6 answers
Samuel
Student
Chicago Heights, Illinois
2
Questions
Asked
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How do I become a great computer scientist? How do I become a great computer scientist and how do I make sure I am the best at what I do.... I have been coding before but how do I make sure my codes are the best codes?
How do I become a great computer scientist and how do I make sure I am the best at what I do....
I have been coding before but how do I make sure my codes are the best codes
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6 answers
Mark Eagle
CTO
33
Answers
Denver, Colorado
Updated
Mark’s Answer
I will provide a non AI answer.
Computer Science is not the same as coding. In fact there are dozens of different skill sets in the software tech field.
Do some research to determine what you want to do.
1) During your education, seek out mentors or professors to critique your work.
2) During your first job, show that you are interested in feedback.
3.) Then continue to learn and practice your skill
Reasearch what jobs are available
Choose your course of education
get a mentor
get an internship where they will give feedback
Computer Science is not the same as coding. In fact there are dozens of different skill sets in the software tech field.
Do some research to determine what you want to do.
1) During your education, seek out mentors or professors to critique your work.
2) During your first job, show that you are interested in feedback.
3.) Then continue to learn and practice your skill
Mark recommends the following next steps:
Mary Teraji
12
Answers
Castroville, CA
Updated
Mary’s Answer
1.) You never let yourself reach a point where you think you're the best. There will always more to learn, and technology especially is ever evolving. My partner writes code. He's been doing it for many years and he gets paid good money to do it. And he always has to change it up and do things in ways he's never done them before. New programs are being invented to make his coding skills obsolete, and he has to evolve with it, learn new programs, and learn new ways to do his job. Always be willing to learn. Always be willing to accept that you don't know everything.
2.) Understand that being the best doesn't always matter, because people have their own ideas about what's "the best." You will make websites that's are beautiful and efficient and effective and you will make them in record time and you will still be told it's not good enough. It's not your fault. It's just how it goes. The person you're working for ultimately has the final say, and they want what they want, not what you think is best. You'll do garbage work for someone who doesn't know any better and they'll think it's brilliant. Being good at what you do starts with being able to communicate well, because doing a "good job" depends on what your client wants.
2.) Understand that being the best doesn't always matter, because people have their own ideas about what's "the best." You will make websites that's are beautiful and efficient and effective and you will make them in record time and you will still be told it's not good enough. It's not your fault. It's just how it goes. The person you're working for ultimately has the final say, and they want what they want, not what you think is best. You'll do garbage work for someone who doesn't know any better and they'll think it's brilliant. Being good at what you do starts with being able to communicate well, because doing a "good job" depends on what your client wants.
Daniel Quinones
Technical Recruiter
1
Answer
Orange, California
Updated
Daniel’s Answer
There is a lot of good advice given here. I will focus my answer on Computer Science as a degree, and Software Engineering as a profession.
To become an expert computer scientist / Software Engineer and ensure your codes stand out:
Choose a language wisely. Opt for open-source languages like Python, C++, or Java. $$$
Focus on a specific area of interest within computer science.
Immerse yourself in reading and learning. Build practical projects to solidify your knowledge.
Don't be discouraged by existing solutions; instead, aim to solve BIG problems innovatively.
Cultivate your imagination and strive for the ideal solutions.
If you're into gaming, create a game to learn various aspects of software development.
Embrace the full software development life cycle, from selection to deployment.
Learn problem-solving techniques and leverage community resources for solutions.
Document your work meticulously and set achievable deadlines.
Explore various aspects of software development, including project and product management, UI/UX, and cloud technologies like AWS or Azure.
Dream Big..., Learn how to Lead, Be Bold, and Share your ideas with others. Be the best at what you do. Become the EXPERT, Be the Expert.
Do!
