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What is the best route to becoming a computer programmer.?
I want to become a computer programmer and coder. I am interested in tech and feel kike pursuing something in this field will help me the most on my journey
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20 answers
Updated
Adit’s Answer
Here's an uplifting version of your guide to becoming a computer programmer:
Start with the Basics: Embark on your journey with user-friendly languages such as Python or JavaScript. These are perfect for establishing your core skills.
Engage in Courses: Platforms like Coursera, edX, or freeCodeCamp offer structured learning experiences that will deepen your understanding of programming concepts.
Dive into Projects: Bring your skills to life by creating simple websites, apps, or games. This not only applies your learning but also helps you build a robust portfolio.
Discover Specialized Languages: Tailor your learning to your interests. Explore Java or C++ for software development, or SQL for data science.
Practice Regularly: Hone your problem-solving skills by tackling coding challenges on sites like LeetCode or HackerRank.
Following this path will solidify your programming skills, preparing you to shine in the job market.
Start with the Basics: Embark on your journey with user-friendly languages such as Python or JavaScript. These are perfect for establishing your core skills.
Engage in Courses: Platforms like Coursera, edX, or freeCodeCamp offer structured learning experiences that will deepen your understanding of programming concepts.
Dive into Projects: Bring your skills to life by creating simple websites, apps, or games. This not only applies your learning but also helps you build a robust portfolio.
Discover Specialized Languages: Tailor your learning to your interests. Explore Java or C++ for software development, or SQL for data science.
Practice Regularly: Hone your problem-solving skills by tackling coding challenges on sites like LeetCode or HackerRank.
Following this path will solidify your programming skills, preparing you to shine in the job market.
Updated
Aman’s Answer
Hi Christian Beverly,
Great to hear that you're interested in becoming a computer programmer! The journey can be incredibly rewarding, and there are several paths you can take to get there. First, I’d suggest starting with some basic coding skills. Websites like Codecademy and freeCodeCamp offer free resources that can guide you through the fundamentals of programming. These platforms allow you to learn languages like Python or JavaScript, which are both beginner-friendly and widely used in the industry.
Once you have a good grasp on the basics, consider enrolling in a structured course or boot camp. For instance, General Assembly has amazing part-time and full-time coding boot camps that are intensive and often yield great results. Alternatively, if you prefer a more traditional route, a degree in computer science or software engineering can provide you with in-depth knowledge and valuable connections in the tech industry.
Engaging with the programming community is also crucial. Join forums, attend local meetups in South Carolina, or even participate in hackathons—you’ll learn a lot from more experienced programmers and make invaluable connections. Platforms like GitHub can also help you showcase your projects and collaborate with others. Don’t forget to practice by working on personal projects or contributing to open-source projects as well, as this hands-on experience is what employers typically look for.
Lastly, remember that learning to code is a marathon, not a sprint. Keep your curiosity alive, stay resilient, and don’t hesitate to reach out for help when you need it. Good luck with your journey; you’ve got this!
Great to hear that you're interested in becoming a computer programmer! The journey can be incredibly rewarding, and there are several paths you can take to get there. First, I’d suggest starting with some basic coding skills. Websites like Codecademy and freeCodeCamp offer free resources that can guide you through the fundamentals of programming. These platforms allow you to learn languages like Python or JavaScript, which are both beginner-friendly and widely used in the industry.
Once you have a good grasp on the basics, consider enrolling in a structured course or boot camp. For instance, General Assembly has amazing part-time and full-time coding boot camps that are intensive and often yield great results. Alternatively, if you prefer a more traditional route, a degree in computer science or software engineering can provide you with in-depth knowledge and valuable connections in the tech industry.
Engaging with the programming community is also crucial. Join forums, attend local meetups in South Carolina, or even participate in hackathons—you’ll learn a lot from more experienced programmers and make invaluable connections. Platforms like GitHub can also help you showcase your projects and collaborate with others. Don’t forget to practice by working on personal projects or contributing to open-source projects as well, as this hands-on experience is what employers typically look for.
Lastly, remember that learning to code is a marathon, not a sprint. Keep your curiosity alive, stay resilient, and don’t hesitate to reach out for help when you need it. Good luck with your journey; you’ve got this!
Updated
Pier’s Answer
Assuming you have no experience with programming, im sharing one of the first steps i took that got me very interested on the field. Turing machine problems or exercises. These were simple problems based on a imaginary tape of characters. The machine would perform simple instructions like advance or go back and had the ability to remember values (like a counter). These are the very basics of programming and after working throuhg some 20 of those i recall understanding the essence of it: the machine regardless of its complexity has a limited set of instructions (things it can do) but if you combine them correctly you can solve problems that seem at first impossible. It also helps you learn an activity that is key in programming: debugging, taking the steps one at a time and understanding why it may not be working as expected. Computers do not have a will or a mood, they do exactly as they are told, so unexpected results are always a result of the instructions given (except in the times were an actual bug could be making the machine malfunction, thats were the name comes from, but that is long past :)).
After that move to more complex languages, i started with Pascal, which is probably no longer used. There are also alternatives like suggested in many posts above this one.
My advise is to experience it from a simple method, and the turing machine is simple, this will make you experience the essence of it, and you will know then if you love it or not, because another advise is: do what you like doing, one achieves success if the activity is enjoyable. It doesnt mean is devoid of difficulty, but in general it should be something you would want to do again, over and over. Programmers program a lot and for years!
