For Engineering & Diploma Students
- Learn Industry 4.0 systems
- Build smart IoT products
- Improve practical skills
- Prepare for campus placements
Professional Internship • Indore
IoT Engineer Professional Internship
45 days of hands-on IoT, from sensors to the cloud.
Master Arduino, ESP8266, NodeMCU, Raspberry Pi, Python, MQTT, IoT clouds, sensors, wireless communication and smart automation through real-world, project-based learning.
- Real Hardware Automation Kits
- Professional Internship Certificate
- End-to-End Cloud Deployments
- Portfolio Optimization Guides
Accelerated IoT product development
A 100% practical internship built to make you market-ready.
An exhaustive practical curriculum designed to bridge theory gaps and equip you with market-ready connected-hardware skills — from C and Arduino to MQTT, Python and Raspberry Pi edge gateways.
Real hardware automation kits
Sensors, Wi-Fi, Bluetooth, ZigBee and GSM
Cloud and mobile-app integration with Blynk and MQTT
Portfolio, GitHub and interview preparation
Ecosystem alignment tracks
Built for students, graduates and faculty.
Outcomes tailored to where you are in your journey.
For Fresh Graduates & Job Seekers
- Bridge the industry skill gap
- Learn end-to-end IoT assets
- Build real products
- Gain real industry experience
For Faculty Members & Researchers
- Upgrade IoT lab curriculums
- Mentor student innovations
- Conduct advanced practical sessions
Week-wise roadmap
7 weeks at a glance.
See which module runs when, and the skill you walk away with.
Module focusExpected outcome
01Programming FoundationWeek 1
C programming & embedded logic
02IoT FundamentalsWeek 2
IoT architecture & platform landscape
03Arduino & SensorsWeek 3
Sensor-driven Arduino projects
04ESP8266 & NodeMCUWeek 4
Wi-Fi, Blynk & MQTT control
05Python for IoTWeek 5
Python automation for devices
06Raspberry Pi & EdgeWeek 6
Edge gateways & local processing
07Wireless & CapstoneWeek 7
Capstone project & career readiness
Core training curriculum
7 modules. One connected path.
Open any module to see every topic, lab and highlight inside it.
01
Week 1Programming Foundation
Programming Foundation
“Strong code logic powers flawless remote device configurations.”
C Programming & Embedded Fundamentals
- Introduction to Embedded Systems
- Fundamentals of C
- Operators
- Control Statements
- Loops
- Functions
- Arrays
- Strings
- Pointers
- Storage Classes
- Programming Exercises
- Logic Building Modules
- Problem Solving Frameworks
02
Week 2Internet of Things Fundamentals
Internet of Things Fundamentals
IoT Architectural Layouts
- What is IoT?
- Machine-to-Machine Communication
- Industry 4.0 Architecture
- IoT Standards
- IoT Security Frameworks
- IoT Job Market Overview
- Indian IoT Ecosystem Platforms
Hardware Platform Landscapes
- Arduino UNO
- Arduino Yun
- Raspberry Pi Ecosystem
- BeagleBone Black
- Intel Edison
- Galileo Hardware Boards
- Arduino IDE Installation
- Development Environment Benchmarking
03
Week 3Arduino Programming & Sensor Integration
Arduino Programming & Sensor Integration
AVR Microcontroller Control Elements
- AVR Basics
- GPIO Registers
- Timers
- Counters
- Interrupts
- PWM Signal Controls
Hardware Communications & Switches
- Serial Communication
- RS232 Standard
- Relay Automation Drivers
- Bluetooth HC-05 Triggers
Sensor Array Interfacing
- IR Sensor Boards
- Ultrasonic Sensors
- Distance Measurement Matrix
- Level Monitoring Nodes
- Smart Lighting Deployments
- Bluetooth Home Automation
- Sensor Telemetry Dashboards
04
Week 4ESP8266 & NodeMCU Cloud Automation
ESP8266 & NodeMCU Cloud Automation
Edge Wireless Controllers
- NodeMCU Architecture
- ESP8266 Wi-Fi Modems
- GPIO Node Configurations
- Wi-Fi Communication Layers
Cloud Apps & Broker Layers
- Blynk Platform Integration
- Mobile App UI Frameworks
- MQTT Protocol Basics
- MQTT Brokers
- Publish/Subscribe Topologies
- Wi-Fi Controlled Appliances
- Mobile Automation Bridges
- MQTT Data Communication Labs
05
Week 5Python for IoT Platforms
Python for IoT Platforms
Python Engine Foundations
- Python Basics
- Operators & Loops
- Lists & Tuples
- Sets & Dictionaries
- Functions & Lambda Expressions
- Modules & Packages
- File Handling Operations
- Data Processing Frameworks
- Edge Automation Macros
06
Week 6Raspberry Pi & Edge Computing Hubs
Raspberry Pi & Edge Computing Hubs
Single Board Computers Environment
- Raspberry Pi Installation Profiles
- Raspbian OS Ecosystem
- Linux GUI & Command Line Shells
- GPIO Peripheral Interfacing
- Serial Hardware Interfacing
- Motor Control Actuation
Advanced Gateway Modules
- Raspberry Pi configured as MQTT Broker
- Edge Device Local Telemetry Processing
- Raspberry Pi Automation Blueprints
- Edge Gateway Architecture Deployment
07
Week 7Wireless Communication Protocols & Capstone Portfolio
Wireless Communication Protocols & Capstone Portfolio
Wireless Transport Protocols
- ZigBee Networks
- GSM Network Modules
- Bluetooth Protocols
- ESP8266 Over-The-Air Meshes
Career Accelerator Frameworks
- Resume Refactoring
- GitHub Repository Portfolios
- LinkedIn Profile Upgrades
- Technical Interview Cracking Paths
- HR Mock Interviews
- Production Grade Project Handover
- Portfolio Review Assurances
Your toolbox
Boards, protocols & platforms you will master.
