Home / Semester 3 / ECE245
Back to Subjects

ECE245 — Elements Of Robotics Laboratory

Practice

Course Overview

ECE245 1 Credits L:0 T:0 P:2 Specialization AI and Robotics
Download Syllabus

This practical laboratory course develops skills in robot anatomy, actuators, robot specifications, coordinate systems, programming, kinematics, trajectory planning, sensors, end effectors, and autonomous path planning. Students use robotic simulation software, robotic arms, and mobile or humanoid robots to analyze, program, and implement robotic applications.

Study Units

Unit 1

Robot Anatomy

Notes MCQ Subjective
Unit 2

Specifications of Robot

Notes MCQ Subjective
Unit 3

Robot Coordinate System

Notes MCQ Subjective
Unit 4

Forward Kinematics

Notes MCQ Subjective
Unit 5

Inverse Kinematics

Notes MCQ Subjective
Unit 6

I’m organizing the notes around the planning method, Cartesian straight-line generation, the two-link planar kinematics, and the Orangewood arm implementation. The equations will distinguish Cartesian path generation from joint-space execution, since that distinction is central to obtaining a genuinely straight end-effector path.# Unit 6: Trajectory Planning

Notes MCQ Subjective
Unit 7

End Effectors and Sensors

Notes MCQ Subjective
Unit 8

Programming the Robot

Notes MCQ Subjective
Unit 9

Study of Actuators

Notes MCQ Subjective

Exams & Practice

End Term Examination

Final semester comprehensive evaluation

50%

Type: Practical

ECE245 - FAQs

How many units are in ECE245?

ECE245 has 9 units. Each unit includes detailed notes and MCQ practice questions.

What exam resources are available for ECE245?

Unit-wise notes and MCQ practice are available. Exam resources coming soon.

How to prepare for ECE245 exams?

Study each unit's notes thoroughly, practice MCQs to test understanding, and attempt mock tests before exams. Focus on important topics and previous year questions.