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Gabriel
Student
San Bernardino, California
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what is computer programming and photo graghing
What is Computer programming?
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3 answers
Elicia Westman
Software Testing
17
Answers
Lansing, Michigan
Updated
Elicia’s Answer
Subject: Unlock Your Future: Exploring the World of Computer Programming
Dear Gabriel,
I hope you're doing well. I heard you're interested in computer programming, and I'm thrilled to help you explore this exciting field!
**Programming Basics**
Let's begin with the fundamentals. Programming is about giving instructions to a computer to do tasks. It's a creative process that involves solving problems and thinking logically. If you're new to this, try starting with visual programming languages like Scratch. It's a fun, game-like way to learn basic coding ideas.
Python is another excellent choice for beginners because it's simple and versatile. There are many resources to learn Python, such as Coursera's "Learn to Program" course and Harvard's "CS50's Introduction to Computer Science."
Java and C are more complex but very powerful. They are the foundation of many software systems. You can find detailed courses that teach their basics, data structures, and algorithms.
**Web Development**
Once you know the basics, you can explore web development, which is about creating websites or web apps. The main technologies here are HTML, CSS, and JavaScript. You can find many online courses to learn these on platforms like edX and Coursera.
For deeper knowledge, consider courses like "Web Programming with Python and JavaScript," which cover advanced web design and popular frameworks like Django and React.
**Data Science & AI**
If you're interested in advanced fields like data science and AI, Python is essential. Courses like "Python for Data Science" on edX teach data analysis, machine learning, and AI using Python.
R is another powerful language, great for statistical computing and data analysis. You can find courses on edX and other platforms to start learning R.
Microsoft's "Data Science on Microsoft Azure" offers a unique approach, teaching data analysis and machine learning using the Azure cloud platform.
**Software Engineering**
For broader software skills, consider courses like "Coding for Everyone: C and C++" on Coursera, which cover essential programming concepts in C and C++.
Microsoft's "Full Stack Developer" course is also worth checking out, as it focuses on building complete applications.
**Other Specializations**
Beyond the basics, you might be interested in Linux programming, web programming, and AI-focused courses. These are available on platforms like Coursera, edX, and Khan Academy.
Remember, learning to program is a journey. Be patient, practice regularly, and don't hesitate to ask for help. Here are some resources to get you started:
- Coursera: [coursera.org](https://www.coursera.org/)
- edX: [edx.org](https://www.edx.org/)
- Codecademy: [codecademy.com](https://www.codecademy.com/)
- Khan Academy: [khanacademy.org](https://www.khanacademy.org/computing/computer-programming)
Good luck on this exciting adventure!
Best regards,
Dear Gabriel,
I hope you're doing well. I heard you're interested in computer programming, and I'm thrilled to help you explore this exciting field!
**Programming Basics**
Let's begin with the fundamentals. Programming is about giving instructions to a computer to do tasks. It's a creative process that involves solving problems and thinking logically. If you're new to this, try starting with visual programming languages like Scratch. It's a fun, game-like way to learn basic coding ideas.
Python is another excellent choice for beginners because it's simple and versatile. There are many resources to learn Python, such as Coursera's "Learn to Program" course and Harvard's "CS50's Introduction to Computer Science."
Java and C are more complex but very powerful. They are the foundation of many software systems. You can find detailed courses that teach their basics, data structures, and algorithms.
**Web Development**
Once you know the basics, you can explore web development, which is about creating websites or web apps. The main technologies here are HTML, CSS, and JavaScript. You can find many online courses to learn these on platforms like edX and Coursera.
For deeper knowledge, consider courses like "Web Programming with Python and JavaScript," which cover advanced web design and popular frameworks like Django and React.
**Data Science & AI**
If you're interested in advanced fields like data science and AI, Python is essential. Courses like "Python for Data Science" on edX teach data analysis, machine learning, and AI using Python.
R is another powerful language, great for statistical computing and data analysis. You can find courses on edX and other platforms to start learning R.
Microsoft's "Data Science on Microsoft Azure" offers a unique approach, teaching data analysis and machine learning using the Azure cloud platform.
