📣 Avail Discount On Our Selected Courses: Get Our Mentor-Led Courses for Flat 4500/- Explore
📣 Avail Discount On Our Selected Courses: Get Our Mentor-Led Courses for Flat 4500/- Explore
Robotics Engineering Certification Course
Learn to Build Robotic Systems and Help Change the World
- 1 Year Course Access
- Live Mentorship by Experts
- Internship Certificate
- 20 - 30 Hours of Live Class
- 2 Capstone Projects
- Course Completion Certificate
Our Official Internship Partners
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Become a Certified
Robotics Engineer
Over 200 students have already
registered for the next batch!
- Still have any doubt?
- Get one-to-one mentorship.
- This course is intended to help you make a modified Robot.
- Our essential center is to develop the programming and gadgets abilities of the understudies with the assistance of the Robotics In-Depth Module course.
- We assist you with understanding Robotics.
- Related parts which at last improve your Logical and Analytical abilities.
- Fundamental work insight.
The Introduction to Robotics Specialization acquaints you with the ideas of robot flight and development, how robots see their current circumstance, and how they change their developments to evade hindrances, explore troublesome territories and achieve complex assignments, for example, development and fiasco recuperation.
- Any individual who needs to improve their odds of getting and keeping a middle-class job soon.
- Test robotization engineers who need to have a bigger effect and increment acquiring potential.
Why Study Robotics Engineering?
High Demands for Jobs.
The job is more competitive, increasing demands from employers.
Lucrative Career.
You want to choose a career that will pay you well for your time and effort.
Higher Payscale.
Higher level of education often leads to a higher paying job.
Fast Growing Field.
Robotics engineers have numerous chances to change the world.
Robotics Engineering Course Syllabus
How might we make lithe miniature aeronautical vehicles that can work self-governing in jumbled indoor and outside conditions? You will acquire a prologue to the mechanics of flight and the plan of quadrotor flying robots and will have the option to create dynamic models, determine regulators, and combine organizers for working in three-dimensional conditions. You will be presented with the difficulties of utilizing loud sensors for limitation and moving in intricate, three-dimensional conditions. At last, you will acquire bits of knowledge through seeing certifiable instances of the potential applications and difficulties for the quickly developing robot industry. Numerical essentials: Students taking this course are relied upon to have some experience with direct polynomial math, single variable analytics, and differential conditions. Programming essentials: Some experience programming with MATLAB or Octave is suggested (we will utilize MATLAB in this course.) MATLAB will require the utilization of a 64-digit PC.
Mechanical frameworks regularly incorporate three parts: a component that is equipped for applying powers and forces on the climate, an insight framework for detecting the world, and a choice and control framework which balances the robot's conduct to accomplish the ideal closures. In this course, we will consider the issue of how a robot chooses what to do to accomplish its objectives. This issue is frequently alluded to as Motion Planning and it has been figured in different manners to show various circumstances. You will gain proficiency with the absolute most basic ways to deal with tending to this issue including chart based strategies, randomized organizers, and fake possible fields. All through the course, we will examine the parts of the difficulty that make arranging testing.
How might robots utilize their engines and sensors to move around in an unstructured climate? You will see how to plan robot bodies and practices that enroll appendages and more broad limbs to apply actual powers that present dependable portability in an intricate and dynamic world. We build up a way to deal with making straightforward dynamical reflections that somewhat computerize the age of confounded sensorimotor projects. Explicit points that will be covered include portability in creatures and robots, kinematics and elements of legged machines, and a plan of dynamic conduct through energy scenes.
How might robots see the world and their developments with the goal that they achieve route and control errands? In this module, we will concentrate on how pictures and recordings gained by cameras mounted on robots are changed into portrayals like highlights and optical streams. Such 2D portrayals permit us at that point to separate 3D data about where the camera is and in which heading the robot moves. You will come to see how getting a handle on items is encouraged by the calculation of 3D presenting of articles and routes can be cultivated by visual odometry and milestone-based limitation.
