32: Docker, Docker Compose and Kubernetes Fundamentals


Learn images, containers, Dockerfiles, layers, build contexts, multi-stage builds, volumes, networks, environment variables, secrets, health checks, non-root containers, image scanning, registries and Docker Compose. Containerize React/Next.js, Django, Flask, PostgreSQL, MongoDB where justified, Redis and background workers. Learn Kubernetes architecture, Pods, Deployments, Services, ConfigMaps, Secrets, Ingress, storage, probes, scaling, rolling updates and basic cluster troubleshooting.

• Module 33: GitHub Actions, Cloud Deployment, Observability and Release Engineering


Learn CI/CD workflows, triggers, jobs, steps, runners, caching, secrets, automated tests, linting, type checks, security scans, Docker builds, image registries, staging and production deployments, approvals, migrations, release versions, changelogs and rollbacks. Deploy applications to AWS or DigitalOcean using Nginx, Gunicorn and suitable Python servers. Configure domains, HTTPS, logs, metrics, health checks, uptime monitoring, error tracking, alerts, backups, restore tests, runbooks, incident response and cloud-cost reports.

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🟦 Phase 10: Enterprise Capstone, Production Release and Placement Preparation 2 Weeks | 20 Hours | Weeks 26–27
▼

• Module 34: Capstone Product Engineering and System Design


Finalize functional and non-functional requirements, architecture, user roles, database design, API contracts, AI architecture, mobile and desktop scope, security requirements, testing strategy, cloud architecture and project plan. Learn modular monoliths, microservices, API gateways, caching, queues, event-driven concepts, horizontal and vertical scaling, load balancing, database scaling concepts, failure handling and cost-aware design.

• Module 35: Production Readiness, Documentation and Final Release


Complete remaining features, tests, security checks, performance reviews, AI evaluation, deployment workflows, logs, monitoring, backups and recovery instructions. Prepare README files, architecture diagrams, ER diagrams, API documentation, model cards, AI evaluation reports, security reports, user guides, administrator guides, deployment guides, runbooks, release notes and demonstration videos.

• Module 36: Portfolio, Technical Interviews and Placement Readiness


Prepare professional résumés, LinkedIn profiles, GitHub profiles, and project portfolios. Conduct Python, JavaScript, TypeScript, React, Next.js, Django, Flask, PostgreSQL, MongoDB, REST API, security, PyTorch, AI, Docker, Kubernetes, AWS and system-design interviews. Include debugging rounds, live coding, DSA tests, project viva, HR interviews, group discussions, workplace communication, and job-application strategy.

