Our vision is to improve students’ confidence and abilities and promote their success and desire for excellence in school and in life. Our goal is to teach coding to every kid which helps them to develop academic skills, build qualities like perseverance and organization, and gain valuable 21st century skills that can even translate into a career.
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Activities available at this camp: (Currently showing 3 of 3 sessions)
Ages: 5 - 13
$225 to $275/week
Ages: 11 - 16
$225 to $275/week
Ages: 13 - 18
$225 to $275/week
Tutors are really helpful, friendly and knowledgeable. Great teaching environment. It is the best coding place for kids to learn computer and robotics in brampton.
We enrolled our daughter who is in grade 2. Best computer coding and robotics classes for kids in Brampton.
I really appreciate the professional and courteous staff that works here. They always give individual attention and support to the kids and do it in a caring and supportive way. Thank you Ultimate coders who personally gives the parents an update on their child's progress for the day.
Excellent learning environment, very clean and bright. Their schedule is really flexible. Their teaching method is excellent, they start with basics and move to advance level.
Mr. Kevin Patel, Founder and CEO
"Not only is programming vital to success in the technology-driven economy of the 21st century, but it can teach kids a broad range of skills that will help them in countless other areas as well."
When you join our Ultimate Coders community, you have a support system of caring teachers and education specialists to guide you and your children through Beginner, intermediate and Advanced levels of study. Likewise, as digital natives, kids can develop new skills and interests in the field of technology when they come for our computer programming or robotics classes. At Ultimate Coders, teachers give kids the tools and skills they need to reach their full potential. We celebrate all learning styles and skill levels to help kids see the power in being unique, intelligent, and motivated to learn.
We strives to maximize academic potential and promote student success and retention in a safe and welcoming environment. An inclusive environment is integral to a liberal education. Active learning improves a student’s ability to be successful and leads to student ownership of learning. Collaboration encourages the development of critical thinking and benefits both learner and peer educators. Training of peer tutors, consultants, and discussion leaders includes current learning theory and promotes ethical practices. We offer “affordable” solutions to educational challenges and make a difference in people’s lives.
Cost: $100 to $200 /month
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|Discount for 2nd child||$50|
|Discount for 3rd child||$50|
Over the last few years, you might have asked yourself at least once, “What’s with all the hype about getting kids into coding?”
I hear you!
But first, let me say it’s not just hype.
But even before that, let’s define some things.
What is Coding for Kids?
Coding for kids refers to the collection of opportunities available for children to get involved in coding. While it might be difficult to imagine a young mind learning something so seemingly complex, it’s definitely an attainable reality thanks to the proliferation of the many coding summer camps, programs, websites, and toys that make learning to code fun and digestible.
On the most basic level, coding is how we communicate with computers, and what we use to build and run websites, apps, video games, and more. Learning to code is like learning how to speak and write in a particular language; a computer’s language.
There are a lot of acronyms and esoteric terms in the world of coding: HTML, CSS, Python, Scratch, Java, Ruby, etc. It can be overwhelming, but we will get there when we get there. Choosing the best coding language for your child is the next big step. For now, let’s look at why students should code.
Why Kids Should Learn to Code
Years ago when all of this kids and code chatter started, you could have characterized it has hype because the whole idea was new and novel to the education system. And, while this “learn to code” popularity spike wasn’t unfounded by any means, time was really the only thing that could tell us if it all was going to be a big fat flash in the pan.
Well, here we are.
Time has passed, yet we are still seeing STEM education stats like by 2018, 2.4 million STEM jobs will go unfilled. And others like 71% of all new jobs in STEM are in computing, but only 8% of STEM graduates are in Computer Science.
We’ve officially moved beyond simply saying “coding is cool, so go do it,” end of story. Instead, we are now saying, “coding is in fact cool, so go do it, but you should also go do it because you’ll be rewarded as a result.”
In other words, there are jobs, lots of them—and jobs that pay very well.
What makes this even better is that it’s not just the jobs or the coolness, either (this would be a much shorter blog post if that were the case). But also the creativity, problem solving, collaboration, communication, and other skills ripe for improvement as byproducts of kids learning to code.
So, let’s go!
1. Programmers are in high demand.
As mentioned, according to Code.org, 71% of all new STEM jobs are in computing, yet only 8% of STEM graduates are in Computer Science. That’s a SERIOUS shortage of CS majors.
Learning to code will increase your child’s odds of securing a lucrative STEM career, especially in a world where computing jobs are growing at over twice the national average.
Coding has quickly become a vital skill, and Code.org also points out that CS majors can earn 40% more than the college average.
