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Robot
- coding | Age 7-9 years
Course information
“Junior Robotics” – an online robotics and coding program for kids
Junior Robotics is an introductory online robotics and coding program for 7-9 year olds. This program focuses on the fundamentals of robotics and coding, where they will start learning from circuits, sensors, drag and drop coding all the way to a fully functional robot in 8 weeks.
As a parent you will not be left out. Every 4 weeks we will keep you updated on your child's progress.
After completing the first course, your child can come back to learn more robotics and coding. Our online robotics program for kids comes with 6 step levels where your child develops knowledge level by level.
How we do it
- Live sessions with a trainer
- Pupil coach ratio 8:1
- Similar to a classroom program, only delivered online
- Individual student report
- Certificate of completion
Private we can also arrange online robotics and coding sessions for your child To find out more call us on 1800237626
Duration:8 weeks
Weekly hours:1 hour
Times:After school/weekends
Requirements: Laptop/PC/Mac. NO IPADS
Cost:219 $*
Kit cost– $149* plus $20 shipping
The total cost of– $368* plus $20 shipping
Your child will do circuits on a virtual platform, or you can purchase a specially designed ABG kit for the course from us.
*All prices are in Australian Dollars
BOOK A FREE TRIAL
Course information
"Foundation of Robotics" - online robotics and coding program for kids
"The Foundation of Robotics" is an introductory online robotics and coding program for kids to introduce them to robotics and coding. This program focuses on the fundamentals of robotics and coding where they will start learning from circuits, sensors, coding all the way to a fully functional robot in 8 weeks. In this course, students use the C++ coding language and students will be introduced to the basics of coding. No prior coding experience is required.
As a parent you will not be left out. Every 4 weeks we will keep you updated on your child's progress.
After completing the first course, your child can come back to learn more robotics and coding. Our online robotics program for kids comes with 6 step levels where your child develops knowledge level by level.
How we do it
- Live sessions with a trainer
- Pupil coach ratio 8:1
- Similar to a classroom program, only delivered online
- Individual student report
- Certificate of completion
We can also organize private online Sessions for your child. To find out more, call us on 1800237626
Duration:8 weeks
Weekly hours:1 hour
Times:After school/weekends
Requirements: Laptop/PC/Mac. NO IPADS
Cost:190 $*
Kit cost– $149* plus $15 shipping
The total cost of– $339* plus $15 shipping
Your child will do circuits on a virtual platform, or you can purchase a specially designed ABG kit for the course from us.
*All prices are in Australian Dollars
BOOK A FREE TRIAL
Course information
Foundation of Robotics - (advanced) online robotics and coding program for kids
Basic Robotics is an introductory robotics program for students to introduce them to robotics and coding. This program focuses on the fundamentals of robotics and coding where they will start learning from circuits, sensors, coding all the way to a fully functional robot in 8 weeks.
As a parent you will not be left out. Every 4 weeks we will keep you updated on your child's progress.
After completing the first course, your child can come back to learn more robotics and coding. Our online robotics program for kids comes with 6 step levels where your child develops knowledge level by level.
How we do it
- Live sessions with a trainer
- Pupil coach ratio 8:1
- Similar to a classroom program, only delivered online
- Individual student report
- Certificate of completion
We can also organize private online Sessions for your child. To find out more, call us on 1800237626
Duration:8 weeks
Weekly hours:1 hour
Times:After school/weekends
Requirements: Laptop/PC/Mac. NO IPADS
Cost:190 $*
Kit cost– $149* plus $15 shipping
The total cost of– $339* plus $15 shipping
Your child will do circuits on a virtual platform, or you can purchase a specially designed ABG kit for the course from us.
*All prices are in Australian Dollars
BOOK A FREE TRIAL
coding | Age 7-9 years
Course information
"Game Programmers" Coding programs for kids
"Game Programmers" is your child's first step into coding. This program focuses on coding fundamentals, including loops, if/else statements, variables, and more. Students will test their games on a virtual platform or purchase a Game Boy device designed by ABG specifically for this series of courses.
As a parent you will not be left out. Every 4 weeks we will keep you updated on your child's progress.
After completing the first course, your child can come back to learn more robotics and coding. Our online robotics program for kids comes with 6 step levels where your child develops knowledge level by level.
How we do it
- Live sessions with a trainer
- Pupil coach ratio 8:1
- Similar to a classroom program, only delivered online
- Individual student report
- Certificate of completion
We can also organize private online Sessions for your child. To find out more, call us on 1800237626
Duration:8 weeks
Weekly hours:1 hour
Times:After school/weekends
Requirements: Laptop/PC/Mac. NO IPADS
Cost:190 $*
Kit cost–149 $109 $*
Your child will do circuits on a virtual platform, or you can purchase a specially designed ABG kit for the course from us.
