// Trivandrum · Kerala · 3–4 months · Hands-on labs

Build the Internet of Everything.

Master Embedded Systems & IoT at Trinity Technologies — Kerala's leading IT training institute. Program microcontrollers, wire sensors, talk to the cloud, and ship real devices. Arduino, ATMEGA, Raspberry Pi, AWS IoT, Azure IoT Hub — all in one career-grade program.

3–4
Months
5×
Classes / week
4+
Live projects
100%
Hands-on labs
Start Learning → Explore Syllabus
01 / The Big Picture

From a single sensor
to a connected planet.

IoT is how billions of small devices — sensors, microcontrollers, appliances, vehicles — talk to each other and to the cloud. This course takes you from blinking your first LED on an Arduino to deploying a smart device that streams data to AWS or Azure in real time.

Sensor
Microcontroller
Network
Cloud
Insights
02 / Why Trinity

Five reasons we're
Kerala's first choice.

Trinity Technologies, headquartered in Trivandrum, has built a reputation for turning curious learners into job-ready engineers. Here's what makes the IoT program different.

01

Expert-led, practice-first

Seasoned industry instructors translate years of real-world experience into hands-on labs. Theory is just the starting point — every concept ends with you building something.

02

Pro-grade hardware & tools

Work on Arduino, ATMEGA, Raspberry Pi, and connect to AWS IoT and Azure IoT Hub. The same toolchain used by professional embedded teams.

03

Industry-aligned curriculum

From sensors and actuators to MQTT, CoAP, Zigbee, LoRaWAN, edge computing, and IoT security — the syllabus tracks current industry standards.

04

Real projects, not toy demos

Build a Smart Bin, a Waste Segregator, a Fingerprint Door Lock, and a Child Tracking Device — projects that exercise the full embedded stack.

05

Certification & placement

Regular assessments, mock exams, and prep for AWS IoT, Azure IoT Developer, and CIoTP certifications — backed by Trinity's placement assistance.

03 / Inside the Syllabus

A complete map of
the embedded universe.

The course is structured as a learning path: hardware fundamentals → microcontroller programming → sensor integration → connectivity → cloud → security → live projects. Highlights below.

// MODULE 01

Microcontrollers

  • Microcontroller fundamentals
  • The ATMEL AVR family
  • Arduino boards & ecosystem
// MODULE 02

ATMEL AVR Lineup

  • ATmega8 · 168 · 328
  • ATmega1280 · 2560
  • Choosing the right chip
// MODULE 03

ATmega Architecture

  • Harvard architecture
  • Timers, ADC, serial ports
  • EEPROM & built-in peripherals
// MODULE 04

Memory Structure

  • Flash program memory (ROM)
  • File registers (RAM)
  • EEPROM & program counter
// MODULE 05

I/O Ports B · C · D

  • Digital & analog I/O
  • ADC, comparator, timer pins
  • USART & external interrupts
// MODULE 06

Reset & Power

  • Power-on & external reset
  • Watchdog reset
  • Brown-out reset
// MODULE 07

Programming ATmega

  • Algorithm design
  • Writing the program
  • Compilation pipeline
// MODULE 08

Arduino Hardware

  • Architecture & shields
  • Memory & power
  • I/O & communication
// MODULE 09

Arduino IDE

  • Workspace & tools
  • Library management
  • Upload & debug
// MODULE 10

C Programming Basics

  • setup() & loop()
  • Functions, comments, macros
  • #define, #include
// MODULE 11

Variables & Data Types

  • byte, int, long, float, double
  • Arrays, strings, scope
  • Type conversion
// MODULE 12

Operators & Control Flow

  • Arithmetic, comparison, boolean
  • Compound & bitwise operators
  • if, switch, for, while
// MODULE 13

Digital & Analog I/O

  • pinMode, digitalRead/Write
  • analogRead/Write, references
  • tone(), shiftIn/Out, pulseIn
// MODULE 14

Timing & Math

  • delay(), millis(), micros()
  • min, max, map, constrain
  • Trig & power functions
// MODULE 15

Bits, Bytes & Comms

  • bitRead, bitSet, bitWrite
  • Serial, SPI, Stream
  • print, write
// MODULE 16

Circuit Design & Simulation

  • Simple DC circuits
  • Complex AC + DC designs
  • Project-level prototyping
04 / Live Projects

You'll ship four
real devices.