👨‍🏫 Your Instructors
Abhinav Thakur
Abhinav Thakur
Senior Full Stack Developer with 10+ years of extensive experience in designing, developing, and deploying scalable web applications across modern tech stacks. Skilled in leading projects, mentoring teams, and delivering high-quality solutions.
Harshitha
Harshitha
Full Stack Developer & Trainer with expertise in modern web technologies and hands-on project development, dedicated to helping learners become job-ready.
Pramish
Pramish
MCA graduate and Junior Software Developer with 5+ years of IT industry experience, skilled in building modern applications and delivering efficient technical solutions.
🏗️ Course Projects
Python Automation, Cybersecurity & AI Toolkit Development
Develop a tested Python Industry Automation Toolkit containing a file organizer, CSV/JSON processor, log analyzer, password-strength checker, secure hashing demonstration, file-integrity monitor and system-report generator. Also include a basic AI demonstration using a simple dataset and PyTorch model, a cybersecurity utility for identifying suspicious log activity, and a DevOps automation script for collecting system information, monitoring processes or services, reading environment variables and analysing deployment logs. Maintain the complete toolkit through Git branches, issues, pull requests, automated tests and technical documentation.
Product Planning, UI/UX Design & Responsive Frontend Development
Select a real business problem and prepare its Product Requirements Document, user roles, user stories, feature backlog, Figma prototype and responsive HTML/CSS/JavaScript interface. Publish the frontend preview and manage development through GitHub and Jira.
Linux Web Server Configuration, HTTPS & Secure Hosting Deployment
Configure a Linux server, create separate development and production virtual hosts, deploy the frontend project, connect a domain or test domain, enable HTTPS, configure redirects and security headers, inspect server logs and prepare a deployment document.
Relational and NoSQL Database Architecture & Data Security
Design the complete data architecture for the principal application. Use PostgreSQL for structured business records and MongoDB only for a justified document-oriented requirement such as activity events, AI interaction records, imported documents or flexible user-generated content. Prepare ER diagrams, document schemas, indexes, backups and data-security rules.
Python Backend Development with Django, Flask & REST API Integration
Build the main application backend with Django and Django REST Framework. Add users, roles, business workflows, PostgreSQL, REST APIs, background tasks, audit records and tests. Build a focused Flask service for notifications, document processing, webhooks, analytics or future AI-model inference and connect it securely to Django.
React.js / Next.js Frontend Integration & Application Engineering
Replace the prototype interface with a production-quality React or Next.js application. Connect it to Django and Flask APIs, implement authentication, protected pages, role-based interfaces, search, filtering, pagination, validation, accessibility, loading states, error handling and frontend tests.
PyTorch AI Model Development, Evaluation & Application Integration
Build and train at least one complete PyTorch model using a custom or public dataset. Students may build an image classifier, document classifier, sentiment model, recommendation model, forecasting model or domain-specific neural network. Evaluate it against a baseline, document experiments, expose inference through Flask, connect it to Django, and display predictions in the React or Next.js application. Add an external AI API or RAG feature only when it provides a separate useful capability.
Application Security Engineering, Authentication & Threat Modelling
Conduct threat modelling and a complete security review of the principal application. Implement secure JWT and OAuth-based authentication, object-level permissions, validation, rate limits, security headers, secret management, dependency scanning, protected AI endpoints, audit logging and automated security test cases.
Cross-Platform Mobile & Desktop Application Development
: Build a mobile client and desktop client for selected features of the main platform. Both applications should connect to the same secured Django/Flask API, support authentication, display real business data and provide a limited offline or local-storage capability.
Full-Stack Application Testing, DevOps Automation & Cloud Deployment
Test and containerize the complete full-stack and AI application. Run all required services through Docker Compose, demonstrate Kubernetes deployment fundamentals, create GitHub Actions workflows, deploy to AWS or DigitalOcean, configure HTTPS, add monitoring and alerts, test backups and complete a rollback exercise.
Final Industrial Project: End-to-End AI-Powered Full-Stack Application Development, Integration & Production Deployment
Develop and publicly deploy a production-style intelligent application containing: • React or Next.js frontend • Django and Django REST Framework main backend • Flask integration or AI-inference service • PostgreSQL database • MongoDB only where its use is technically justified • Redis and background processing • Secure REST APIs • JWT and OAuth authentication • Role-based and object-level authorization • A trained and evaluated PyTorch model • An external AI API or RAG feature where useful • React Native mobile client • Electron desktop client • Automated frontend, backend, API and AI tests • Docker and Docker Compose • Kubernetes deployment fundamentals • GitHub Actions CI/CD • AWS or DigitalOcean deployment • HTTPS, logging, monitoring and alerts • Backups, restore procedure and rollback plan • Complete technical and user documentation Students will demonstrate the live system, explain the architecture, explain the AI model, defend their technical decisions, identify limitations and complete an individual viva.
🔧 Tools You'll Work With
⚡ Programming Languages: Python, JavaScript, TypeScript, SQL, Bash and Shell Scripting
⚡ Frontend Development: HTML5, CSS3, React.js, Next.js, Bootstrap and Tailwind CSS
⚡ UI/UX Design: Figma, Wireframing, Prototyping and Design Systems
⚡ Backend Development: Django, Django REST Framework, Flask and SQLAlchemy
⚡ Database Technologies: PostgreSQL, MongoDB, Redis and SQLite
⚡ API Development & Testing: REST APIs, JSON, OpenAPI, Swagger and Postman
⚡ AI & Machine Learning: PyTorch, NumPy, Pandas, Matplotlib, Scikit-learn and TorchVision
⚡ Generative AI: Hugging Face, Transformers, Prompt Engineering, Embeddings, Vector Search, RAG and External AI APIs
⚡ Mobile App Development: React Native
⚡ Desktop App Development: Electron.js
⚡ Authentication & Application Security: JWT, OAuth 2.0, OpenID Connect Concepts, OWASP Security Practices and Role-Based Access Control
⚡ Software Testing & Code Quality: pytest, pytest-django, React Testing Library, Vitest/Jest, Playwright, Ruff and Black
⚡ Version Control & Collaboration: Git, GitHub, GitHub Issues, Jira, Agile and Scrum
⚡ Web Server & Hosting: Apache HTTP Server, Nginx, Gunicorn, Linux, DNS, Domains, SSL/TLS and HTTPS
⚡ DevOps & Containerization: Docker, Docker Compose, Kubernetes Fundamentals, GitHub Actions and CI/CD
⚡ Cloud Platforms: Amazon Web Services (AWS) and DigitalOcean
⚡ Infrastructure Automation: Terraform Fundamentals and AWS SDK for Python (boto3)
⚡ Monitoring & Production Operations: Logging, Health Checks, Alerts, Backups, Recovery and Deployment Rollbacks
⚡ Data Structures & Algorithms: Arrays, Strings, Linked Lists, Stacks, Queues, Trees, Graphs, Recursion and Dynamic Programming
⚡ Development & Productivity Tools: Linux Command Line, Browser Developer Tools, Google Colab, Technical Documentation and AI Coding Assistants
🏆 Certificates You Earn