**Software Engineering**
For broader software skills, consider courses like "Coding for Everyone: C and C++" on Coursera, which cover essential programming concepts in C and C++.
Microsoft's "Full Stack Developer" course is also worth checking out, as it focuses on building complete applications.
**Other Specializations**
Beyond the basics, you might be interested in Linux programming, web programming, and AI-focused courses. These are available on platforms like Coursera, edX, and Khan Academy.
Remember, learning to program is a journey. Be patient, practice regularly, and don't hesitate to ask for help. Here are some resources to get you started:
- Coursera: [coursera.org](https://www.coursera.org/)
- edX: [edx.org](https://www.edx.org/)
- Codecademy: [codecademy.com](https://www.codecademy.com/)
- Khan Academy: [khanacademy.org](https://www.khanacademy.org/computing/computer-programming)
Good luck on this exciting adventure!
Best regards,
Debbie Morton
Business Consulting
68
Answers
Phoenix, Arizona
Updated
Debbie’s Answer
Hello Gabriel,
Computer programming is an exciting journey where you craft code to guide a computer, application, or software program to perform specific tasks. It's like teaching them to dance to your tune!
Education
Being a computer programmer typically requires a bachelor's degree in computer and information technology or a related field like mathematics. But don't worry if you have a different degree or experience in specific programming languages, some employers value that too! If you're working in specialized fields like healthcare or accounting, taking classes in those areas can complement your computer-related degree. Plus, having internship experience under your belt can make you a more attractive candidate to employers.
Most programmers pick up computer languages during their school years. A computer science degree, however, equips students with the skills to pick up new computer languages with ease. It's like a toolbox that prepares you for writing code, testing programs, troubleshooting errors, and many other tasks you'll encounter on the job.
To stay ahead in the ever-evolving tech world, computer programmers often engage in continuing education classes and professional development seminars. This helps them learn new programming languages or update their knowledge on the ones they already know.
Licenses, Certifications, and Registrations
You can also get certified in specific programming languages or vendor-specific programming products. Some companies even require their computer programmers to have these certifications for the products they use.
Advancement
With some business experience, programmers can step up to become computer systems analysts. As you gain more experience, you might even become a software developer. Promotions are always on the horizon!
Photography is another fascinating field. It's the art or process of capturing images by harnessing the power of radiant energy, especially light, on a sensitive surface like film or an optical sensor. It's like painting with light!
Computer programming is an exciting journey where you craft code to guide a computer, application, or software program to perform specific tasks. It's like teaching them to dance to your tune!
Education
Being a computer programmer typically requires a bachelor's degree in computer and information technology or a related field like mathematics. But don't worry if you have a different degree or experience in specific programming languages, some employers value that too! If you're working in specialized fields like healthcare or accounting, taking classes in those areas can complement your computer-related degree. Plus, having internship experience under your belt can make you a more attractive candidate to employers.
Most programmers pick up computer languages during their school years. A computer science degree, however, equips students with the skills to pick up new computer languages with ease. It's like a toolbox that prepares you for writing code, testing programs, troubleshooting errors, and many other tasks you'll encounter on the job.
To stay ahead in the ever-evolving tech world, computer programmers often engage in continuing education classes and professional development seminars. This helps them learn new programming languages or update their knowledge on the ones they already know.
Licenses, Certifications, and Registrations
You can also get certified in specific programming languages or vendor-specific programming products. Some companies even require their computer programmers to have these certifications for the products they use.
Advancement
With some business experience, programmers can step up to become computer systems analysts. As you gain more experience, you might even become a software developer. Promotions are always on the horizon!
Photography is another fascinating field. It's the art or process of capturing images by harnessing the power of radiant energy, especially light, on a sensitive surface like film or an optical sensor. It's like painting with light!
Thanks for the advice.
Gabriel
James Constantine Frangos
Consultant Dietitian-Nutritionist & Software Developer since 1972 🡆 Optimization Of Human Performance
7216
Answers
Gold Coast, Queensland, Australia
Updated
James Constantine’s Answer
Hey there Gabriel!