After that move to more complex languages, i started with Pascal, which is probably no longer used. There are also alternatives like suggested in many posts above this one.
My advise is to experience it from a simple method, and the turing machine is simple, this will make you experience the essence of it, and you will know then if you love it or not, because another advise is: do what you like doing, one achieves success if the activity is enjoyable. It doesnt mean is devoid of difficulty, but in general it should be something you would want to do again, over and over. Programmers program a lot and for years!
Updated
Natalia’s Answer
Assess Your Goals and Interests
Decide on a Programming Language: Start by deciding which programming languages you want to learn. Some common languages include:
Python: Great for beginners and widely used in data science, web development, automation, and more.
JavaScript: Ideal if you’re interested in web development.
Java or C#: Often used in large systems or Android development.
C/C++: Often used for system programming or game development.
Ruby or PHP: Common in web development.
Consider Specializations: Think about the area of programming you want to focus on, such as web development, mobile apps, game development, or data science. This will influence your learning path and programming languages.
2. Choose a Learning Path
You can take several approaches to learning programming:
A. Self-Taught / Online Learning (Most Flexible)
Free Resources: Many people start by using free resources like:
Codecademy (free courses)
freeCodeCamp (a lot of free interactive tutorials and projects)
W3Schools (for web development)
Khan Academy (introductory programming courses)
Paid Courses: You can invest in structured courses that offer more in-depth content:
Udemy: Offers affordable courses on specific topics like Python, JavaScript, etc.
Coursera: Many universities offer online programming courses here.
edX: Offers both free and paid courses from universities like Harvard and MIT.
Books: Reading books like "Clean Code" (for best practices), "The Pragmatic Programmer", or "Automate the Boring Stuff with Python" can be helpful for self-learners.
B. Formal Education (College or Bootcamp)
Bachelor's Degree in Computer Science: A traditional route is to earn a degree in computer science, which will give you a strong foundation in algorithms, data structures, and systems.
Pros: Comprehensive education, networking opportunities, access to resources like internships.
Cons: Time-consuming (typically 4 years), expensive.
Coding Bootcamps: Intensive, short-term programs that focus on practical coding skills. They can range from a few weeks to a few months and are often more affordable than traditional degrees.
Popular Bootcamps: General Assembly, Flatiron School, Le Wagon, and others offer great programming bootcamps.
Pros: Fast-paced, hands-on, job-focused.
Cons: Less theoretical knowledge, fast learning curve.
C. Hybrid Approach
Combine Self-Taught with Formal Education: Some choose a hybrid route where they take a few online courses or bootcamps for focused learning and supplement with self-study. This offers a more personalized experience, with flexibility to learn at your own pace while still gaining practical, career-oriented skills.
3. Build Practical Skills
Practice Writing Code: The best way to learn programming is by doing it. Websites like:
LeetCode (great for algorithm practice)
HackerRank
Codewars
Open Source Contribution: Join open-source projects on platforms like GitHub to get real-world experience and build a portfolio.
Create Personal Projects: Build your own applications, websites, or programs. This helps solidify your skills and makes you more marketable to employers.
Collaborate with Others: Join coding communities or hackathons to collaborate with others. Sites like Stack Overflow, Reddit’s r/learnprogramming, or Dev.to are great places to connect with peers.
4. Understand Computer Science Fundamentals
Even if you don't take a formal computer science degree, it’s important to understand core principles such as:
Algorithms and Data Structures: These are the foundation of writing efficient code.
Time Complexity (Big O notation): Learn to assess how efficient your code is.
Operating Systems: Learn basic knowledge about how systems and hardware work.
Version Control Systems (Git): Understand how to use Git to manage your code and collaborate with others.
5. Stay Updated with Industry Trends
Programming is always evolving, so staying updated is key.
Follow tech blogs (e.g., TechCrunch, Medium, Dev.to).
Listen to programming podcasts (e.g., Coding Blocks, Software Engineering Daily).
Join developer communities on Slack or Discord.
Keep practicing and learning new languages and frameworks as technology evolves.
6. Job Search and Networking
Portfolio: Build a portfolio website that showcases your best work.
LinkedIn: Keep your LinkedIn profile updated with your skills, certifications, and projects.
Internships or Freelancing: Gain work experience through internships or freelance projects.
Networking: Attend tech meetups, conferences, or online events to network with industry professionals and potential employers.
7. Keep Learning
Advanced Topics: Once you're comfortable with basic programming, explore advanced topics like:
Machine Learning / Artificial Intelligence
Cloud Computing (AWS, Azure)
DevOps and Continuous Integration
Security and Cryptography
Summary of Steps:
Decide your area of interest (web development, mobile, data science, etc.).
Choose a learning method (self-taught, formal degree, or bootcamp).
Learn programming languages that align with your goals.
Practice regularly through projects, coding challenges, and open-source contributions.
Study computer science fundamentals to improve your problem-solving skills.
Stay up to date with technology trends and new tools.
Build a portfolio and start looking for internships or job opportunities.
Remember, becoming a great programmer takes time, persistence, and continuous learning, so enjoy the process!
Decide on a Programming Language: Start by deciding which programming languages you want to learn. Some common languages include:
Python: Great for beginners and widely used in data science, web development, automation, and more.
JavaScript: Ideal if you’re interested in web development.
Java or C#: Often used in large systems or Android development.