Coding Classes for High School Students in Chicago https://www.nobledesktop.com/classes-near-me/chicago/coding/high-school
Code Acadamy Codecademy.com
Github https://github.com/
join user groups LinkedIn.com
Reddit groups
To become an expert computer scientist / Software Engineer and ensure your codes stand out:
Choose a language wisely. Opt for open-source languages like Python, C++, or Java. $$$
Focus on a specific area of interest within computer science.
Immerse yourself in reading and learning. Build practical projects to solidify your knowledge.
Don't be discouraged by existing solutions; instead, aim to solve BIG problems innovatively.
Cultivate your imagination and strive for the ideal solutions.
If you're into gaming, create a game to learn various aspects of software development.
Embrace the full software development life cycle, from selection to deployment.
Learn problem-solving techniques and leverage community resources for solutions.
Document your work meticulously and set achievable deadlines.
Explore various aspects of software development, including project and product management, UI/UX, and cloud technologies like AWS or Azure.
Dream Big..., Learn how to Lead, Be Bold, and Share your ideas with others. Be the best at what you do. Become the EXPERT, Be the Expert.
Do!
Daniel recommends the following next steps:
Kathy Liu
Software Engineer
3
Answers
Seattle, Washington
Updated
Kathy’s Answer
All the earlier advice is indeed valuable. However, I'd like to emphasize the importance of problem-solving skills. Before you dive into coding, make sure you fully grasp the issue at hand. Even if you craft the most impressive and tidy code, it's pointless if it doesn't address the correct problem.
James Constantine Frangos
Consultant Dietitian & Software Developer since 1972 => Nutrition Education => Health & Longevity => Self-Actualization.
6342
Answers
Gold Coast, Queensland, Australia
Updated
James Constantine’s Answer
Dear Samuel,
Build a Robust Base in Computer Science
To excel as a computer scientist, it's crucial to grasp the core principles of computer science. These encompass data structures, algorithms, computer architecture, and operating systems. You can gain this knowledge through formal schooling, online classes, or independent learning. A robust foundation in computer science will empower you to write superior code and tackle intricate problems.
Become Proficient in Programming Languages
Achieving success in computer science requires proficiency in programming languages. Select a few languages that are widely used in your area of interest and master them. Some of the most sought-after languages include Python, Java, C++, and JavaScript. Regular coding practice will refine your skills in crafting clean, efficient, and well-structured code.
Engage in Real-World Projects
To be an exceptional computer scientist, it's vital to gain hands-on experience by undertaking real-world projects. This will enable you to put theoretical concepts into practice and gain experience in solving complex problems. You can find such projects by contributing to open-source initiatives, participating in online communities, or embarking on personal projects.
Keep Pace with Emerging Technologies
The field of computer science is dynamic, with new technologies surfacing continually. To remain relevant and competitive, it's important to stay abreast of the latest technologies and trends. This will help you acquire new skills, broaden your knowledge, and stay ahead of your peers. You can keep up with the latest developments by attending conferences, enrolling in online courses, reading industry-related publications, and participating in online forums.
Cooperate with Fellow Computer Scientists
Cooperation is a key component of being an outstanding computer scientist. Collaborating with other computer scientists allows you to learn from their expertise, exchange knowledge, and gain fresh perspectives. Collaboration can occur in various ways, including pair programming, code reviews, and involvement in online communities. Through cooperation, you can enhance your skills and become a more accomplished computer scientist.
Continually Enhance Your Skills
To stand out in your field, it's essential to continually enhance your skills. This involves dedicating time for learning and practicing new skills. You can augment your skills by reading books, taking online courses, attending workshops and conferences, and engaging in coding challenges. By continually enhancing your skills, you can stay ahead of your peers and become an exceptional computer scientist.
To Ensure Your Codes are Top-Notch:
Adhere to Best Practices
To guarantee that your code is the best it can be, it's important to adhere to coding best practices. This involves using meaningful variable names, writing clear comments, using consistent formatting, and following coding standards for your chosen language. Adhering to coding best practices will make your code more readable and maintainable for you and others who may work on it in the future.
