The robotic engineers are very familiar with the term robotic kinematics. The term is basically a lingo used by robotic engineers that stands for ‘getting familiar with the robot or a new device’. Getting familiar with robot basically means to understand the working of the machinery and understanding the basic fundamentals and core structure of the machinery. This is one of the most early and foremost principle of robotic engineering because you will further proceed towards a robot’s insight when you are very well aware about the machinery and its kinematics. Since it is the primary concern stone for all the robotic engineers some still lack the skills due to differences of teaching schedules. You don’t need to worry anymore about it as BookMyEssay has got you covered by explaining you about the learning of robot’s kinematics  Calculating as well as getting familiar with it.

## 5 Steps to Always Keep in Mind

1. Drawing the diagram: as a robotic engineer student it is very tempting to get your hands on the computer as soon as possible, however the expert engineers themselves agree that it is the best to start by drawing a diagram of the robot before jumping on to the computers. This helps you provide an outline even if it is a standard 6R robot.
2. Joining the axes: let us move forward with the DH approach and join the all the movable axis to each other to understand the mobility of the robot.
•     Z axis- lying on the rotation of a revolute design, which is the revolute design.
•     X axis- it should lie on the common normal. It is the shortest orthogonal line.
•     Y axis- after calculating Z and X axis this must lie according to the right hand rule.
1. Right hand rule: you can take assistance from the right hand rule which was a mnemonic in physics to remember the directions where thumb= z axis, index finger= x axis and middle finger = y axis
2. Calculate the DH parameters: they are required to enter a robot simulator and then commence with the analysis specialised in. they break down the joints into 4 joints and meet at the ‘common normal’ the shortest orthogonal line i.e. x axis. You must calculate the distance, the angle, the angle around the corner as well as the length of the common normal.
3. Combining the parameters: now after you are done with all the calculations and parameters it is time to join in all the parameters and create the robot.

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