Robotics – The fourth phase of early childhood computer science education

These four stages consist of: unplugged computer science block-based programming languages game development introduction to robotics As STEM education has become more popular, so has the use of robots. They teach young children about engineering, coding, and programming. In addition to STEM literacy, studies reveal that robotics can encourage other …

Game development – The third phase of early childhood computer science education

These four stages consist of: unplugged computer science block-based programming languages game development introduction to robotics Game development for children strengthens their art, math, and coding skills, and offers them a creative outlet to show what they know. There is a wealth of new categories of online computer games and …

Block-based programming languages – The second phase of early childhood computer science education

These four stages consist of: unplugged computer science block-based programming languages game development introduction to robotics Block-based coding is a form of programming language that utilizes a drag-and-drop learning environment. Programmers use coding instruction “blocks” to construct animated stories and games. As an entry-level activity, young children acquire a foundation …

Unplugged – The first phase of early childhood computer science education

Not sure where to begin with your child’s first crack at coding? Current studies show that the education of children in the computer sciences lies in four distinct and progressive phases. These four stages consist of: unplugged computer science block-based programming languages game development introduction to robotics Upon close inspection …

Can computers really interpret our emotions?

Do computers have the capacity to understand human emotion? The answer may surprise you. Researchers at MIT have developed a machine-learning model that possess the ability to interpret our emotions as naturally as humans do through subtle facial expressions and changing moods. This is made possible through the use of …

The natural link between engineering and coding

“The impact of computers has nowhere been more revolutionary than in electrical engineering. The design, analysis, and operation of electrical and electronic systems are now dominated by computers, a transformation that has been motivated by the natural ease of interface between computers and electrical systems, and the promise of spectacular improvements in speed …

Did you know robots can help you manage your money?

The role of a traditional financial advisor is to help investors build their portfolio based on their needs and risk profile. The best advisors not only strive to deliver high returns, but they work diligently to assure their clients are comfortable with the financial decisions that are made. Above all, …

Computational thinking for a bright future

From the sandbox to the football field, it is important for students and educators to recognize that computational thinking can be applied across multiple disciplines, including but not limited to technology and computer science. Computational thinking is the common denominator of critical thinking, STEM (science, technology, engineering, and math) learning, and project-based learning. …

A coding career in arts and design?

Coders possess a multitude of desirable skills which are applicable to many career paths. They are great problem solvers and highly creative individuals, making them attractive to a wide array of industries throughout the world. Amber Kirsch uses coding in the creative and visual arts, and currently works for Disney …