C/C++: Often used for system programming or game development.
Ruby or PHP: Common in web development.
Consider Specializations: Think about the area of programming you want to focus on, such as web development, mobile apps, game development, or data science. This will influence your learning path and programming languages.
2. Choose a Learning Path
You can take several approaches to learning programming:
A. Self-Taught / Online Learning (Most Flexible)
Free Resources: Many people start by using free resources like:
Codecademy (free courses)
freeCodeCamp (a lot of free interactive tutorials and projects)
W3Schools (for web development)
Khan Academy (introductory programming courses)
Paid Courses: You can invest in structured courses that offer more in-depth content:
Udemy: Offers affordable courses on specific topics like Python, JavaScript, etc.
Coursera: Many universities offer online programming courses here.
edX: Offers both free and paid courses from universities like Harvard and MIT.
Books: Reading books like "Clean Code" (for best practices), "The Pragmatic Programmer", or "Automate the Boring Stuff with Python" can be helpful for self-learners.
B. Formal Education (College or Bootcamp)
Bachelor's Degree in Computer Science: A traditional route is to earn a degree in computer science, which will give you a strong foundation in algorithms, data structures, and systems.
Pros: Comprehensive education, networking opportunities, access to resources like internships.
Cons: Time-consuming (typically 4 years), expensive.
Coding Bootcamps: Intensive, short-term programs that focus on practical coding skills. They can range from a few weeks to a few months and are often more affordable than traditional degrees.
Popular Bootcamps: General Assembly, Flatiron School, Le Wagon, and others offer great programming bootcamps.
Pros: Fast-paced, hands-on, job-focused.
Cons: Less theoretical knowledge, fast learning curve.
C. Hybrid Approach
Combine Self-Taught with Formal Education: Some choose a hybrid route where they take a few online courses or bootcamps for focused learning and supplement with self-study. This offers a more personalized experience, with flexibility to learn at your own pace while still gaining practical, career-oriented skills.
3. Build Practical Skills
Practice Writing Code: The best way to learn programming is by doing it. Websites like:
LeetCode (great for algorithm practice)
HackerRank
Codewars
Open Source Contribution: Join open-source projects on platforms like GitHub to get real-world experience and build a portfolio.
Create Personal Projects: Build your own applications, websites, or programs. This helps solidify your skills and makes you more marketable to employers.
Collaborate with Others: Join coding communities or hackathons to collaborate with others. Sites like Stack Overflow, Reddit’s r/learnprogramming, or Dev.to are great places to connect with peers.
4. Understand Computer Science Fundamentals
Even if you don't take a formal computer science degree, it’s important to understand core principles such as:
Algorithms and Data Structures: These are the foundation of writing efficient code.
Time Complexity (Big O notation): Learn to assess how efficient your code is.
Operating Systems: Learn basic knowledge about how systems and hardware work.
Version Control Systems (Git): Understand how to use Git to manage your code and collaborate with others.
5. Stay Updated with Industry Trends
Programming is always evolving, so staying updated is key.
Follow tech blogs (e.g., TechCrunch, Medium, Dev.to).
Listen to programming podcasts (e.g., Coding Blocks, Software Engineering Daily).
Join developer communities on Slack or Discord.
Keep practicing and learning new languages and frameworks as technology evolves.
6. Job Search and Networking
Portfolio: Build a portfolio website that showcases your best work.
LinkedIn: Keep your LinkedIn profile updated with your skills, certifications, and projects.
Internships or Freelancing: Gain work experience through internships or freelance projects.
Networking: Attend tech meetups, conferences, or online events to network with industry professionals and potential employers.
7. Keep Learning
Advanced Topics: Once you're comfortable with basic programming, explore advanced topics like:
Machine Learning / Artificial Intelligence
Cloud Computing (AWS, Azure)
DevOps and Continuous Integration
Security and Cryptography
Summary of Steps:
Decide your area of interest (web development, mobile, data science, etc.).
Choose a learning method (self-taught, formal degree, or bootcamp).
Learn programming languages that align with your goals.
Practice regularly through projects, coding challenges, and open-source contributions.
Study computer science fundamentals to improve your problem-solving skills.
Stay up to date with technology trends and new tools.
Build a portfolio and start looking for internships or job opportunities.
Remember, becoming a great programmer takes time, persistence, and continuous learning, so enjoy the process!
Updated
Fernanda’s Answer
Hi Christian,
My suggestion will be to start by learning a programming language (Python is beginner-friendly and widely used in many areas of tech such as web development, automation, etc.).
There are great online courses in Udemy and Coursera, but if it is in your possibilities to study a college degree then you can choose a software engineering career, and even specialize in high demand areas (data science, cybersecurity, artificial intelligence, etc)
My suggestion will be to start by learning a programming language (Python is beginner-friendly and widely used in many areas of tech such as web development, automation, etc.).
There are great online courses in Udemy and Coursera, but if it is in your possibilities to study a college degree then you can choose a software engineering career, and even specialize in high demand areas (data science, cybersecurity, artificial intelligence, etc)
Updated
Bashayir’s Answer
There are several paths to becoming a computer programmer. A traditional route is pursuing a bachelor's degree in Computer Science, Software Engineering, or Computer Engineering. These degrees provide a strong foundation in core concepts and prepare you for a wide range of programming roles.