*All prices are in Australian Dollars
BOOK A FREE TRIAL
Upcoming 8-week program
We regularly add more dates and times for the free trial period,
please select your age group on the booking form to find available dates and times.
8-week robotics program
We regularly add more dates and times for the free trial period,
select your age group on the booking form to find available dates and times.
8-week robotics program
8-week robotics program
Not available
online
Want to talk to one of our advisors?
Call us on 1800237626 (Australia) orWhatsApp +61 421 528 600 (All over the world)
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Try your first course for FREE
Select an age group to find an available date and time
We help students fall in love with innovation
using "real robots" and "real code"
Book a FREE TRIAL
Parents, Teachers, Principal and Students all love this course!
"Excellent programme! Our son loved it and learned so much over the past two years, even winning several VIC science competitions with his robot inventions. And so much better than basic Lego robotics and drag and drop coding. ABG istruebusiness, feeding our son's passions and perfecting his STEM education while having fun. There's nothing better!"
Robert Gallup, rodzic (Hawthorn East)
"Aerobotics Global has been running a robotics program in Haileybury for over a year and it has been very successful. Classes are engaging for students and teach valuable life skills such as coding, resilience, and problem solving. The program is designed for students with varying proficiency in robotics, with each unit building on the knowledge gained in previous semesters. Aerobotics Global staff is approachable and connects quickly with their students. They also provide feedback to students' parents regarding their progress. I would definitely recommend this program to other schools and organizations looking to expand their extracurricular programs."
Claire Harvey, teacher (Haileybury)
"The ABG program is very structured and educational. Not only does he learn robotics, but he also learns coding at the same time. My son is always encouraged to be innovative and has created something that is useful in our daily lives. With the product he created, he took 3rd place in the Youth ICT Explorers competition. Every week my son learns robotics as if he were in the real world of work and he loves and appreciates it very much."
Stepheanie Chin, parent (Doncastor)
"Aerobotics started at our school earlier this year in response to the need to provide students who are passionate about robotics and coding with a more advanced option as part of an after-school program initiative. I have to say that the program has been a great success in the school, we are very pleased that the students are very involved in the program. The Aerobotics team has been represented at school assemblies and has really engaged the kids in a variety of ways so they can engage in more advanced tech skills, especially in the area of coding and robotics. I can certainly recommend them to your school, the trainers are great communicators and really committed to providing possible services to children and their families."
Marcus Wicher, Director (ASPS)
"Just a quick note to thank the ABG team for another amazing year of robotics! Robotics is a great activity for Haileybury students of all ages to work together and learn problem solving and creativity skills in a very supportive and well staffed environment. Robotics is James' absolute favorite after-school activity and I'm looking forward to another great year in 2020."
Kirsten Laidlaw - parent (Brighton)
"My daughter recently joined a robotics class and she really enjoys attending these classes. He is learning to invent games and wants to continue programming. The teachers are very friendly and supportive. I recommend joining Aerobotics."
Cloe, parent (Lynbrook)
"The Aerobotics Global team has done an amazing job supporting Jake in learning robotics. Recently, Jake participated in an innovation-based science competition and won first place! Aerobotics Global helped Jake achieve this goal. Keep up the amazing work, thank you."
Tegh Deol, Lynbrook
The results speak for themselves
Our students are recognized all over the country
Year 5-6
First award
Year 9-10
First award
Year 7
Third prize
Don't worry!
You are covered by ours
MONEY BACK GUARANTEE
If your child doesn't want to come backafter the first session, we will refund the money for the remaining sessions.
Helping Students
Fall in love with innovations
Using real robots and real code.
Robotics and coding extracurricular programs for children
Aerobotics Global provides a deep learning experience; giving students an education in technology, robotics and artificial intelligence that shows STEM at work.
Prepare students for future study and work through high-quality robotics education and hands-on experience with real robots.
Book a FREE TRIAL
What happens after completing level 1?
- Level 2
- Level 3
- Level 4
Level 2
Level 2
"Pathfinding Robot"
Issue Statement:Imagine that the main water pipe in your city is blocked, leaving the residents without water. The Council is committed to acting swiftly on this matter. Excavation of the entire pipe is an expensive and time-consuming solution. Engineers want to design and program a robot that will independently enter the pipe and identify the place of blockage. This would reduce repair time and costs.
Accessories
- LCD display
- Ultrasonic sensors
- Serwomotory
Learning outcomes
- Mathematical calculations
- Problem statements based on real-life scenarios
What we provide:Now that you have a basic kit, we provide add-ons that can convert yoursAyebowPathfinding robot.