Let's talk about computer programming, or coding as it's often called. It's all about creating, checking, and maintaining computer software. Think of it like giving your computer a recipe to follow, with each step being a specific task or a solution to a problem. These steps are written in programming languages, which are like the grammar and vocabulary we use to communicate.
Coding is super important for making all kinds of digital tools like software applications, websites, and mobile apps. It's how we tell computers to do tasks quickly and correctly. Coders use their understanding of programming languages and their problem-solving skills to turn human needs into code that computers can understand.
So, how does coding work? Well, it starts with understanding the problem or task. The coder figures out the best way to solve it, which might mean breaking it down into smaller parts or using existing solutions as a starting point.
Then, the coder comes up with a plan, kind of like a roadmap, that shows all the steps needed to solve the problem. This helps to organize their thoughts and make sure they've thought of everything.
Once the plan is ready, the coder starts writing the actual code in a programming language. The language they choose depends on things like what the problem is, where the code will run, how fast it needs to be, and what the coder likes to use. Some common languages are Python, Java, C++, JavaScript, and Ruby.
While writing the code, coders use different tools to manage the flow of the program and to reuse pieces of code.
After the code is written, it's time to test it. Coders run different scenarios to make sure the program works as expected. If there are any errors or bugs, they use a process called debugging to find and fix them.
Once the program passes all the tests and works the way it's supposed to, it's ready to be used. This might mean turning it into a file that can be run, or it might mean adding it to a bigger software system. And just like a car, programs often need maintenance and updates to keep running smoothly and to keep up with new technologies.
Coding is a huge field with lots of different areas like web development, mobile app development, game development, artificial intelligence, data analysis, and more. And as technology keeps getting better, we're always going to need skilled coders.
Here are the top 3 resources I used to answer your question:
1. "Introduction to Programming" by John Zelle
2. "Clean Code: A Handbook of Agile Software Craftsmanship" by Robert C. Martin
3. "Code Complete: A Practical Handbook of Software Construction" by Steve McConnell
Let's talk about computer programming, or coding as it's often called. It's all about creating, checking, and maintaining computer software. Think of it like giving your computer a recipe to follow, with each step being a specific task or a solution to a problem. These steps are written in programming languages, which are like the grammar and vocabulary we use to communicate.
Coding is super important for making all kinds of digital tools like software applications, websites, and mobile apps. It's how we tell computers to do tasks quickly and correctly. Coders use their understanding of programming languages and their problem-solving skills to turn human needs into code that computers can understand.
So, how does coding work? Well, it starts with understanding the problem or task. The coder figures out the best way to solve it, which might mean breaking it down into smaller parts or using existing solutions as a starting point.
Then, the coder comes up with a plan, kind of like a roadmap, that shows all the steps needed to solve the problem. This helps to organize their thoughts and make sure they've thought of everything.
Once the plan is ready, the coder starts writing the actual code in a programming language. The language they choose depends on things like what the problem is, where the code will run, how fast it needs to be, and what the coder likes to use. Some common languages are Python, Java, C++, JavaScript, and Ruby.
While writing the code, coders use different tools to manage the flow of the program and to reuse pieces of code.
After the code is written, it's time to test it. Coders run different scenarios to make sure the program works as expected. If there are any errors or bugs, they use a process called debugging to find and fix them.
Once the program passes all the tests and works the way it's supposed to, it's ready to be used. This might mean turning it into a file that can be run, or it might mean adding it to a bigger software system. And just like a car, programs often need maintenance and updates to keep running smoothly and to keep up with new technologies.
Coding is a huge field with lots of different areas like web development, mobile app development, game development, artificial intelligence, data analysis, and more. And as technology keeps getting better, we're always going to need skilled coders.
Here are the top 3 resources I used to answer your question:
1. "Introduction to Programming" by John Zelle
2. "Clean Code: A Handbook of Agile Software Craftsmanship" by Robert C. Martin
3. "Code Complete: A Practical Handbook of Software Construction" by Steve McConnell
Thank you so much!
Gabriel