Alternatively, coding bootcamps offer accelerated training in specific programming languages and technologies, often focusing on practical skills and project-based learning. This can be a faster option, but it's crucial to research reputable bootcamps and consider the cost.
Self-learning is another viable path, utilizing online resources like Coursera, edX, and YouTube tutorials. This approach requires discipline and consistent practice. Building personal projects and contributing to open-source projects can provide valuable hands-on experience.
Ultimately, the best route depends on your learning style, budget, career goals, and personal preferences.
Alternatively, coding bootcamps offer accelerated training in specific programming languages and technologies, often focusing on practical skills and project-based learning. This can be a faster option, but it's crucial to research reputable bootcamps and consider the cost.
Self-learning is another viable path, utilizing online resources like Coursera, edX, and YouTube tutorials. This approach requires discipline and consistent practice. Building personal projects and contributing to open-source projects can provide valuable hands-on experience.
Ultimately, the best route depends on your learning style, budget, career goals, and personal preferences.
Updated
Guy’s Answer
Becoming a computer programmer is an exciting and rewarding journey that can lead to a variety of career opportunities. The best route depends on your interests, learning style, and resources, but here’s a comprehensive roadmap:
---
### **1. Understand the Basics**
Start by grasping fundamental concepts in programming and computer science:
- **Learn What Programming Is**: Understand how code creates software, websites, games, and apps.
- **Familiarize Yourself with Computational Thinking**: Practice breaking problems into smaller, manageable steps (algorithmic thinking).
---
### **2. Learn a Programming Language**
Begin with beginner-friendly languages and gradually expand your skills:
- **Recommended Starter Languages**:
- **Python**: Great for beginners due to its readability; used in web development, data analysis, and AI.
- **JavaScript**: Essential for web development.
- **Scratch**: A visual programming language ideal for absolute beginners (great for younger learners).
- **HTML/CSS**: Basics of web development.
- **Practice**: Build small projects (calculators, simple games) to apply what you learn.
---
### **3. Build a Strong Foundation**
Learn fundamental computer science concepts that will help in all programming:
- **Data Structures and Algorithms**:
- Arrays, lists, and trees.
- Sorting and searching algorithms.
- **Version Control**: Learn tools like Git/GitHub to manage your code.
- **Basic Math and Logic**: Skills in algebra, logic, and problem-solving are essential.
- **Problem-Solving Practice**:
- Use platforms like **LeetCode**, **HackerRank**, or **Codewars** to practice coding problems.
---
### **4. Explore Different Programming Fields**
Find your area of interest and dive deeper:
- **Web Development**: Learn JavaScript, React, Node.js, and databases (SQL, MongoDB).
- **Mobile App Development**: Explore Swift (iOS) or Kotlin (Android).
- **Game Development**: Learn C# (Unity) or C++ (Unreal Engine).
- **Data Science and Machine Learning**: Focus on Python libraries like Pandas, NumPy, TensorFlow.
- **Cybersecurity**: Learn C, Python, and networking fundamentals.
- **Embedded Systems**: Work with languages like C and understand hardware concepts.
---
### **5. Get Hands-On Experience**
- **Build Projects**:
- Create personal or collaborative projects like a website, app, or game.
- Share your work on platforms like GitHub to showcase to potential employers.
- **Contribute to Open Source**: Work on real-world projects with other programmers.
- **Freelance or Intern**: Gain professional experience through internships or freelancing platforms like Fiverr or Upwork.
---
### **6. Education Pathways**
Depending on your circumstances, choose one or a combination of these:
- **Self-Taught**:
- Use free and paid resources like **freeCodeCamp**, **Khan Academy**, or **Coursera**.
- Follow online tutorials and courses tailored to your interest (e.g., Udemy, Codecademy).
- **Formal Education**:
- Pursue a degree in Computer Science or Software Engineering.
- Many jobs require a degree, though this is becoming less critical with experience and a strong portfolio.
- **Coding Bootcamps**:
- Short-term, intensive programs focused on specific programming skills.
- Good for job-readiness in fields like web development.
---
### **7. Develop Soft Skills**
Being a good programmer isn't just about technical skills:
- **Problem-Solving**: Practice tackling complex problems logically.
- **Teamwork**: Collaboration is key in software development.
- **Communication**: Learn to explain technical ideas clearly to non-technical audiences.
---
### **8. Build a Portfolio**
Create a portfolio to showcase your skills to potential employers:
- Include projects that highlight your abilities (e.g., personal websites, apps, or games).
- Use platforms like **GitHub** to display your code and contributions.
---
### **9. Stay Up-to-Date**
Technology evolves rapidly; keep learning and adapting:
- **Follow Trends**: Read blogs, watch tutorials, and attend tech conferences.
- **Learn New Tools and Frameworks**: Stay familiar with in-demand technologies in your chosen field.
- **Join Communities**: Engage with programmers on platforms like Stack Overflow, Reddit, or Discord.
---
### **10. Seek Employment**
When you're ready, apply for jobs or internships:
- **Entry-Level Roles**: Look for roles like Junior Developer, Software Tester, or Technical Support.
- **Customize Your Resume**: Highlight relevant projects, certifications, and experiences.
- **Network**: Connect with professionals on LinkedIn or through local meetups.
---
By following this roadmap and consistently practicing, you'll build the skills, knowledge, and confidence needed to succeed as a computer programmer!
