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IoT Training · Faridabad 2026

Best IoT Training Institute in Faridabad for 2026

A complete guide to the best IoT training institute in Faridabad for 2026 — curriculum, hands-on projects, industry tools, and placement support to launch your IoT career.

Tracks
IoT Training · Live Interactive
Focus
—
Phase theme
Key Skill
—
Core competency
Outcome
—
End of phase
Fundamentals → Projects → Placement → Hired
Click a phase to see what you'll learn. Track your progress through each module to stay on course.

Home / Tutorials / Career Guides / Best IoT Training Institute in Faridabad for 2026

IoT Training · Faridabad 2026

Best IoT Training Institute in Faridabad for 2026

PHASE 1 PHASE 2 PHASE 3 PLACED Phase 1 IoT Fundamentals Module 1 Basics Phase 2 Projects & Cloud Module 2 Build Phase 3 Placement & Interviews Module 3 Job-ready Placed Job Offer Career Launched Success
Best IoT training institute in Faridabad for 2026 — Phase 1: IoT Fundamentals, Phase 2: Projects & Cloud, Phase 3: Placement & Interviews, then Placed.

Quick summary — best IoT training institute in Faridabad for 2026

Uncodemy is the best IoT training institute in Faridabad for 2026. Hands-on curriculum, live hardware projects, industry mentors, and placement support make it the top choice for anyone who wants to build a career in IoT.

In this guide you will learn:

  1. Module 1: IoT Fundamentals — sensors, microcontrollers, communication protocols.
  2. Module 2: Hands-on Projects & Cloud — Arduino, Raspberry Pi, AWS IoT, MQTT.
  3. Module 3: Placement & Interviews — portfolio, mock interviews, hiring drives.
  4. Learning templates — project plans and trackers.
  5. Placement support — how Uncodemy helps you land a role.

SECTION 01Module 1: IoT Fundamentals

The first module builds your foundation in IoT — sensors, microcontrollers, communication protocols, and basic electronics. Here's how the weeks break down:

Week Focus Daily Actions Weekly Goal
Week 1 IoT Basics Sensors, actuators, microcontrollers Understand IoT architecture
Week 2 Arduino Programming C/C++, GPIO, serial communication Build simple circuits
Week 3 Communication Protocols I2C, SPI, UART, MQTT Connect sensors to a board
Week 4 Networking Basics Wi-Fi, Bluetooth, HTTP Send data to a dashboard
Module 1 — Daily Schedule:
7:00 AM — Wake up, exercise (30 min)
8:00 AM — Review the day's learning goals
9:00 AM — Live class / recorded lecture (2 hours)
   - Week 1: IoT basics & architecture
   - Week 2: Arduino programming & circuits
   - Week 3: Communication protocols
   - Week 4: Networking & dashboards
12:00 PM — Lunch break
1:00 PM — Hands-on practice (2 hours)
   - Build circuits, write code, test sensors
3:00 PM — Mentor check-in / doubt session (30 min)
4:00 PM — Assignment work (1 hour)
5:00 PM — Review notes, plan tomorrow
6:00 PM — Break / exercise
8:00 PM — Read industry blogs (30 min)
10:00 PM — Wind down
module1-iot-fundamentals.md
Key insight: Module 1 builds the foundation. Don't rush into the cloud — understand sensors, microcontrollers, and protocols first.

SECTION 02Module 2: Hands-on Projects & Cloud

The second module is about building real IoT projects and connecting them to the cloud. Here's how the weeks break down:

Week Focus Daily Actions Weekly Goal
Week 5 Raspberry Pi & Python Python, GPIO, sensors Build a sensor dashboard
Week 6 Cloud Platforms AWS IoT, Azure IoT, ThingSpeak Send data to cloud
Week 7 Industrial IoT Modbus, SCADA basics, edge computing Simulate industrial use case
Week 8 Capstone Project End-to-end IoT project Complete and document project
Module 2 — Daily Schedule:
7:00 AM — Wake up, exercise (30 min)
8:00 AM — Review the day's learning goals
9:00 AM — Live class / recorded lecture (2 hours)
   - Week 5: Raspberry Pi & Python
   - Week 6: Cloud platforms (AWS IoT, Azure IoT)
   - Week 7: Industrial IoT & edge computing
   - Week 8: Capstone project
12:00 PM — Lunch break
1:00 PM — Hands-on practice (2 hours)
   - Build sensor dashboards, connect to cloud, test edge devices
3:00 PM — Mentor check-in / doubt session (30 min)
4:00 PM — Assignment work (1 hour)
5:00 PM — Review notes, plan tomorrow
6:00 PM — Break / exercise
8:00 PM — Read industry blogs (30 min)
10:00 PM — Wind down
module2-projects-cloud.md
Key insight: Module 2 is about building proof of work. Projects speak louder than resumes — focus on quality and documentation.

