embedded system ppt

1. KLS
Vishwanathrao Deshpande Institute of Technology.
(Accredited by NAAC with “A” Grade)
Department of Electronics and Communication Engineering
A Internship Presentation entitled
“Embedded Systems with Full Stack IOT”
Presented by
Mr. Vivek Venkatesh Palankar
2VD20EC066
Under the Guidance of
Prof. Suraj Kadli
Visvesvaraya Technological University, Jnana Sangma,
Belagavi – 590 018

2.  Motivation
 Introduction
 Overview
 Training Program
 Embedded Systems
 IOT
 Importance Of Full Stack IOT
 Skills And Technologies Covered
 Projects Completed
 Weather Monitoring System
 Certificate
Contents

3. Motivation
1. Passion for merging hardware and software: My internship experience in
embedded systems ignited my enthusiasm for integrating hardware
components with software solutions.
2. Innovation-driven mindset: Throughout my internship, I embraced
challenges, fostering a mindset focused on innovative problem-solving
within the realm of IoT development.
3. Cross-disciplinary expertise: Equipped with skills in both embedded
systems and full-stack development, I bring a unique blend of technical
proficiency to any project.
4. Dedication to efficiency and optimization: My internship taught me the
value of optimizing systems for performance and efficiency, a principle I
prioritize in all endeavors.
5. Adaptable learner: Constantly adapting to new technologies and
methodologies, I am ready to tackle dynamic challenges in IoT development
with a proactive approach.
6. Commitment to impactful solutions: With a keen understanding of the
intersection between embedded systems and IoT, I am driven to create
solutions that positively impact society and industry.

4. Introduction
 Internship on Embedded system with full stack IOT at GTTC,
Hubballi.
 GTTC aims to bridge the gap between academic learning and
industry requirements
 The institute collaborates closely with leading industries and
organizations to offer internship opportunities to students
 The institute is renowned for its high-quality technical
education and training programs in various fields

5. Overview
 I have competed the internship from GTTC on Embedded
systems with full stack IOT. The duration of internship was
from 22 august 2023 to 22 September.
 It was an offline internship
 This program focuses on the convergence of embedded
systems and IoT, providing hands-on experience across the full
stack of technologies.
 In this we worked on projects spanning hardware design,
firmware development, software programming, and cloud
integration.
 After the completion of the internship we are assigned with
different projects.

6. Training program
Week Description
Week 1 Introduction to IOT
Week 2 Front End Programming (HTML)
Week 3 Front End Programming (CSS, Bootstrap)
Week 4 Back End Programming (python, Flask, SqLite)
Week 5 Projects

7. Internet of Things(IOT)
1. "Connecting the unconnected" - IoT enables the interconnection of everyday
objects to the internet, transforming them into smart devices.
2. "Data-driven insights" - IoT gathers and analyzes data from sensors
embedded in various devices, providing valuable insights for informed
decision-making.
3. "Enhanced efficiency and automation" - IoT facilitates automation and
remote control of devices, optimizing processes and saving time and
resources.
4. "Enabling new business models" - IoT opens up opportunities for innovative
business models, such as predictive maintenance, subscription services, and
personalized experiences.
5. "Empowering a smarter, interconnected world" - IoT is revolutionizing
industries, cities, and homes, creating a more efficient, sustainable, and
connected world.

8. Embedded Systems
1. Embedded systems are specialized computing systems designed to perform
specific tasks within larger systems or products, often with real-time constraints.
2. They are omnipresent in everyday life, powering devices such as smartphones,
household appliances, automotive systems, medical devices, and industrial
machinery.
3. Embedded systems optimize performance, efficiency, and reliability by executing
dedicated functions tailored to their applications.
4. They enable automation, control, and monitoring in various sectors, enhancing
productivity, safety, and convenience.
5. Embedded systems play a critical role in IoT (Internet of Things) ecosystems,
facilitating seamless connectivity and intelligent interaction between devices.
6. With advancements in technology, embedded systems continue to evolve,
enabling innovations in fields like artificial intelligence, robotics, and
autonomous systems.

9. Importance of full Stack IOT
1. Seamless Integration: Full-stack IoT development ensures smooth
integration of hardware, firmware, back-end, and front-end
components, resulting in cohesive and efficient IoT solutions.
2. End-to-End Control: By mastering the full stack, developers gain
complete control over every aspect of the IoT ecosystem, from device
management to data processing and user interface design.
3. Rapid Prototyping: Full-stack capabilities enable rapid prototyping
and iteration, facilitating agile development cycles and quicker time-
to-market for IoT products and services.
4. Enhanced Scalability and Flexibility: With expertise across all layers,
developers can design IoT systems that scale effortlessly and adapt to
evolving requirements, providing flexibility to accommodate future
growth and innovation.

10. Skills and technologies covered
 Hardware
 Software
 Tools and development environments

11. Project completed
 Completed 25+ assignments during internship
 Completed one major project on Soil Moisture Detector

14. Soil Moisture Level Detector

15. Result