---
### **1. Understand the Basics**
Start by grasping fundamental concepts in programming and computer science:
- **Learn What Programming Is**: Understand how code creates software, websites, games, and apps.
- **Familiarize Yourself with Computational Thinking**: Practice breaking problems into smaller, manageable steps (algorithmic thinking).
---
### **2. Learn a Programming Language**
Begin with beginner-friendly languages and gradually expand your skills:
- **Recommended Starter Languages**:
- **Python**: Great for beginners due to its readability; used in web development, data analysis, and AI.
- **JavaScript**: Essential for web development.
- **Scratch**: A visual programming language ideal for absolute beginners (great for younger learners).
- **HTML/CSS**: Basics of web development.
- **Practice**: Build small projects (calculators, simple games) to apply what you learn.
---
### **3. Build a Strong Foundation**
Learn fundamental computer science concepts that will help in all programming:
- **Data Structures and Algorithms**:
- Arrays, lists, and trees.
- Sorting and searching algorithms.
- **Version Control**: Learn tools like Git/GitHub to manage your code.
- **Basic Math and Logic**: Skills in algebra, logic, and problem-solving are essential.
- **Problem-Solving Practice**:
- Use platforms like **LeetCode**, **HackerRank**, or **Codewars** to practice coding problems.
---
### **4. Explore Different Programming Fields**
Find your area of interest and dive deeper:
- **Web Development**: Learn JavaScript, React, Node.js, and databases (SQL, MongoDB).
- **Mobile App Development**: Explore Swift (iOS) or Kotlin (Android).
- **Game Development**: Learn C# (Unity) or C++ (Unreal Engine).
- **Data Science and Machine Learning**: Focus on Python libraries like Pandas, NumPy, TensorFlow.
- **Cybersecurity**: Learn C, Python, and networking fundamentals.
- **Embedded Systems**: Work with languages like C and understand hardware concepts.
---
### **5. Get Hands-On Experience**
- **Build Projects**:
- Create personal or collaborative projects like a website, app, or game.
- Share your work on platforms like GitHub to showcase to potential employers.
- **Contribute to Open Source**: Work on real-world projects with other programmers.
- **Freelance or Intern**: Gain professional experience through internships or freelancing platforms like Fiverr or Upwork.
---
### **6. Education Pathways**
Depending on your circumstances, choose one or a combination of these:
- **Self-Taught**:
- Use free and paid resources like **freeCodeCamp**, **Khan Academy**, or **Coursera**.
- Follow online tutorials and courses tailored to your interest (e.g., Udemy, Codecademy).
- **Formal Education**:
- Pursue a degree in Computer Science or Software Engineering.
- Many jobs require a degree, though this is becoming less critical with experience and a strong portfolio.
- **Coding Bootcamps**:
- Short-term, intensive programs focused on specific programming skills.
- Good for job-readiness in fields like web development.
---
### **7. Develop Soft Skills**
Being a good programmer isn't just about technical skills:
- **Problem-Solving**: Practice tackling complex problems logically.
- **Teamwork**: Collaboration is key in software development.
- **Communication**: Learn to explain technical ideas clearly to non-technical audiences.
---
### **8. Build a Portfolio**
Create a portfolio to showcase your skills to potential employers:
- Include projects that highlight your abilities (e.g., personal websites, apps, or games).
- Use platforms like **GitHub** to display your code and contributions.
---
### **9. Stay Up-to-Date**
Technology evolves rapidly; keep learning and adapting:
- **Follow Trends**: Read blogs, watch tutorials, and attend tech conferences.
- **Learn New Tools and Frameworks**: Stay familiar with in-demand technologies in your chosen field.
- **Join Communities**: Engage with programmers on platforms like Stack Overflow, Reddit, or Discord.
---
### **10. Seek Employment**
When you're ready, apply for jobs or internships:
- **Entry-Level Roles**: Look for roles like Junior Developer, Software Tester, or Technical Support.
- **Customize Your Resume**: Highlight relevant projects, certifications, and experiences.
- **Network**: Connect with professionals on LinkedIn or through local meetups.
---
By following this roadmap and consistently practicing, you'll build the skills, knowledge, and confidence needed to succeed as a computer programmer!
Updated
Dat’s Answer
To become a computer programmer, here’s an effective route to follow:
Learn the Basics: Start with foundational programming languages like Python or JavaScript, as they're beginner-friendly and widely used.
Get Formal Education or Self-Learn: A degree in computer science can be beneficial, but many programmers succeed with self-taught skills or boot camps, which offer structured learning in less time.
Practice Coding Regularly: Build small projects, practice on coding platforms (e.g., LeetCode, HackerRank), and contribute to open-source projects to sharpen your skills.
Choose a Specialization: Based on your interests, you might focus on web development, mobile app development, software engineering, or data science.
Build a Portfolio: Showcase your projects on GitHub or a personal website to demonstrate your skills to potential employers.
Stay Updated and Keep Learning: Tech evolves rapidly, so continuous learning is essential. Try new languages, frameworks, and tools to broaden your expertise.
By following this path, you’ll develop both the technical skills and practical experience needed to succeed as a computer programmer.
Learn the Basics: Start with foundational programming languages like Python or JavaScript, as they're beginner-friendly and widely used.
Get Formal Education or Self-Learn: A degree in computer science can be beneficial, but many programmers succeed with self-taught skills or boot camps, which offer structured learning in less time.