SECTION 03Module 3: Placement & Interviews

The third module is about portfolio, interviews, and landing a job. Here's how the weeks break down:

Week Focus Daily Actions Weekly Goal
Week 9 Portfolio & Resume Document projects, GitHub, resume Publish portfolio
Week 10 Interview Prep IoT concepts, coding, system design 5 mock interviews
Week 11 Placement Drives Apply, interview, follow up Attend 3+ drives
Week 12 Evaluate & Decide Negotiate offers Accept a role
Module 3 — Daily Schedule:
7:00 AM — Wake up, exercise (30 min)
8:00 AM — Review the day's learning goals
9:00 AM — Portfolio / interview prep (2 hours)
   - Week 9: Portfolio & resume
   - Week 10: Mock interviews & system design
   - Week 11: Placement drives
   - Week 12: Evaluate offers
12:00 PM — Lunch break
1:00 PM — Applications & follow-ups (2 hours)
3:00 PM — Mentor check-in / feedback (30 min)
4:00 PM — Interview practice (1 hour)
5:00 PM — Review progress, plan tomorrow
6:00 PM — Break / exercise
8:00 PM — Practice interview questions (30 min)
10:00 PM — Wind down
module3-placement.md
Key insight: Module 3 is about execution. Portfolio, mock interviews, and placement drives turn training into a job offer.

SECTION 04Learning templates

Use these templates to plan projects and track your learning:

Project Plan:

Project name: _______________________________
Objective: __________________________________
Components: _______________________________
Microcontroller / board: _____________________
Cloud platform: _____________________________
Timeline: __________________________________
Milestones:
1. 
2. 
3. 

Documentation:
☐ Problem statement
☐ Architecture diagram
☐ Code on GitHub
☐ Results / demo
learning-templates.md

SECTION 05Placement support & accountability

Here's how Uncodemy keeps you accountable and helps you land an IoT role:

  • Mentor check-ins — weekly 1:1 sessions with your mentor to review progress.
  • Live projects with real hardware — work on Arduino, Raspberry Pi, and cloud platforms.
  • Mock interviews — practice with hiring managers from partner companies.
  • Placement drives — attend exclusive drives with hiring partners.
  • Lifetime access — revisit recordings, templates, and resources anytime.
Pro tip: Most students land their first IoT role within 90 days of starting the programme. Consistency and hands-on practice matter more than prior experience.

SECTION 06Interview Q&A — IoT roles

Q1What if I have no electronics background?

No problem. The programme starts from fundamentals — sensors, microcontrollers, and basic circuits — and builds up from there. Many of our students come from non-electronics backgrounds.

Q2How much time should I commit?

2-3 hours daily is ideal. Live classes, assignments, and mentor sessions are scheduled to fit around work and college.

Q3Do I need my own hardware?

No. Uncodemy provides lab access and guided hardware kits for projects. You can also use simulators for practice.

Q4Will I get placement support?

Yes. Resume rebuilds, mock interviews with hiring managers, and exclusive placement drives are all included.

Q5Can I switch to IoT from another field?

Absolutely. We've helped engineers, freshers, and professionals from other domains transition into IoT roles.

SECTION 07Test yourself — IoT training quiz

Five questions. No sign-up.

0 / 5

Pick an answer to see why it is right or wrong.

SECTION 08Frequently asked questions

What is the duration of the programme?

12 weeks, with flexible weekday and weekend batches. You can also extend your timeline if you need more time.

Do I need prior electronics experience?

No. The programme starts from fundamentals and builds up from there — no prior experience required.

Will I get a certificate?

Yes, an industry-recognised certificate on completion of the programme.

Which tools and platforms will I learn?

Arduino, Raspberry Pi, AWS IoT, Azure IoT, ThingSpeak, MQTT, Modbus, and more.

Do you provide placement support?

Yes — resume rebuilds, mock interviews, and placement drives with hiring partners are all included.

Classroom & online · Faridabad

Start your IoT career with Uncodemy

Our IoT Training Course is built to get you job-ready — with live hardware projects, industry mentors, and placement support.

₹21,500 · full programme ₹32,000
  • Complete IoT roadmap
  • Hands-on hardware projects
  • Cloud & edge computing
  • Mock interviews & placement support