Enhancement of Math Foundation with Computational Thinking Integration

Computational Thinking

Computational Thinking is slowly gaining prominence in the education sector. Many institutions are looking forward to Computational Thinking to prepare the students for advanced mathematical courses. 

In this blog, we are going to take a detailed look into the integration of Computational Thinking. 

How does it work?
Computational Thinking, according to the International Society for Technology in Education (ISTE), is a problem-solving process. It entails spotting patterns, abstracting them, creating algorithms, and defining methods for computers to find solutions. This requires students to come up with algorithms. As you can imagine, this prepares them we4ll for advanced programming in C, Python, Java, and Data Science. 

CSTA Guidelines for Beginners 
Beginners need to start with Computer Science Teachers Association standards. The standards are developed year after year and encompass all academic levels (starting with preschool). They contain various examples and activities to teach the standards in the classroom. 

Technology Requirements…
You’ll need technology to incorporate Computational Thinking into your lessons. Depending on your eventual aims, this technology will change. Many schools are creating STEAM labs and Makerspaces to stimulate Computational Thinking. As a result, schools require computers, mobile devices, computer programs and apps, 3-D printing, and other resources.
Resources that Will Help You Comprehend Computational Thinking

There are several resources and programs that are available online, through which you can comprehend Computational Thinking. 

Python is one of the most powerful programming languages and is extensively used in designing algorithms, AI, neural networks, and much more. If you are new to Python, you can explore online resources that discuss the basics of Python libraries, logic, etc.  Or, you can seek courses online. Through Python, you can try to understand mathematical concepts like Geometry with the help of Python’s Turtle drawing tools. 

This website offers math classes for students in elementary, middle, and high school. Students examine and apply math topics in each session by writing code in Scratch, a simple block programming language. There are hints, challenges, and tutor support. 

Polyup is a Computational thinking application. Students can take advantage of the ‘machines’ activities and learn on their own time. Through modification of the ‘machines’ they get to hone their numeracy skills and Computational Thinking. You can practice sequences, functions or get to understand real numbers.

The Ohio State University has initiated this project. You get to see videos and tutorials that help you understand the coding to get to the bottom of the mathematical problems. The best part is that you do not require any prior training; the teachers help you out.

Exploring Computational Thinking 
Google’s Exploring Computational Thinking is one of the best resources available online. The resources include the Computational Thinking for Educators online course too. You get to see a collection of lesson plans, videos, etc. These were created to help educators and administrators have a firm grasp of Computational Thinking. It will also come in handy if you wish to integrate it in classrooms, teaching practice, and learning.

Hour of Code 
This resource was brought to the forefront by Computer Science Education Week and Students get access to hour-long coding activities, which are sorted as per the grade level. The teachers will also get to check out numerous resources that will help them impart valuable lessons to the students.

Meanwhile, if you are struggling with calculus, statistics, or number theory, do not hesitate to seek assignment help from experts. However, before you hire the experts, you should make sure that they are qualified and have experience on their side. 
Other Applications That Are A Bit Technical 

Academia and industry employ technical computing software to model processes, assess and interpret data, and perform computations. Both free and paid versions of the program are available. You get access to free applications like Maxima, SageMath, and GeoGebra CAS Calculator. Or, if you want to enjoy more features, you can get the licensed applications such as Mathematica, Factoring Calculator Tool, MATLAB, and Maple.

Students formulate and enter commands in a specific programming language’s syntax to use technical computing tools. Some of the processes are intricate, and it takes time to understand the structure and syntax of the Plot[ ] command, various options, etc. Once you get it, you wouldn’t take a lot of time to plot a graph. Students also learn to troubleshoot issues and repair problems when a command does not work properly.

As you can see, the scope of integrating Computational Thinking in a math lesson is immense. If done right, students will definitely have a strong foundation in advanced mathematics and Computer Science logic. 

If you are writing an informative essay on Computational thinking mathematical tools, you can use the points mentioned in this blog. However, if you find the task to be daunting, you should seek essay help from experts. 

Author Bio: Jason Braun is a former mathematics professor at a reputed university in the USA. He also shares tutorials on mathematical concepts, tools, and much more on his blog site. At present, he is associated with, where he supervises the mathematics assignment solved by the experts. 

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