Program suitable for:Age 7 years and over
Prerequisite: Level 1
Duration:8 weeks
Sum of hours:8 hours
Requirements: Laptop/PC/Mac ~ [Note: - No Chromebooks or iPads
Cost of the course:190 $
Add to costs:59 $
Book now
Level 3
Level 3
"Soccer Bot"
Issue Statement:Have you ever played soccer in video games? You can move players around and control them with the joystick. How about building a robot controlled by a wireless remote control/joystick. Your child will learn joystick control, analog values and bluetooth communication and make the robot play a football match. There will be a football match and the team with the most goals will be the winner. 
Accessories
- Bluetooth module
- wireless controller
- Serwomotory
- Football slippers
Learning outcomes
- wireless communication
- Data transfer via wireless communication.
What we provide: Now that yourAyeboIsPathfinding robotwe provide addons to convert it to filesoccer bot.
Program suitable for:Age 7 years and over
Prerequisite: Level 2
Duration:8 weeks
Sum of hours:8 hours
Requirements: Laptop/PC/Mac ~ [Note: Chromebooks and iPads not included]
Cost of the course:190 $
Extra cost:89 $
Book now
Level 4
Level 4
"Emergency Bot"
Issue Statement:Our security department uses many robots for dangerous tasks. How about building your own robot for the same? In this holiday program, your child will build and program a robot that will find a suspicious object and move it to a safe place. It can be controlled with a wireless remote control or programmed to do the job on its own.
Accessories
- Robot arm
- Serwomotory
Learning outcomes
- Complex algorithm
- Complex calculations
- Wireless communication of string and integer values
- Variable conversions
What we provide: Now that yourAyeboIssoccer botwe provide addons you can convert them intoEmergency bot.
Program suitable for:Age 7 years and over
Prerequisite: Level 3
Duration:8 weeks
Sum of hours:8 hours
Requirements: Laptop/PC/Mac ~ [Note: Chromebooks and iPads not included]
Cost of the course:190 $
Extras Cost:79 $
Book now
Robotics kits for online robotics and coding program
We provide robotics kits for our online robotics and coding programs for kids. The robot kit will be delivered to your door in 3-5 working days. The robot kit includes all components including sensors, development board (Arduino), sensor shield, motor control board, motors and other parts to create a fully functional robot. Students will learn each component, put them together, learn to code and solve multiple problem statements.
FAQs
Online robotics and coding programs? ›
Many courses can be taken online; however a fully online robotics engineering degree is rarely offered. You do have the option of taking electrical, mechanical, or mechatronics engineering degree programs online. These online programs offer some robotics and human-to-computer interaction courses.
Can I get a robotics degree online? ›Many courses can be taken online; however a fully online robotics engineering degree is rarely offered. You do have the option of taking electrical, mechanical, or mechatronics engineering degree programs online. These online programs offer some robotics and human-to-computer interaction courses.
Which coding language is best for robotics? ›The most popular language in robotics is probably C/C++ (C++ is an object-oriented successor to the C language). Python is also very popular due to its use in machine learning and also because it can be used to develop ROS packages – see below.
Is Python better for robotics? ›It is often used in machine learning and artificial intelligence, and its syntax is designed to be easy to read and write. Python is particularly useful in robotics because it allows for rapid prototyping, making it easy to test new ideas and algorithms.
Is robotics a hard major? ›The robotics world is as difficult as can be. However, with a passion to master the unknown and the complex, learning robotics should come easy even in your adult years. Given below are some reasons why you could start learning robotics right away.
Is it hard to get a robotics job? ›Yes, it is hard to get into robotics because the field requires a candidate with extensive software, hardware, AI, and engineering skills. This can require a lengthy commitment to studying.
Should I learn Python or C++ for robotics? ›Another big difference between Python and C++ is the fact that C++ is a compiled language, but Python is an interpreted language. What does it mean ? You'll spend less time compiling code, and you'll be able to launch and test your program faster. Speaking of testing, Python is great for this purpose in robotics.
Should I learn C or C++ for robotics? ›In general, C is used if a robotics device has memory limitations and C++ is used to program devices without any memory limitations.
How long does it take to learn Python? ›In general, it takes around two to six months to learn the fundamentals of Python. But you can learn enough to write your first short program in a matter of minutes. Developing mastery of Python's vast array of libraries can take months or years.
How long does it take to learn Python for robotics? ›How Long Will It Take to Learn Python for Robotics? Learning Python for robotics can take a few weeks to several months, depending on your exact use. However, this also depends on your learning method and prior experience.
What are 3 programming languages most often use in robotics? ›
C, C++ and Python are all popular programming languages used across the robotics industry, from the AI functionality behind a humanoid robot to the motor function of a robotic arm — the signature of industrial robots.
How do I get started in robotics? ›- Pick out a Robot or Project to Build. ...
- Take an Online Robotics Course. ...
- Learn to Code. ...
- Create a Prototype. ...