Practice Coding Regularly: Build small projects, practice on coding platforms (e.g., LeetCode, HackerRank), and contribute to open-source projects to sharpen your skills.
Choose a Specialization: Based on your interests, you might focus on web development, mobile app development, software engineering, or data science.
Build a Portfolio: Showcase your projects on GitHub or a personal website to demonstrate your skills to potential employers.
Stay Updated and Keep Learning: Tech evolves rapidly, so continuous learning is essential. Try new languages, frameworks, and tools to broaden your expertise.
By following this path, you’ll develop both the technical skills and practical experience needed to succeed as a computer programmer.
Updated
Michael’s Answer
Explore websites like Udemy and Coursera to find free or inexpensive courses that pique your interest. Start with classes that provide a basic understanding, then move on to more specific introductory coding courses to build your skills.
Updated
Wojciech’s Answer
Hi, to become a computer programmer, start by learning a beginner-friendly programming language like Python, which is widely used and has straightforward syntax. Focus on foundational programming concepts like variables, loops, functions, and data structures, as these are the building blocks of coding. Practice regularly by working on small projects, like creating a calculator or a to-do list app, which will help you solidify your skills and gain confidence. Once comfortable, explore other languages such as JavaScript for web development or Java for general-purpose programming. Consider formal learning through online courses, coding bootcamps, or a degree in computer science, depending on your learning style and career goals. Joining programming communities or contributing to open-source projects can also provide real-world experience and networking opportunities. Finally, build a portfolio to showcase your projects and code, as this will be essential for landing a job in the tech field.
Updated
Biju’s Answer
- Start with learning fundamental programming languages like Python or Java, as they are beginner-friendly and widely used.
- Getting a computer science or related degree can provide a strong foundation in algorithms, data structures, and problem-solving skills, but many successful programmers are self-taught through online courses and tutorials.
- Practice is key, so building small projects, participating in coding challenges, or contributing to open-source projects helps reinforce learning.
- As you advance, learning specialized areas like web development, mobile app development, or software engineering broadens your expertise.
- Try to network through tech communities, attend coding bootcamps etc. can open doors to practical experience and job opportunities in the field.
- Getting a computer science or related degree can provide a strong foundation in algorithms, data structures, and problem-solving skills, but many successful programmers are self-taught through online courses and tutorials.
- Practice is key, so building small projects, participating in coding challenges, or contributing to open-source projects helps reinforce learning.
- As you advance, learning specialized areas like web development, mobile app development, or software engineering broadens your expertise.
- Try to network through tech communities, attend coding bootcamps etc. can open doors to practical experience and job opportunities in the field.
Updated
Anthany’s Answer
I think there's many paths into this field so I'll give a way that worked for me. Starting off, look online for some tutorials on coding; there's a lot of sources that will offer that for you. Then take classes and a major that are in the field such as Computer Science, Digital Media, etc. Then one of the biggest things you can do is do an internship with a company or multiple companies until you find one that you like! Then when you're done, your chances of getting hired at that company are much higher!
Updated
Patrick’s Answer
Embarking on a career as a computer programmer is a thrilling and fulfilling path, particularly in light of the increasing need for tech experts across all sectors. The optimal approach to breaking into this field blends formal education, self-guided study, and hands-on experience.
Start by establishing a firm grasp of programming language basics, algorithms, and principles of computer science. This can be achieved by enrolling in high school computer science or coding courses, if accessible, or by utilizing online resources, coding bootcamps, and complimentary tutorials in languages like Python, Java, or C++. These languages are prevalent and offer a robust foundation for understanding how to compose and troubleshoot code.
Post-high school, it's common to pursue a degree in computer science, software engineering, or a related discipline from a university or community college. Formal education offers a more profound comprehension of computer theory, programming concepts, and problem-solving methods. However, many accomplished programmers have crafted their careers without a conventional degree, instead, capitalizing on alternative avenues like coding bootcamps. These intensive, short-duration programs concentrate on honing specific programming skills in a practical, project-oriented setting, and are highly regarded by employers, particularly for those seeking to rapidly acquire practical coding experience.
Parallel to formal education or coding bootcamps, acquiring hands-on experience is vital. Begin by creating your own coding projects, contributing to open-source software, or engaging in coding challenges and hackathons. These activities will not only boost your technical abilities but also illustrate your capacity to apply your knowledge in real-world situations. Furthermore, crafting a robust portfolio of projects on platforms like GitHub will attest to your skills and enthusiasm for programming, which is crucial when job hunting. Networking with fellow developers, becoming part of tech communities, and pursuing internships or freelance opportunities can also offer valuable contacts and keep you informed about the latest industry trends and technologies.
In conclusion, the path to becoming a computer programmer is a fusion of education, practice, and perseverance. Whether you opt for a formal degree, join a bootcamp, or self-educate, the key is to stay dedicated, continuously refine your skills, and construct a portfolio that displays your work. The tech industry is expansive and perpetually evolving, offering boundless opportunities for growth and innovation to those with the appropriate skills and attitude.
Start by establishing a firm grasp of programming language basics, algorithms, and principles of computer science. This can be achieved by enrolling in high school computer science or coding courses, if accessible, or by utilizing online resources, coding bootcamps, and complimentary tutorials in languages like Python, Java, or C++. These languages are prevalent and offer a robust foundation for understanding how to compose and troubleshoot code.
