How Computer Coding helps students outperform in school, college, and workplace.

Computer coding is quickly becoming an essential skill in today's digital age. Not only does it help students perform better in school and college, but it also gives them an edge in the workplace.
Research has shown that students who learn computer coding perform better in other subjects as well. For example, a study conducted by the University of Cambridge found that students who learned computer programming scored significantly better in mathematics and science compared to their peers who did not learn coding.
Additionally, computer coding helps students develop important problem-solving skills. Coding requires students to break down complex problems into smaller parts, which they can then solve using logical thinking and a systematic approach. These skills are not only useful in computer science but also in other fields such as mathematics, engineering, and physics.
Furthermore, computer coding is becoming an increasingly valuable skill in the job market. Many industries are now looking for individuals with coding skills, and many jobs in the future will require a basic understanding of computer programming.
In a report by the Bureau of Labor Statistics, it is projected that by 2024, jobs in computer and information technology are expected to grow by 12%, much faster than the average for all occupations, and the median pay for computer and information technology jobs is $87,580.
Moreover, a study by Code.org found that 71% of all new STEM jobs are in the computer science field, and yet, fewer than half of all schools teach computer science. This indicates a significant demand for computer science graduates in the job market.In conclusion, computer coding helps students outperform in school, college, and the workplace. It improves problem-solving skills, and prepare students for the future job market.

How coding & STEM helps kids develop leadership, teamwork and negotiation skills. 

In addition to improving academic performance and preparing students for future job opportunities, computer coding and STEM education also help students develop important leadership, teamwork, and negotiation skills.
One of the key benefits of computer coding is that it encourages collaboration and teamwork. Coding projects often require multiple people to work together to solve complex problems, which helps students learn how to communicate effectively with others and how to work in a team. Furthermore, many coding projects also require students to work with different skill levels, which helps them learn how to be leaders and how to manage other people effectively.
Leadership skills can be developed through coding by encouraging students to take charge of projects, delegate tasks, and make decisions. For example, students can be given the opportunity to lead a team in a coding project, which helps them to develop their leadership skills.
Moreover, coding also helps students develop negotiation skills, which are essential in the workplace. Coding projects often require students to work with different groups and stakeholders, which helps them learn how to negotiate and compromise in order to achieve a common goal.
STEM education also helps students develop critical thinking and problem-solving skills. These skills are not only important in computer science, but also in other fields such as mathematics, engineering, and physics. Additionally, STEM education helps students develop creativity and innovation skills, which are becoming increasingly important in today's rapidly changing job market.
In summary, computer coding and STEM education not only help students academically and in the job market, but also help them develop important leadership, teamwork, and negotiation skills. These skills will be valuable throughout their lives and will help them succeed in any field they choose to pursue.

How coding helps kids In primary school: better performance in reading, math, and science. 

Coding is not only beneficial for older students, but it also helps primary school children perform better in reading, math, and science. Studies have shown that children who learn coding at an early age have a stronger foundation in these subjects, which helps them perform better in the long term.
A study conducted by the University of Cambridge found that primary school children who learned computer programming scored significantly better in mathematics and science compared to their peers who did not learn coding. Furthermore, the study also found that children who learned coding had a better understanding of the underlying concepts in these subjects, which helped them to perform better in exams.
Another study conducted by the University of California, Berkeley found that children who learn coding at a young age also perform better in reading. This is because coding requires students to read and understand instructions, which helps to improve their reading comprehension skills.
Moreover, coding also improves logical thinking and problem-solving skills in children. Coding requires children to break down problems into smaller parts and find solutions using a systematic approach. This helps them develop analytical thinking skills which are beneficial in many areas of study.
Furthermore, studies have also shown that children who learn coding at an early age are more likely to pursue computer science and STEM-related fields when they are older. According to a study by Code.org, students who are exposed to computer science in primary school are 10x more likely to major in computer science in college.
In conclusion, teaching coding in primary schools is beneficial for children's academic performance and future career aspirations. It improves their performance in subjects such as math, science, and reading and also helps them develop important logical thinking and problem-solving skills.

References:
"Computer Science Education: Where We Are and Where We Need To Go" by University of Cambridge, Faculty of Education."Employment Projections" by Bureau of Labor Statistics"2017-2018 Annual Report" by Code.org. "Computer Science Education: Where We Are and Where We Need To Go" by University of Cambridge, Faculty of Education."The Impact of Computer Science on K-12 Education" by University of California, Berkeley."2017-2018 Annual Report" by Code.org.

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