Go deep into the world of robotic with its knowledge as well as its practice

1. A TOUR TO
We're fascinated with robots because
they are reflections of ourselves.
-Ken Goldberg

2. ‘Robotics’ a branch
of engineering and science that
includes mechanical , electronics
, computer science, and other
engineering's . Robotics deals
with the design, construction,
operation as well as computer
systems for their control, sensory
feedback, and information
processing.
How to define a Robot?

3. Laws related to Robotics
• A robot may not injure a human being or, through inaction, allow a
human being to come to harm.
• A robot must obey the orders given to it by human beings except where
such orders would conflict with the First Law.
• A robot must protect its own existence as long as such protection does
not conflict with the First or Second Laws.

4. Types of Robots
• Mobile Robots
• Stationary Robots
• Walking Robots
• Rolling Robots
• Autonomous Robots
• Remote-Control Robots
• LFR(Line Following
Robot)
And many more

5. Mobile Robots
Mobile robots have the
capability to move around in
their environment and are not
fixed to one physical location.
Mobile robots can be
"autonomous" (AMR -
autonomous mobile robot)
which means they are capable
of navigating an uncontrolled
environment without the need
for physical or electro-
mechanical guidance devices

6. Rolling Robots
Rolling robots have wheels to
move around. These are the
type of robots that can quickly
and easily search move
around. However they are only
useful in flat areas, rocky
terrains give them a hard
time. Flat terrains are their
territory. Generally used as
toys, racing cars.

7. Walking Robots
Robots on legs are usually
brought in when the terrain is
rocky and difficult to enter with
wheels. Robots have a hard
time shifting balance and keep
them from tumbling. That’s
why most robots have at least 4
of them, usually they have 6
legs or more. Even when they
lift one or more legs they still
keep their balance.

8. Stationary Robots
These are robot that are fixed
in position. They tend to
have robot arms that can
move about. The diagram
below shows a large-scale
stationary robot arm. It has
mobile joints called ‘the
wrist’, ‘the elbow’, ‘the waist’
and ‘the shoulder’.

9. Remote-Control Robots
A remote control vehicle is
defined as any vehicle that
is teleoperated by a means
that does not restrict
its motion with an origin
external to the device. This
is often a radio
control device, cable betwee
n control and vehicle, or
an infrared controller.

10. Line Follower Robot(LFR)
LFR which follows either black
line in white are or white line in
black area. Most widely used
sensors for the LFR are
PHOTOSENSERS. They are
based on the basic observation
that “the white surface reflects
the light and the black surface
absorbs it”. Sensor circuit
contains emitter, detector and
comparator assembly.

11. Autonomous robot
An autonomous robot is
a robot that performs
behaviors or tasks with a
high degree of autonomy,
which is particularly
desirable in fields such
as spaceflight, household
maintenance (such as
cleaning), waste water
treatment and delivering
goods and services.

12. Application In Defence

13. Application in Medical field

14. Industrial Application

15. Build a Robot
Steps to build a robot:
Step 1: Get All the Materials Needed!
Step 2: Get All the Tools Needed!
Step 3: The Circuit Diagram
Step 4: How Does It Work?
Step 5: Assembling and Wiring
Step 6: Programming the bot
Step 7: Bot is ready

16. Step 1: Get All the Materials Needed!

17. Step 2: Get All the Tools Needed!

18. Step 3: The Circuit Diagram

19. Step 4: How Does It Work?

20. Step 5: Assembling and Wiring

21. Step 6: Programming the bot
Programming a bot is a very easy task if one know the
basics of C Language Programming.

22. Step 7: Bot is ready

23. Future Aspect
Robotic engineers are designing the next generation of robots to
look, feel and act more human. Realistic looking hair and skin
with embedded sensors allow robots to react naturally in their
environment, Artificial eyes that move and blink, Slight chest
movements that simulate breathing, Man made muscles to
change facial expressions.

24. Conclusion.
Today we find most robots working for people in
industries, factories, warehouses, and laboratories.
For instance, it boosts economy because businesses
need to be efficient to keep up with the industry
competition. Robots can do jobs better and faster
than humans can, e.g. robot can built, assemble a
car. Yet robots cannot perform every job; today
robots roles include assisting research and industry.
Finally, as the technology improves, there will be
new ways to use robots which will bring new hopes
and new potentials.