Post-high school, it's common to pursue a degree in computer science, software engineering, or a related discipline from a university or community college. Formal education offers a more profound comprehension of computer theory, programming concepts, and problem-solving methods. However, many accomplished programmers have crafted their careers without a conventional degree, instead, capitalizing on alternative avenues like coding bootcamps. These intensive, short-duration programs concentrate on honing specific programming skills in a practical, project-oriented setting, and are highly regarded by employers, particularly for those seeking to rapidly acquire practical coding experience.
Parallel to formal education or coding bootcamps, acquiring hands-on experience is vital. Begin by creating your own coding projects, contributing to open-source software, or engaging in coding challenges and hackathons. These activities will not only boost your technical abilities but also illustrate your capacity to apply your knowledge in real-world situations. Furthermore, crafting a robust portfolio of projects on platforms like GitHub will attest to your skills and enthusiasm for programming, which is crucial when job hunting. Networking with fellow developers, becoming part of tech communities, and pursuing internships or freelance opportunities can also offer valuable contacts and keep you informed about the latest industry trends and technologies.
In conclusion, the path to becoming a computer programmer is a fusion of education, practice, and perseverance. Whether you opt for a formal degree, join a bootcamp, or self-educate, the key is to stay dedicated, continuously refine your skills, and construct a portfolio that displays your work. The tech industry is expansive and perpetually evolving, offering boundless opportunities for growth and innovation to those with the appropriate skills and attitude.
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Yagnesh’s Answer
To become a computer programmer, start by learning a beginner-friendly language like Python or JavaScript. Practice by building small projects, like websites or games, to grow your skills. Take free or paid online courses to understand coding basics and key concepts. Once confident, apply for internships or entry-level jobs to gain real-world experience. Stay curious and keep learning!
Start a small coding project and explore free online courses to strengthen your programming basics.
Yagnesh recommends the following next steps:
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Jocelyn’s Answer
My suggestion will be to first of all, start studying the college degree in software engineering, before completing your career start connecting with IT companies that offer a large number of opportunities or internship programs that will help you to train for the real-world scenarios for you to face as a coder. This is highly demanded for IT companies, and you'll learn a lot from this internship programs.
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Dr’s Answer
Hey Christian!
The road to becoming a computer programmer is a lot like being a superhero—it's about finding your own unique power! Since you’re into tech, you’re already on the right track. But here's the secret sauce: You can start right now, no fancy degree required!
My brother, for example, dove straight into making random games. He’d throw in his ideas just to build his skills. This was especially helpful when COVID hit—while the world was locked down, he was out there taking Udemy courses and leveling up his programming abilities. It was all about hands-on experience and continuous learning. If he can do it, I’m sure you can too—just keep that energy and ambition rolling!
To get started:
Choose your path! Are you into making games, websites, or apps? Pick something that excites you.
Learn from free resources—YouTube, online tutorials, and platforms like Udemy or Codecademy are great.
Practice. A LOT. It’s the only way you’ll get better.
Don’t be afraid to mess up—trust me, your future self will laugh at your mistakes (and then be thankful for them!).
If you want to make games, dive into game development with languages like Python or C#. If websites are your jam, HTML, CSS, and JavaScript will become your best friends. Find projects that interest you, and before you know it, you’ll be building cool stuff just like your heroes.
Keep the hustle up, and remember: it’s all about starting small, staying curious, and having fun. You’ve got this!
The road to becoming a computer programmer is a lot like being a superhero—it's about finding your own unique power! Since you’re into tech, you’re already on the right track. But here's the secret sauce: You can start right now, no fancy degree required!
My brother, for example, dove straight into making random games. He’d throw in his ideas just to build his skills. This was especially helpful when COVID hit—while the world was locked down, he was out there taking Udemy courses and leveling up his programming abilities. It was all about hands-on experience and continuous learning. If he can do it, I’m sure you can too—just keep that energy and ambition rolling!
To get started:
Choose your path! Are you into making games, websites, or apps? Pick something that excites you.
Learn from free resources—YouTube, online tutorials, and platforms like Udemy or Codecademy are great.
Practice. A LOT. It’s the only way you’ll get better.
Don’t be afraid to mess up—trust me, your future self will laugh at your mistakes (and then be thankful for them!).
If you want to make games, dive into game development with languages like Python or C#. If websites are your jam, HTML, CSS, and JavaScript will become your best friends. Find projects that interest you, and before you know it, you’ll be building cool stuff just like your heroes.
Keep the hustle up, and remember: it’s all about starting small, staying curious, and having fun. You’ve got this!
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Rajesh Kumar’s Answer
Becoming a computer programmer is an exciting and rewarding journey! Here’s a clear and simple guide to help you get started:
1. Understand the Basics
- Learn what programming is and how it works.
- Start with basic computer concepts and get familiar with how computers process instructions.
2. Choose a Programming Language
- Begin with beginner-friendly languages like:
- Python (great for beginners, easy to read and versatile)
- JavaScript (used for web development)
- Scratch (a visual programming language for young learners)
- Stick with one language until you’re comfortable.
3. Learn Through Resources
- Use online platforms like:
- Code.org or Khan Academy (beginner-friendly)
- FreeCodeCamp or Codecademy (interactive coding practice)
- Watch tutorials on YouTube or use books designed for beginners.
4. Practice Writing Code
- Start with simple projects like:
- Writing a calculator program.
- Making a simple website.
