EMBEDDED SYSTEMS
IOT
We offer a comprehensive Embedded Systems and IoT course designed to provide participants with in-depth knowledge and practical skills over a 3-4 month period. The course covers a broad range of topics including microcontroller programming, IoT architecture, sensor integration, embedded systems design, and real-time data processing. Participants will gain hands-on experience with tools and technologies used in developing and managing smart devices, including Arduino and ATMEGA microcontrollers. The curriculum includes practical labs, real-world project exercises, and integration techniques to help learners design and deploy innovative IoT solutions. Additionally, the course prepares participants for industry-recognized certifications and equips them with the skills needed to excel in the rapidly growing field of Embedded Systems and IoT. Located in Trivandrum, Trinity Technologies is Kerala's leading IT training institute, renowned for its cutting-edge training programs and commitment to preparing students for successful careers in technology.
Embedded Systems & IoT Syllabus
01
Microcontrollers
Microcontrollers introduction
The ATMEL AVR microcontrollers
Arduino microcontroller boards
02
ATMEL AVR Microcontroller
ATmega8
ATmega168
ATmega328
ATmega1280
ATmega2560
03
Basic Features of ATmega
Harvard architecture
Timers
Serial ports
ADC
Built in peripherals.
Internal data EEPROM
04
ATMEGA Memory Structure
ROM - Flash Program Memory
RAM - File Registers
EEPROM
Program Counter
05
ATMEGA I/O Port B
8 pins: PB0 - PB7
Digital inputs or outputs
Internal pull-up
Serial ports
06
ATMEGA I/O Port C
8 pins: PC0 - PC6
Digital Inputs or Outputs
ADC ports
07
ATMEGA I/O Port D
8 pins: PD0 - PD7
Digital inputs or outputs
Analog Comparator pins
Timer/Counter pins
External Interrupt & USART pins
08
Reset Pin
Power-on Reset
External Reset
Watchdog Reset
Brown-out Reset
09
Programming The ATMEGA
Algorithm determination
Written Program
Compilation Process
10
Arduino Boards with ATMEGA
Arduino introduction
Arduino hardware architecture
Physical Characteristics and Shield Compatibility
Memory
Connecting & Powering Arduino
Input and Output
Communication
11
Programming In Arduino
Structure
Control Structures
Further Syntax
Operators
12
Circuit Designing And Simulation
Simple circuit designing
Complex DC & AC circuits
Designing projects with controllers
13
Arduino Software IDE
Introduction
Software interface
Tools
Manage libraries
14
C Programmimg Basics
loop()
Functions
{} curly braces
/* ….*/ block comments
// line comments
; (semicolon)
#define
#include
15
Variables and Datatypes
Variable declaration
Variable scope
byte
int
long
float
arrays
unsigned int
word
unsigned long
short
double
string
Type conversion
16
Constants
true/false
high/low
input/output
17
Boolean Operators
&& (and)
! (not)
|| (or)
18
Control Flow
if
if …else
for
while
do ..while
switch case
continue
return
go to
break
19
Arithmetic Operators
% (remainder)
* (multiplication)
+ (addition)
- (subtraction)
/ (division)
= (assignment operator)
20
Comparison Operators
!= (not equal to)
< (less than)
<= (less than or equal to)
== (equal to)
> (greater than)
>= (greater than or equal to)
21
Compound Operators
%= (compound remainder)
&=(compound bitwise and)
*= (compound multiplication)
++ (increment)
+= (compound addition)
-- (decrement)
-= (compound subtraction)
/= (compound division)
22
Digital I/O
pinMode(pin,mode)
digitalRead(pin)
digitalWrite(pin,value)
23
Analog I/O
analogRead(pin)
analogReference()
analogReadResolution()
analogWriteResolution()
analogWrite(pin,value)
24
Advance I/O
Tone()
Notone()
shiftOut()
shiftIn()
pulseIn()
25
Time
delay(ms)
micros()
delayMicrosecond()
millis()
26
Math
min(x,y)
max(x,y)
abs()
constrain()
map()
pow()
sq()
sqrt()
cos()
sin()
tan()
27
Random
randomSpeed(speed)
random(min,max)
28
Bits & Bytes
Bit()
bitClear()
bitRead()
bitSet()
bitWrite()
highByte()
lowByte()
29
Communication
Serial.begin(rate)
Serial.println(data)
Serial.read()
serial
SPI
Stream
Write
30
ATMEGA Project: Smart Bin
Introduction to sensors
Circuit diagram with arduino
Working of ultrasonic sensor
Working of LCD display and WiFimodules
Embedded C programming for SMARTBIN
31
ATMEGA Project: Waste Segregation
Introduction to metal and moisture sensor
Working principle and circuit diagram
Embedded C programming
Implementation of project
32
ATMEGA Project: Fingerprint Door Lock
Introduction and working of fingerprint sensor
Servo motor programming
Circuit diagram and working
Embedded c programming
Implementation of door locking system
32
ATMEGA Project: Child Tracking Device
Introduction and working of fingerprint sensor
Servo motor programming
Circuit diagram and working
Embedded c programming
Implementation of door locking system
HTML Syllabus
01
Introduction Web Technology
Basic concepts and History
Client-Side technologies
Server-Side technologies
Web Development Tools and IDEs
Web standards and protocols
02
Introduction to HTML
HTML Basics
Options for writing HTML
Basic tags and document structure
Default text editor
HTML elements
Saving HTML document
03
HTML Tags
Types of tags