How could robots decide their state and properties of the general climate from boisterous sensor estimations as expected? In this module, you will figure out how to get robots to fuse vulnerability into assessing and gaining from a dynamic and evolving world. Explicit themes that will be covered incorporate probabilistic generative models, Bayesian sifting for confinement, and planning.
Download Full Syllabus
Certificates you will receive post completion of Robotics Engineering Course
- We acknowledge your hard work and dedication towards the program by bestowing a course completion certificate from YHills.
- We also provide internship certificates from YHills and top-hole universities after post successful completion of the internship.
- We purvey an Industry certificate from renowned and prestigious companies as an incentive.
Robotics Engineering Course Fee
Choose from our different pricing plans for our Robotics Engineering course.
Self Paced
₹ 4000
/ Course
- Access to our corporate network
- Linkedin recommendation
- Personal student dashboard
- Access everything on fingertip
- Recorded Video Lectures
- Industrial Projects
- Certifications
- Live Sessions
- Direct Mentoring
- Doubt Clearing Sessions
- Aptitude Grooming
- Personality Development
- Group Discussion
- Resume Building
- Placement Assistance
Mentor Led
₹ 6000
/ Course
- Access to our corporate network
- Linkedin recommendation
- Personal student dashboard
- Access everything on fingertip
- Recorded Video Lectures
- Industrial Projects
- Certifications
- Live Sessions
- Direct Mentoring
- Doubt Clearing Sessions
- Aptitude Grooming
- Personality Development
- Group Discussion
- Resume Building
- Placement Assistance
Professional
₹ 9000
/ Course
- Access to our corporate network
- Linkedin recommendation
- Personal student dashboard
- Access everything on fingertip
- Recorded Video Lectures
- Industrial Projects
- Certifications
- Live Sessions
- Direct Mentoring
- Doubt Clearing Sessions
- Aptitude Grooming
- Personality Development
- Group Discussion
- Resume Building
- Placement Assistance
Meet Our Mentors
We are ready to assist, advise, encourage and listen as you begin your professional courses at YHills.
Garima Mittal
AutoCAD Trainer
Nischal Aremanda
Web Development Trainer
Premalatha T
Machine Learning & Data Science Trainer
Vaishnavu C V
Cyber Security Consultant | Mentor
Hear what our students says
15,000+ Students have already learned with YHills!
I was looking for a robotics course that was both fun and challenging, and I found it. I learned so much about how to build robots, and do all kinds of cool stuff!
Disha Parashar
5 Pros of of Being a Robotics Engineer
According to recent statistics, India’s robotics and automation market is projected to grow at a staggering rate of 6.52% per year, with a market volume estimated to reach $915.5m by 2027.
This means that the demand for robotics engineers is on the rise in India as well, making it a highly sought-after career choice in this booming industry.
So, in this blog, I’m going to take you on a thrilling ride to explore the top five pros of pursuing a career in robotics engineering. Read More Here
FAQ's
At YHills Edutech, we believe in providing excellent customer service, ensuring that all your queries are answered promptly and efficiently.
All you need is a computer with access to the internet. You don't even need any prior experience with robotics! We'll walk you through every step of the process, from designing your robot's chassis all the way through programming it so that it can move around autonomously.
The Robotics Engineering Course consists of over 20–30 hours of live class for 1 year, which You will have lifetime access to the course and can watch it as many times as you want. You can also download the videos and watch them on your phone or tablet, so you don't even need an internet connection to learn!
The Robotics Engineering Course is a comprehensive and practical approach to the world of robotics. It will allow you to learn about how robots work and how you can use them in your daily life.
Our Robotics Engineering Course is different because we offer a complete package that includes both hardware and software. You will receive the robotics kit, but you will also be taught the skills necessary to program your robot using the provided software. This provides students with a well-rounded experience that gives them an in-depth understanding of both hardware and software.
This course is designed to be accessible to people at all levels of experience. Some of the lessons are more challenging than others, but we've done our best to make sure that each one is approachable for everyone.
There are several courses that are related to electronics and communications including:
Develop Your Robotic System Building Skills
Are you ready for getting started on your journey in Robotics Engineering?