- Automating small tasks.
- Experiment and play around with code—it’s the best way to learn!
5. Take Courses or Attend Classes
- Look for programming courses in school or local programs.
- Join online courses like Coursera, Udemy, or edX.
6. Build Projects
- Start building real-world projects once you’re confident with the basics.
- Example projects:
- Create a personal portfolio website.
- Develop a small game or app.
- This helps you learn and creates a portfolio to show employers.
7. Learn Problem-Solving
- Practice solving coding problems on platforms like:
- LeetCode
- HackerRank
- Codewars
- It strengthens your logic and coding skills.
8. Join a Community
- Connect with other programmers through forums like:
- Reddit (r/learnprogramming)
- Stack Overflow (ask questions and find answers)
- Programming meetups or clubs.
- Collaborate on open-source projects to gain experience.
9. Keep Learning and Growing
- Learn advanced topics like data structures, algorithms, and databases.
- Explore specialized fields:
- Web development
- Mobile app development
- Artificial intelligence (AI) and machine learning
- Keep updating your skills with new technologies.
10. Internships and Jobs
- Apply for internships or entry-level programming jobs.
- Use platforms like LinkedIn, Indeed, or Glassdoor to find opportunities.
- Highlight your projects and problem-solving skills.
Remember, persistence is key. Programming might feel hard at first, but regular practice and curiosity will help you improve quickly. Good luck on your journey! 😊
1. Understand the Basics
- Learn what programming is and how it works.
- Start with basic computer concepts and get familiar with how computers process instructions.
2. Choose a Programming Language
- Begin with beginner-friendly languages like:
- Python (great for beginners, easy to read and versatile)
- JavaScript (used for web development)
- Scratch (a visual programming language for young learners)
- Stick with one language until you’re comfortable.
3. Learn Through Resources
- Use online platforms like:
- Code.org or Khan Academy (beginner-friendly)
- FreeCodeCamp or Codecademy (interactive coding practice)
- Watch tutorials on YouTube or use books designed for beginners.
4. Practice Writing Code
- Start with simple projects like:
- Writing a calculator program.
- Making a simple website.
- Automating small tasks.
- Experiment and play around with code—it’s the best way to learn!
5. Take Courses or Attend Classes
- Look for programming courses in school or local programs.
- Join online courses like Coursera, Udemy, or edX.
6. Build Projects
- Start building real-world projects once you’re confident with the basics.
- Example projects:
- Create a personal portfolio website.
- Develop a small game or app.
- This helps you learn and creates a portfolio to show employers.
7. Learn Problem-Solving
- Practice solving coding problems on platforms like:
- LeetCode
- HackerRank
- Codewars
- It strengthens your logic and coding skills.
8. Join a Community
- Connect with other programmers through forums like:
- Reddit (r/learnprogramming)
- Stack Overflow (ask questions and find answers)
- Programming meetups or clubs.
- Collaborate on open-source projects to gain experience.
9. Keep Learning and Growing
- Learn advanced topics like data structures, algorithms, and databases.
- Explore specialized fields:
- Web development
- Mobile app development
- Artificial intelligence (AI) and machine learning
- Keep updating your skills with new technologies.
10. Internships and Jobs
- Apply for internships or entry-level programming jobs.
- Use platforms like LinkedIn, Indeed, or Glassdoor to find opportunities.
- Highlight your projects and problem-solving skills.
Remember, persistence is key. Programming might feel hard at first, but regular practice and curiosity will help you improve quickly. Good luck on your journey! 😊
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Irina’s Answer
There is no best route, is just the right path and consistency on keeping yourself up to date:
- A degree in computer science , so choose some College with this profile
- Internship during the College , on one of the company in the IT area
- Look for other area in IT where you may better fit per your desires and skills
- Ongoing development skills
- Keep up with the industry trends/ self learning
- A degree in computer science , so choose some College with this profile
- Internship during the College , on one of the company in the IT area
- Look for other area in IT where you may better fit per your desires and skills
- Ongoing development skills
- Keep up with the industry trends/ self learning
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Daniel’s Answer
Hello Christian,
There is no best route to become a developer, it's just your personal career path.
Idea is to start to solve different problems - at the beginning to familiarize with the most important algorithms - then to apply these skills in real problems - using a programming language.
You can start with programming of web pages in HTML to have an immediate results or with Python because it's having a syntax very similar with common language.
Just start to solve problems from simple to complex.
Program and experiment and let us know with your results.
Regards,
Daniel
There is no best route to become a developer, it's just your personal career path.
Idea is to start to solve different problems - at the beginning to familiarize with the most important algorithms - then to apply these skills in real problems - using a programming language.
You can start with programming of web pages in HTML to have an immediate results or with Python because it's having a syntax very similar with common language.
Just start to solve problems from simple to complex.
Program and experiment and let us know with your results.
Regards,
Daniel
Updated
Irina’s Answer
There is no best route, is just the right path and consistancy on keeping yourself up to date:
- A degree in computer science so choose some College with this profile
- Internship during the College on one of the company in the IT area
- Look for other area in IT where you may better fit per your desires and skills
- Ongoing development skills
- Keep up with the industry trends/ self learning
- A degree in computer science so choose some College with this profile
- Internship during the College on one of the company in the IT area
- Look for other area in IT where you may better fit per your desires and skills
- Ongoing development skills
- Keep up with the industry trends/ self learning