Document Strucutre
`<html>` tag
`<head>` tag
`<title>` tag
`<meta>` tag
`<body>` tag
04
Text Formatting In HTML
Heading Tags: `<h1>` to `<h6>`
Paragragh tag
Line Breaks
HTML Comments
Text formatting tags
05
HTML Attributes
Global Attributes
Event Attributes
Form Attributes
Input Attributes
Media Attributes
Style Attributes
Accessibility Attributes
06
Advanced Text Manipulation
Non-breaking space
Horizontal Rule
Special Characters
Fonts and Text Styling
Font Families
`<font>` tag
07
Working With Multimedia
Images: `<img>` tag
Hyperlinks: `<a>` tag
Video: `<video>` tag
Audio: `<audio>` tag
Embedding extrenal content in a HTML page: `<iframe>` tag
08
Structuring Content
Tables: `<table>`, `<thead>`, `<tbody>`, `<tr>`, `<th>`,`<td>` tags
Ordered Lists
Unordered Lists
Definition Lists
Nested Lists
09
HTML Forms
Form Elements
Form Attributes
Input Types / Form Controls
Form Layouts
PHP Syllabus
01
Introduction
Introduction to web technology
Type of websites
Scripting and types of scripting
URL and definition
02
PHP Basics
Introduction to PHP
PHP History and Overview
Requirements for PHP
How to start a PHP script
How to run a program
03
PHP Syntax
Basic Syntax
PHP Tag
Short Tag
Single line comments
Multi-line comments
04
Variables
Variable and Value
Initialising variables in PHP
Storing and accessing values
PHP Assignment Statements
Multiple Assignment
05
Operators
Operators and Operands
Arithmetic Operators
Assignment Operators
Comparison Operators
Logical Operators
Increment / Decrement Operator
06
Data Types
Introduction
String
Integer
Float
Boolean
Array
Object
NULL
Resource
07
Conditional Statements
Simple if statements
if else statements
if elseif else statements
Nested if statements
Switch statements
Ternary operators
08
Looping in PHP
for loop
for each loop
while loop
do...while loop
Break statement
Continue statement
9
PHP Querystring
Querystring definition
Passing values through querystring
Retrieving values from urls
Page layout using querystring
10
PHP with MySQL
MySQL Queries
DDL Statements
DML Statements
Implementation of database
Database Connectivity
Executing queries
Fetching data
Inserting data
Updating and deleting data
Transactions
Error Handling
Closing Connections
IoT Training and Certification in Trivandrum
The IoT (Internet of Things) course provides a comprehensive introduction to the rapidly evolving world of connected devices, designed for both beginners and professionals looking to upskill in IoT technologies. This course offers hands-on experience with the latest IoT tools, platforms, and communication protocols, tailored to meet the demands of the modern digital ecosystem.
Why Choose Trinity Technologies for IoT Training?
Trinity Technologies has earned a reputation as a leading training institute in Trivandrum, particularly in the domain of embedded systems. With a curriculum that aligns with the latest industry standards, Trinity ensures that its students gain the practical skills needed to excel in IoT. The training is conducted in a state-of-the-art environment, using the latest tools and technologies to simulate real-world hacking scenarios.
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Expert-Led Training with Practical Focus
The course is led by seasoned professionals who bring industry expertise and real-world applications to the classroom. Students gain both theoretical knowledge and practical skills crucial for designing, developing, and securing IoT systems. Instructors ensure that learners are well-versed in IoT devices, sensors, actuators, communication protocols, and the architecture required for building scalable IoT solutions.
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State-Of-The-Art Facilities and Tools
The training includes access to modern labs and development platforms such as Raspberry Pi, Arduino, and leading IoT cloud services like AWS IoT and Azure IoT Hub. This setup enables learners to gain hands-on experience with hardware and software components, fostering a strong practical understanding of IoT.
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Comprehensive IoT Curriculum aligned with Industry Standards
The course covers a wide range of topics including:
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Introduction to IoT: Overview of IoT architecture, ecosystem, and key components.
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IoT Hardware and Sensors: Understanding of sensors, actuators, microcontrollers (Raspberry Pi, Arduino), and embedded systems.
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Communication Protocols: Study of MQTT, CoAP, Bluetooth, Wi-Fi, Zigbee, LoRaWAN, and other IoT-specific communication protocols.
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Cloud and Edge Computing in IoT: Hands-on training in integrating IoT devices with cloud platforms for real-time data analytics and edge computing applications.
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IoT Security: Focus on best practices for securing IoT ecosystems, including encryption, secure communication protocols, and threat mitigation techniques.