Test Your Code Rigorously
Testing is a critical aspect of writing quality code. Before deploying your code, it's essential to rigorously test it to ensure it's free from bugs and errors. Testing can involve unit testing individual functions or methods, integration testing to confirm that different components work together seamlessly, and end-to-end testing to ensure that your application functions as expected as a whole. Rigorous testing will ensure that your code is reliable and performs well under various conditions.
Implement Version Control
Version control is a vital tool for managing code changes over time. By using version control tools like Git or SVN, you can track changes to your codebase over time and collaborate more effectively with other developers. Implementing version control allows you to revert changes if necessary and maintain a history of all changes made to your codebase. By effectively implementing version control, you can ensure that your code is well-organized and easy to manage over time.
May God Bless You!
James Constantine Frangos.
Build a Robust Base in Computer Science
To excel as a computer scientist, it's crucial to grasp the core principles of computer science. These encompass data structures, algorithms, computer architecture, and operating systems. You can gain this knowledge through formal schooling, online classes, or independent learning. A robust foundation in computer science will empower you to write superior code and tackle intricate problems.
Become Proficient in Programming Languages
Achieving success in computer science requires proficiency in programming languages. Select a few languages that are widely used in your area of interest and master them. Some of the most sought-after languages include Python, Java, C++, and JavaScript. Regular coding practice will refine your skills in crafting clean, efficient, and well-structured code.
Engage in Real-World Projects
To be an exceptional computer scientist, it's vital to gain hands-on experience by undertaking real-world projects. This will enable you to put theoretical concepts into practice and gain experience in solving complex problems. You can find such projects by contributing to open-source initiatives, participating in online communities, or embarking on personal projects.
Keep Pace with Emerging Technologies
The field of computer science is dynamic, with new technologies surfacing continually. To remain relevant and competitive, it's important to stay abreast of the latest technologies and trends. This will help you acquire new skills, broaden your knowledge, and stay ahead of your peers. You can keep up with the latest developments by attending conferences, enrolling in online courses, reading industry-related publications, and participating in online forums.
Cooperate with Fellow Computer Scientists
Cooperation is a key component of being an outstanding computer scientist. Collaborating with other computer scientists allows you to learn from their expertise, exchange knowledge, and gain fresh perspectives. Collaboration can occur in various ways, including pair programming, code reviews, and involvement in online communities. Through cooperation, you can enhance your skills and become a more accomplished computer scientist.
Continually Enhance Your Skills
To stand out in your field, it's essential to continually enhance your skills. This involves dedicating time for learning and practicing new skills. You can augment your skills by reading books, taking online courses, attending workshops and conferences, and engaging in coding challenges. By continually enhancing your skills, you can stay ahead of your peers and become an exceptional computer scientist.
To Ensure Your Codes are Top-Notch:
Adhere to Best Practices
To guarantee that your code is the best it can be, it's important to adhere to coding best practices. This involves using meaningful variable names, writing clear comments, using consistent formatting, and following coding standards for your chosen language. Adhering to coding best practices will make your code more readable and maintainable for you and others who may work on it in the future.
Test Your Code Rigorously
Testing is a critical aspect of writing quality code. Before deploying your code, it's essential to rigorously test it to ensure it's free from bugs and errors. Testing can involve unit testing individual functions or methods, integration testing to confirm that different components work together seamlessly, and end-to-end testing to ensure that your application functions as expected as a whole. Rigorous testing will ensure that your code is reliable and performs well under various conditions.
Implement Version Control
Version control is a vital tool for managing code changes over time. By using version control tools like Git or SVN, you can track changes to your codebase over time and collaborate more effectively with other developers. Implementing version control allows you to revert changes if necessary and maintain a history of all changes made to your codebase. By effectively implementing version control, you can ensure that your code is well-organized and easy to manage over time.
May God Bless You!
James Constantine Frangos.