2. Coding provides a competitive advantage when applying to colleges, internships, and jobs.
If you possess a hot skill that many of your peers lack–such as the ability to code–you instantly appear more desirable in the eyes of potential college admissions officers and employers. Plain and simple.
3. With programming knowledge, students better understand the world around them.
Most of us don’t know the first thing about what makes our smartphones, laptops, social media networks, and video games run. Basic programming knowledge can change the way we interact with the technologies we use (and take for granted) daily, and can open our eyes to the infinite possibilities of coding.
4. Programming is fun and satisfying.
While programming is logic-based, it’s also an extremely creative activity. If you know how to code, you can develop the aforementioned apps, video games, websites, and more!
For many developers, part of the appeal of coding is the challenge and reward of seeing their code come to life after a good debugging session. Don’t be fooled, however–with the right instruction, getting started with programming can be easy and fun.
5. Coding improves creativity.
When you learn a language, you use it to express yourself. The same is true with code. Coding empowers kids to not only consume digital media and technology, but to create it. Instead of simply playing a video game or using an app, they can imagine making their own video game, or envision what their own website, or app might look like—and they’ll have the outlet for expression.
6. Coding improves problem solving.
When kids code, they take complex problems and break them down into smaller parts.
Kids learn what it’s like to approach a problem the way a software engineer does, with logical, computational thinking.
As Dan Crow, CTO of SongKick explains, “Computational thinking teaches you how to tackle large problems by breaking them down into a sequence of smaller, more manageable problems.”
This logical thinking is a powerful tool in school, work, and life.
7. Coding improves persistence.
Learning to code, like any new discipline, is a challenge. Thus, tackling complex problems—and making mistakes along the way—can be very frustrating.
Coding teaches the valuable skill of persistence in the face of such challenges. Learning how to problem solve and look for solutions through research and collaboration builds this highly desirable skill.
8. Coding improves collaboration.
Anyone can learn how to code—kids can learn alongside others of every race, gender, or background. Kids meet and learn how to collaborate with all kinds of peers, all joined by a common interest in technology.
Classrooms and other in-person environments bring kids together for face-to-face collaboration. Kids learning online can also grow, asking each other questions, and working to solve problems and create things together.
9. Coding improves communication.
Communication is an absolutely essential skill throughout school, work, and life. People who can clearly communicate complex ideas in simple terms tend to be successful in different industries and walks of life.
When kids learn how to code, they learn how to communicate with the most simple-minded audience imaginable: computers. As mentioned, coding teaches kids how to break down complex ideas and arrange them in a way that computers can understand.
If you have a classroom of kids who are interested in creating animations, interactive stories, art or music, then Scratch is a coding language that can be learned online for free. While this language is simple enough for children, there are enough functionalities and options that even experienced programmers use the language.
Scratch also has a very interactive online community where people share their artwork and games with each other, which can further engage your students.
Python is a programming language that reads like normal speech. One rarely has to add comments to the code because Python code that is written well enough reads as if the comments are already included in the code. If your kids or students are going to learn something like coding, then you would want them to get a basic grasp on how to think like a programmer. With Python, students will have very few obstacles with regards to learning how to program. They will be able to learn how to construct programming ideas within their heads and then focus on transferring these ideas into instructions that the machine can interpret. Python also has a “batteries included” philosophy, which refers to the tremendous amount that can be done just by simply researching and using the core Python libraries. Many of the common functionalities that programmers need are already built into the programming language, which makes this a great language for kids to learn.
Ruby has the most readable syntax for beginner programmers. Instead of spending a lot of time explaining the code that students are typing into machines, a lot of it will be self-explanatory for them. This is a really important factor for children who are still learning the concepts of programming. At the end of the day, children will need to learn the concepts in order to write good scripts. Ruby is a very robust language and it was originally used to create Twitter, so you can immediately show students that the application is a tool that gets used in popular platforms.
Java is arguably a bit harder to learn than either Ruby or Python, but choosing Java as a first-time programming language will make learning any subsequent language a bit easier for students. Many students have already thought about creating their own apps or websites but simply don’t know where to start. Java has been around for two decades and there are so many online resources, toolkits and tutorials that virtually anything can be created from the ground up using Java. There are a few initial hurdles to overcome, such as installing JDK and understanding how the syntaxes work, but the object oriented setup of the programming language makes it easy for students to progress. Java looks similar to C and C++, but offers more functionalities, thereby enables students to create more robust programs.
Many computer science experts and developers have different opinions about whether a student should start with C++ or not. This programming language can look a bit like math and might put students off the idea of learning to code. Once the basic fundamentals of programming are understood, however, C++ can open many doors into the world of programming. Many of today’s most successful programmers started learning to code with C or C++.