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Data Analytics for IoT: Exploring big data tools, machine learning, and AI techniques for processing and analyzing IoT- generated data.
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IoT Applications and Case Studies: In-depth analysis of IoT use cases across industries, including smart homes, industrial IoT, connected vehicles, healthcare, and agriculture.
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Practical Projects and Real-World Applications
The IoT training program includes real-world projects that help students develop problem-solving skills while applying their IoT knowledge to real-time scenarios. This project-based learning ensures that learners are prepared to tackle industry challenges confidently.
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Regular Assessments & Certification Exam Preparation
Frequent assessments, quizzes, and mock exams help learners track their progress throughout the course. Detailed feedback and exam preparation ensure students are well-prepared to achieve IoT certifications from leading industry bodies.
IoT Certifications for Career Advancement
Upon completing the IoT course, learners can pursue industry-recognized certifications such as:
AWS Certified Solutions Architect (IoT Specialty)
Microsoft Certified Azure IoT Developer Specialty
Cisco Certified CyberOps Associate
Certified IoT Professional (CIoTP)
These certifications validate your expertise and open doors to numerous career opportunities in IoT development, architecture, security, and data analytics.
Career opportunities after IoT Certification
Graduates of the IoT program are well-prepared for a variety of roles, including:
IoT Developer/Engineer: Focuses on developing IoT applications and device integration.
IoT Architect: Designs IoT ecosystems and ensures efficient operation of devices, networks, and platforms.
IoT Data Analyst: Works with data generated by IoT devices to derive actionable insights.
IoT Security Specialist: Ensures the security of IoT systems against vulnerabilities and cyber threats.
IoT Product Manager: Manages IoT product development and market strategy.
Why is IoT training a smart career move?
IoT is revolutionizing industries across the globe, and demand for IoT professionals is rapidly increasing. With IoT technologies driving innovations in smart cities, healthcare, agriculture, and manufacturing, this course positions you at the forefront of one of the most transformative fields in tech.
By enrolling in an IoT training and certification program, you gain the skills and credentials needed to succeed in a dynamic and growing industry.
By choosing Trinity Technologies for your Embedded Systems and IoT training, you are not only mastering cutting-edge technology but also securing a future-ready career in the tech industry. With in-depth coursework, expert guidance, and robust placement assistance, Trinity Technologies is the premier choice for individuals aspiring to excel in Embedded Systems and IoT in Trivandrum.
Frequently Asked Questions
What is the Embedded Systems & IoT course about?
Our Embedded Systems & IoT course provides comprehensive training on designing and developing smart devices and interconnected systems. The course covers microcontroller programming, IoT architecture, sensor integration, and real-time data processing.
Who should take this course?
This course is ideal for engineers, IT professionals, hobbyists, and anyone interested in learning about embedded systems and IoT technologies. It is suitable for both beginners and those looking to advance their skills in these fields.
What are the prerequisites for this course?
There are no strict prerequisites, but a basic understanding of electronics and programming can be helpful. The course starts with fundamental concepts and gradually progresses to more advanced topics.
How is the course delivered?
The course is offered through a blend of in-person classes and practicals. It includes lectures, hands-on labs, real-world projects, and interactive sessions to ensure practical learning.
How long is the course?
The course typically lasts for 3-4 months, with a structured schedule that includes 5 classes per week. For specific details, please contact our admissions office.
Will I receive a certification upon completion?
Yes, upon successfully completing the course, you will receive a certificate of completion from Trinity Technologies, which validates your skills and knowledge in Embedded Systems and IoT.
Are there any assessments or exams?
The course includes various assessments such as quizzes, lab exercises, and project evaluations to gauge your understanding and application of the concepts.
What are the topics covered in the course?
The course covers topics such as:
Microcontroller Programming: Basics of programming microcontrollers like ATMEGA and Arduino.
IoT Architecture: Understanding how IoT devices communicate and interact.
Sensor Integration: Techniques for interfacing sensors with embedded systems.
Data Processing: Real-time data handling and analysis.
Project Development: Building and deploying IoT solutions and embedded systems.
What career opportunities can I pursue with this training?
The training prepares you for roles such as Embedded Systems Engineer, IoT Developer, Hardware Design Engineer, and System Architect. It also opens opportunities in industries like electronics, automotive, healthcare, and consumer electronics.
How do I enroll in the course?
To enroll, visit our admissions office or get in touch with our admissions team. They will guide you through the registration process and provide information about course dates and fees.
What if I have more questions?
If you have additional questions or need more information, please contact our support team at our admissions office. We"re here to assist you with any inquiries.
How can I benefit from this course in the job market?
The course equips you with practical skills and industry-recognized certifications that enhance your employability and open up various career opportunities in the rapidly growing fields of Embedded Systems and IoT.
Is there any support available after completing the course?
Yes, Trinity Technologies offers post-course support including career counseling, job placement assistance, and access to a network of industry professionals.
Contact US
Address:
Trinity Technologies
Radheyam Tower
Santhi Nagar, Pulimoodu
Thiruvananthapuram
Kerala, 695001