- Read Robotics Articles. ...
- Join a Robotics Group. ...
- Just Start a Robotics Hobby, Already!
Many robotics trainings are self-paced, so learners can work toward becoming a robotics engineer on their own time. A bachelor's in computer or data science, mechanical and industrial engineering, or electrical and computer engineering can be helpful when pursuing robotics engineering jobs.
How many years does it take to learn robotics? ›| Course Name | Duration |
|---|---|
| BTech/ BE Robotics Engineering | 4 years |
| BTech/BE Robotics and Automation | 4 years |
| MTech Robotics Engineering | 2 years |
| PG Diploma in Robotics | 1 year |
How Long Does It Take to Learn Robotics? A general consensus on this question is about five years.
Is robotics math heavy? ›On the outside, robotics might seem fun and straightforward. However, to succeed in this field, you need a working knowledge of geometry, statistics, and advanced linear algebra. If you're not proficient in any of these fields, it may be time to sign up for online math lessons. Good luck!
Can I get into robotics without a degree? ›Can you become a robotics engineer without a degree? The answer is no. You need a college degree to become a robotics engineer. However, you may start your career with a programming course or certificate program and move up the ladder.
Do you need to be good at math for robotics? ›Robotics engineers, like any other professions in the engineering discipline, will need to be strong in math and sciences.
Which degree is best for robotics? ›Many aspiring robotics engineers tend to pursue a mechanical or electrical engineering degree with a focus on robotics. You can choose from various majors and still have access to a robotics career, including: Electrical/electronics engineering. Mechanical engineering.
What is the best age to learn robotics? ›According to research done by academicians and Child Education experts across the world, the right age to start learning robotics for kids is 7 to 8.
What are the cons of being a robotics engineer? ›
- Extensive education. Engineering typically requires a foundational bachelor's degree, which usually takes four years to complete, depending on the program and your time commitment. ...
- High-pressure work environment. ...
- Hazardous workspace. ...
- Inadequate diversity. ...
- Creative liability.
Robotics Engineering degree is a four-year course of study leading to exciting careers and/or advanced studies in robotics and automation. The robotics engineering faculty are dedicated to undergraduate and graduate teaching and to working closely with students at all levels of their study.
What degree should I get if I want to build robots? ›Earn your bachelor's degree in robotics engineering
A bachelor's degree in the field, which includes mechanical engineering, computer science and electrical engineering, is usually the minimum employers require. Some robotics engineers pursue master's degrees as well.
Through an accredited trade school program, you can gain the knowledge and skills you need to work as a robotics technician. You can complete your entire robotics technician training in as little as one year if you attend school full-time.
What is the highest paying robotics job? ›- Robotics engineer. ...
- Hardware engineer. ...
- Algorithm engineer. ...
- Aeronautical engineer. ...
- Computer scientist. ...
- Data scientist. National average salary: $124,074 per year. ...
- Software engineer. National average salary: $125,320 per year. ...
- Machine learning engineer. National average salary: $128,031 per year.
The average robotics engineer salary in the US is $85,936 per year. According to Glassdoor, robotics engineers also earn an average additional pay of $14,337. Additional income may include profit sharing, bonuses, or commissions.
What major is closest to robotics? ›Many aspiring robotics engineers tend to pursue a mechanical or electrical engineering degree with a focus on robotics. You can choose from various majors and still have access to a robotics career, including: Electrical/electronics engineering. Mechanical engineering.
Are robot programmers in demand? ›Robotics engineers are in high demand, and for a good reason: they're among the most highly skilled workers available.
What college has the best robotics program? ›Robotics engineers, like any other professions in the engineering discipline, will need to be strong in math and sciences.
Do you need to know math for robotics? ›
On the outside, robotics might seem fun and straightforward. However, to succeed in this field, you need a working knowledge of geometry, statistics, and advanced linear algebra. If you're not proficient in any of these fields, it may be time to sign up for online math lessons. Good luck!
Is robotics engineering worth it? ›Robotics engineers typically earn a good salary, even in entry-level positions . Their average national salary is $89,984 per year , not including bonuses or other incentives. Some engineers become managers or analysts and can earn a higher salary.
What is the cost of robotics certification? ›The average course fee for B. tech in Robotics Engineering is INR 70,000 - INR 2 lakh per annum.
What is the average age of robotics engineers? ›| Robotics Engineer Years | Percentages |
|---|---|
| 40+ years | 56% |
| 30-40 years | 29% |
| 20-30 years | 14% |
- Step 1: Academic Qualification. Getting a Bachelor's degree in Robotics is the first and the most crucial step when the question of how to become a robotics engineer arises. ...
- Step 2: Acquire Necessary Skills. ...
- Step 3: Gain Practical Experience. ...
- Step 4: Apply for Jobs.