From Arduino to Raspberry Pi, and from sensors to the cloud — all practised on real hardware.
Boards & Computers
- Arduino UNO
- Arduino Yun
- Raspberry Pi
- BeagleBone Black
- Intel Edison
- Galileo
Wireless & Protocols
- ESP8266
- NodeMCU
- MQTT
- Bluetooth HC-05
- ZigBee
- GSM
Sensors & Control
- IR Sensor
- Ultrasonic Sensor
- Relay Drivers
- PWM
- Serial / RS232
Software & Cloud
- C
- Python
- Arduino IDE
- Blynk
- Raspbian / Linux
Deliverables & major project
Leave with proof, not just a certificate.
Every module ends in a working build, and your last week is a full industry-standard capstone.
- 01Internship Completion Certificate
- 02Project Completion Credentials
- 03Verified Source Code Repository
- 04Practical Smart Device Handbooks
- 05Production Project Documentation
- 06GitHub Engineering Portfolio Reviews
- 07LinkedIn Optimization Audits
- 08Expert Technical Career Mentorship
- 0915+ End-to-End Hands-on Builds
- 10Industry 4.0 Systems Frameworks
Choose a capstone project
Career accelerator
From lab bench to interview room.
Week 7 pairs your capstone with a full career-readiness toolkit.
- 01
Resume Refactoring
A sharp, recruiter-ready IoT engineering resume.
- 02
GitHub Portfolios
Repositories that prove your hardware and cloud work.
- 03
LinkedIn Upgrades
A profile that gets found by hiring teams.
- 04
Technical Interview Paths
IoT, embedded and protocol-level interview prep.
- 05
HR Mock Interviews
Realistic rehearsals with mentor feedback.
Roles this internship prepares you for
- IoT Engineer
- IoT Solutions Developer
- Embedded Firmware Developer
- Edge & Cloud Automation Engineer
- Smart Product Engineer
- Raspberry Pi / Gateway Developer
FAQs
Questions before you enrol.
Can’t find your answer? Message us and a coordinator will get back to you.
Ask on WhatsAppWho can join the IoT Engineer Professional Internship?
Engineering and diploma students, fresh graduates, job seekers, faculty and career switchers. The program is beginner to advanced — Module 1 builds the programming foundation, so no prior IoT experience is needed.
How long is the internship?
Forty-five days, organised as seven focused weekly modules with 100% practical lab sessions.
Is it classroom or online?
Training is hands-on at our Indore centre with real hardware kits. If you need online participation, mention it when you enquire and our coordinator will confirm the options.
Which hardware and platforms will I work with?
Arduino UNO, ESP8266 and NodeMCU, Raspberry Pi, HC-05 Bluetooth, sensors and relays — plus Blynk, MQTT and Python for cloud and edge automation.
How many projects will I build?
15+ hands-on builds, ending with a capstone such as smart home automation, IoT weather monitoring or a smart energy meter.
Do I get a certificate and career support?
Yes. You receive an Internship Completion Certificate and project credentials, along with resume, GitHub, LinkedIn and interview preparation. We provide guidance and placement assistance — we do not promise a specific job.
Is Python or C knowledge required?
No. Week 1 covers C programming and embedded fundamentals, and Week 5 teaches Python for IoT from the basics.
How do I enrol and what are the fees?
Fill in the enquiry form, call or WhatsApp us. A Genixotech program coordinator will share batch dates, fee details and hardware-kit information.
Get in touch
Launch your connected-device career.
Contact our onboarding desk for admission details, hardware-kit timelines and upcoming batch structures.
- Phone+91 91718 05055
- Emailinfo@genixotech.com
- Office201, White Lotus Plaza, 1 Avantika Nagar, Near Sangam Nagar, Indore, Madhya Pradesh 452006
Build smart devices that talk to the cloud.
Forty-five days of hands-on IoT with real kits, a capstone and a portfolio that speaks for you.