Every project takes you through the full embedded loop: sensors → microcontroller → logic → display → networking. By the end you'll have a portfolio of working hardware, not just notebooks.

PROJECT 01

Smart Bin

Ultrasonic sensor + Arduino + LCD + WiFi module. Detects fill levels, displays status, and alerts when collection is needed.

PROJECT 02

Waste Segregator

Metal and moisture sensors classify trash into dry, wet, and metallic streams — automatically. Embedded C drives the sorting logic.

PROJECT 03

Fingerprint Door Lock

Biometric sensor authenticates the user, a servo motor unlocks the door, and embedded C glues it all together with timing logic.

PROJECT 04

Child Tracking Device

GPS + GSM communication on a wearable footprint. Live location, geofence alerts, and an SOS button — all built from scratch.

05 / Career Credentials

Certifications that
actually open doors.

The course preps you for the certifications that hiring managers in IoT roles look for, plus a Trinity Technologies completion certificate that validates your hands-on portfolio.

AWS Certified Solutions Architect — IoT Specialty
Microsoft Certified — Azure IoT Developer Specialty
Cisco Certified CyberOps Associate
Certified IoT Professional (CIoTP)
06 / What You Become

Five career paths
waiting on the other side.

IoT is reshaping smart cities, healthcare, agriculture, manufacturing, and consumer products. Graduates of this program are positioned for high-demand roles across these industries.

IoT Developer
Build applications, firmware, and device integrations for connected products.
IoT Architect
Design device ecosystems, networks, and platforms at system scale.
IoT Data Analyst
Turn raw sensor streams into actionable business insights.
IoT Security Specialist
Defend connected systems from vulnerabilities and threats.
IoT Product Manager
Lead the product strategy and roadmap for connected hardware.
07 / Questions Answered

Everything you
were going to ask.

What is the Embedded Systems & IoT course about?
Comprehensive training on designing and developing smart, connected devices — covering microcontroller programming, IoT architecture, sensor integration, real-time data processing, and cloud connectivity.
Who should take this course?
Engineers, IT professionals, hobbyists, and anyone curious about embedded systems and IoT. Suitable for both beginners and those upskilling.
What are the prerequisites?
No strict prerequisites. A basic understanding of electronics and programming helps, but the course starts from fundamentals.
How long is the course?
Typically 3–4 months, with 5 classes per week. Morning, afternoon, and evening batches are available.
How is the course delivered?
A blend of in-person classes and practicals — lectures, hands-on labs, real-world projects, and interactive sessions.
Will I receive a certification?
Yes. On successful completion you receive a Trinity Technologies certificate, and you'll be prepared to pursue AWS IoT, Azure IoT, and CIoTP certifications.
Are there assessments or exams?
Yes — quizzes, lab exercises, project evaluations, and mock exams throughout the program to track your progress.
What topics are covered?
Microcontroller programming (ATMEGA, Arduino), IoT architecture, sensor integration, real-time data processing, communication protocols (MQTT, CoAP, Bluetooth, Wi-Fi, Zigbee, LoRaWAN), cloud and edge computing, IoT security, and live project development.
Is there post-course support?
Yes. Trinity offers career counseling, job placement assistance, and access to its industry network even after the course ends.
How do I enroll?
Visit the Trinity Technologies admissions office at TC 25/2(5), Pulimood, Trivandrum — or call 9447387064 / 9847003556 / 8089080088.

Your first IoT device
is one decision away.

Join a batch this month. Morning, afternoon, and evening slots open. Trinity Technologies has been training Kerala's next generation of engineers for over two decades — come build with us.

📞 Call 94473 87064 💬 WhatsApp Trinity