Career certifications validate expertise in a specific field, enhancing credibility and job prospects.

🌟
Industry-Recognized Certificate
🎓
Course Completion
💼
Placement Assistance
🚀 Career Scope After This Program
Full-Stack Python Developer
Python Backend Developer
Frontend Developer
AI / Machine Learning Engineer
Generative AI Application Developer
Django / Flask Developer
❓ Frequently Asked Questions
1. What is the Full-Stack Python Development with AI and Cloud course?▼

This is a comprehensive, industry-oriented training program that covers frontend development, Python backend development, databases, Artificial Intelligence, Machine Learning, mobile and desktop applications, software testing, DevOps and cloud deployment. Students also work on practical assignments and a continuous industrial project.

2. What is the duration of this course?▼

The course duration is approximately 6 months, covering 27 weeks and around 270 guided training hours. The recommended schedule is 2 hours per day, Monday to Friday.

3. What are the prerequisites for joining this course?▼

Students should have basic computer knowledge, logical thinking skills, basic English reading and communication abilities, and a willingness to practise regularly. Previous programming or database knowledge is helpful but not compulsory. A suitable laptop and stable internet connection are required.

4. Which programming languages and technologies will I learn?▼

You will learn Python, JavaScript, TypeScript, HTML5, CSS3, React.js, Next.js, Django, Django REST Framework, Flask, PostgreSQL, MongoDB and other technologies used in modern application development. 

5. Will I learn Artificial Intelligence and Machine Learning?▼

Yes. The course covers AI and ML fundamentals, neural networks, PyTorch, computer vision, Natural Language Processing (NLP), CNNs, RNNs, LSTMs, transformers, Generative AI, embeddings, Retrieval-Augmented Generation (RAG), model evaluation and AI deployment.

6. Will I work on real-world projects during the course?▼

Yes. The program includes hands-on exercises, phase-wise projects, practical assessments and continuous industrial project development. You will progressively build an AI-enabled application integrating frontend, backend, databases, APIs, testing and deployment.

7. Will I learn mobile app and desktop application development?▼

Yes. You will learn mobile application development using React Native and desktop application development using Electron.js. You will also learn how to connect these applications to secure Django and Flask APIs.

8. Will the course cover cloud computing and DevOps?▼

Yes. You will learn AWS, DigitalOcean, Linux administration, Docker, Docker Compose, Kubernetes fundamentals, Terraform fundamentals, GitHub Actions, CI/CD, application deployment, HTTPS, logging, monitoring and backup and recovery practices.

9. Will I receive a certificate and placement assistance after completing the course?▼

Eligible students can receive a professional program certificate and an industrial project experience certificate, subject to the program requirements. The course also includes résumé preparation, GitHub portfolio development, mock interviews and recruitment assistance. Placement opportunities depend on eligibility, performance and available openings; a job offer is not guaranteed.

10. What career opportunities can I pursue after completing this course?▼

Depending on your skills, projects and interview performance, you can pursue entry-level or junior opportunities such as Full-Stack Developer, Python Developer, Backend Developer, Frontend Developer, AI/ML Engineer (entry-level), Junior Machine Learning Developer, Software Engineer or Cloud/DevOps Associate. Specific roles require the relevant practical skills and experience.

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₹17700 ₹20000
🚀 Azure DevOps Engineer – Job Ready Corporate Training Program
🚀 Azure DevOps Engineer – Job Ready Corporate Training Program
₹17700 ₹20000
🚀 CCNA (200-301) – Network Engineer Job-Ready Program
🚀 CCNA (200-301) – Network Engineer Job-Ready Program
₹4999 ₹10000
DevOps Engineer
DevOps Engineer
₹5900 ₹20000