Bridging the Gap
Between Education
& Industry

With its IgniteTech program, USMCIL (An initiative of Aipan Prabodhini Foundation) brings to educational institutions, practical, tech-driven programs that inspire innovation and build real-world skills in areas like Robotics, Drones, Cybersecurity, and Cloud Computing. This enables students to become confident problem-solvers and curious learners, ready for tomorrow’s challenges.

IGNITECH

BUILDING FUTURE-READY TECH MINDS

In today’s fast-changing world, a solid foundation in modern technologies is becoming essential. At IgniteTech, our programs are thoughtfully designed to equip students with real-world knowledge and hands-on experience in the technologies that are shaping the future across every industry. We introduce learners to critical areas like Robotics, Drones, Cybersecurity, Cloud Computing, and Networking — not just through theory, but through practical, engaging activities that build curiosity and confidence. Whether it’s programming a robot, understanding how networks function, or learning how to protect data in a digital world, our goal is to prepare students with the skills they need to succeed in the world they’re growing

IGNITECH

NextGen Robotics: From Curiosity to Creation

Course Details

Stage 1: Foundation (Beginner Level)

Build strong basics in electronics, mechanics & coding logic.

  • What is a robot? Real-life applications
  • Introduction to electronics (LEDs, resistors, motors)
  • Understanding sensors (IR, ultrasonic, etc.)
  • Basics of coding with Scratch or Arduino (block-based & text-based)
  • Projects You’ll Build: Obstacle-avoiding bot, Line following robot etc.

Stage 2: Intermediate (Automation & IoT Level)

Introduce automation, IoT, and advanced robot behavior.

  • Intermediate Arduino & sensors (temperature, LDR, etc.)
  • Wireless control (Bluetooth/Wi-Fi)
  • Introduction to IoT (Cloud + automation)
  • Smart devices & home automation basics
  • Logic building with real-world problem solving
  • Projects You’ll Build: Voice-controlled smart home , Wi-Fi robot car (mobile app controlled)etc.

Stage 3: Advanced (AI, Vision & Integration)

Blend robotics with AI & machine learning for intelligent automation.

  • AI basics (Voice, Vision, Decision logic)
  • Object & face recognition using Python + OpenCV
  • Voice-command robot (Google Assistant / Offline wake words)
  • Raspberry Pi integration with hardware
  • Capstone Project planning and execution

IGNITECH

Cloud & Cybersecurity Foundations

Course Details

Foundations of Networking & TCP/IP

Basics of computer networks and communication protocols

  • IP addressing, subnetting, VLANs, and routing fundamentals
  • Hands-on labs: Configuring routers, switches, and network topologies
  • Introduction to network troubleshooting tools (e.g., Wireshark, ping, traceroute)

Linux System Administration

Introduction to Linux OS (Ubuntu/CentOS basics)

  • File system management, user permissions, and shell scripting
  • Configuring network services (SSH, DNS, DHCP) on Linux
  • Practical labs: Setting up a Linux server and securing it

Cybersecurity & Network Security

Understanding cyber threats (malware, phishing, DDoS)

  • Firewalls, intrusion detection systems (IDS), and VPN setup
  • Encryption, authentication, and secure network design
  • Hands-on: Configuring firewalls (e.g., pfSense) and penetration testing basics

Python for Networking & Security

Python fundamentals and scripting for automation

  • Network automation (e.g., configuring devices with Python)
  • Security scripting: Port scanning, vulnerability assessment tools
  • Projects: Build a network monitoring tool or automated security script

Cloud Computing Essentials

Overview of cloud models (IaaS, PaaS, SaaS) and providers

  • Hands-on with AWS (EC2, S3) and Azure (Virtual Machines, Blob Storage)
  • Cloud networking (VPCs, subnets) and security best practices
  • Practical labs: Hosting a website and managing cloud resources

Docker & Containerization

Introduction to containers and Docker architecture

  • Creating, managing, and deploying Docker containers
  • Docker networking and container orchestration basics
  • Hands-on: Deploying a web application using Docker

Capture the Flag (CTF) & Real-World Scenarios

Simulated cybersecurity challenges (web exploits, network attacks)

    • Applying networking, Linux, and scripting skills in CTF environments
    • Team-based problem-solving and ethical hacking exercises
    • Tools: Metasploit, Nmap, and custom scripts
    •  

Capstone Project

Design and deploy a secure, cloud-based network infrastructure

  • Integrate Docker containers, Linux servers, and automation scripts
  • Present a fully functional system with cybersecurity measures
  • Example: A web application hosted on AWS/Azure with Dockerized services

©2024 USMCIL – All Rights Reserved.