Hi! I'm Chanaka, a Robotic artist with 7 years of experience in the Electronic industry. By profession, I am a Robotic and Automation Engineer with a completed Bachelor's degree and lots of successful projects behind.
Experienced at:-
✅Project Development and Prototyping
✅IOT Systems Robotics, and Automation Projects
✅Microcontroller Programming with Firmware Developments
✅PCB Design
✅3D and 2D Design
✅3D Printing
✅UAV Design and Programming
Robotics is a new field of technical engineering that involves the basic steps of robotics concept, design, manufacture, and operation. The goal of robotics is to create intelligent machines that can assist humans in various ways in their daily activities. Robotics can take many forms. A robot can be human-like or nearly so, or it can be in the form of a robotic application, such as robotic process automation. It implements the way humans interact with software to perform repetitive rule-based tasks.
However, science fiction author Isaac Asimov is credited with being the first to use the term in the Oxford English Dictionary in the 1940s.
Today, industrial robots and many other differently programmed robots are used to perform repetitive tasks. They can be robotic arms, robotic exoskeletons, or traditional humanoid robots.
Industrial robots are huge, and robotic arms are also used by manufacturers and stores such as those owned by Amazon, Devon, Best Buy, and others.
For this robotics technology, computer programming and algorithms, remotely controlled manipulators, actuators, control systems – action, processing, and perception – real-time sensors and an element of automation help inform what a robot or robotic system is doing.
The field known as machine learning and learning robotics are intertwined. Robotic learning is the study of techniques and tools that can impart new knowledge or skills to a robot through machine learning algorithms.
Some of the applications explored by robotic learning include grasping objects, recognizing those grasped objects, classifying objects, and even interacting with human peers by recognizing and responding to linguistic and sensory gestures. Learning can occur through self-exploration or through software guidance by a human operator.
In order to learn, intelligent robots must gather facts daily through human input or sensors. Then, the robot's processing unit will compare the newly acquired data with the previously stored information and perform its own programming based on the acquired data and predict the course of action based on the output.
However, it is important that we understand that a robot can only solve the problems it is built to solve. It does not have creative general analytical abilities like a human.
Many industries are interested in robotic systems because they can increase accuracy, reduce costs, and increase human safety.
In fact, safety can be cited as one of the biggest benefits of robotics, as many dangerous or unhealthy environments are beyond the reach of humans. Examples are nuclear industry, mining, and excavation work can be pointed out. However, the field of robotics has evolved tremendously with several technological breakthroughs. One is the rise of big data, which offers more opportunities through a language that is complex enough to build programming capabilities into robotic systems. Another is the use of new types of sensor devices and tools to monitor temperature, air pressure, light, motion, and many other environmental aspects. All of this serves to give rise to more sophisticated and sophisticated robots for many uses, including health, security, and human assistance.
Although the field of robotics is limited in terms of programming and capabilities, nowadays it can be seen as very useful and a great leap in technology.
Moreover, I have potential knowledge about:
• Python
• Solidwork
• C / C++ / C#
• Processing
• Thingsboard and Blynk
I am a creative person with good technical and personal skills and competencies. A self-motivated, organized, responsible, diligent person who wants to reach the best result.
I am attentive to client's needs and constantly assess that the design continues to meet their needs. Please feel free to contact me for further cooperation!
Thank you for your time in reviewing this.
Thank you
Chanaka Prasad
Design Engineering