Patrick Meyer
Executive - Data Analytics and AI
780
Answers
Naperville, Illinois
Updated
Patrick’s Answer
To excel in computer science, a blend of technical know-how, problem-solving abilities, creativity, and lifelong learning is essential. Here's how you can take practical steps towards achieving mastery in this field:
1. Begin with a comprehensive understanding of the basic principles of computer science, including data structures, algorithms, and object-oriented programming. A firm grip on these core concepts will lay a robust foundation for acquiring more advanced knowledge and skills.
2. Just like any other skill, proficiency in computer science is honed through regular practice. Allocate time for coding on a regular basis, working on projects of varying sizes to apply what you've learned and enhance your problem-solving skills. Regular practice not only sharpens your coding abilities but also helps you grasp the subtleties of different programming languages and paradigms.
3. Make use of top-notch resources such as textbooks, online courses, tutorials, and coding challenges to deepen your grasp of various computer science topics. Seek out resources that come highly recommended by field experts and provide practical examples and exercises to reinforce your learning.
4. Engage with the computer science community by participating in online forums, attending meetups, and networking with other enthusiasts and professionals. Collaboration can offer valuable insights, feedback, and viewpoints that can aid in improving your coding practices and expanding your knowledge.
5. Be receptive to feedback on your code from peers, mentors, and teachers. Constructive criticism can help pinpoint areas for improvement and fine-tune your coding style and techniques. Moreover, reviewing and providing feedback on others' code can deepen your understanding and expose you to different problem-solving strategies.
6. Stay updated with the latest breakthroughs, trends, and advancements in computer science by reading research papers, following relevant blogs and publications, and exploring new technologies. Continually broadening your knowledge will allow you to adapt to changing industry norms and effectively handle new challenges.
7. To ensure your code's high quality, prioritize readability, maintainability, and efficiency. Adhere to best practices and coding conventions specific to the programming language you're using, and employ tools and techniques such as code reviews, automated testing, and version control to identify and correct errors early in the development process.
8. Understand that writing excellent code often involves iteration. Don't be disheartened by setbacks or errors; instead, see them as opportunities for growth and refinement. Continually refine your code, seeking ways to boost performance, enhance functionality, and improve overall quality.
By adhering to these steps and fostering a growth mindset, you can work towards becoming an exceptional computer scientist, ensuring your code stands out as top-tier. Remember, achieving excellence in computer science doesn't happen overnight but is the result of dedication, persistence, and a commitment to ongoing learning and improvement.
1. Begin with a comprehensive understanding of the basic principles of computer science, including data structures, algorithms, and object-oriented programming. A firm grip on these core concepts will lay a robust foundation for acquiring more advanced knowledge and skills.
2. Just like any other skill, proficiency in computer science is honed through regular practice. Allocate time for coding on a regular basis, working on projects of varying sizes to apply what you've learned and enhance your problem-solving skills. Regular practice not only sharpens your coding abilities but also helps you grasp the subtleties of different programming languages and paradigms.
3. Make use of top-notch resources such as textbooks, online courses, tutorials, and coding challenges to deepen your grasp of various computer science topics. Seek out resources that come highly recommended by field experts and provide practical examples and exercises to reinforce your learning.
4. Engage with the computer science community by participating in online forums, attending meetups, and networking with other enthusiasts and professionals. Collaboration can offer valuable insights, feedback, and viewpoints that can aid in improving your coding practices and expanding your knowledge.
5. Be receptive to feedback on your code from peers, mentors, and teachers. Constructive criticism can help pinpoint areas for improvement and fine-tune your coding style and techniques. Moreover, reviewing and providing feedback on others' code can deepen your understanding and expose you to different problem-solving strategies.
6. Stay updated with the latest breakthroughs, trends, and advancements in computer science by reading research papers, following relevant blogs and publications, and exploring new technologies. Continually broadening your knowledge will allow you to adapt to changing industry norms and effectively handle new challenges.
7. To ensure your code's high quality, prioritize readability, maintainability, and efficiency. Adhere to best practices and coding conventions specific to the programming language you're using, and employ tools and techniques such as code reviews, automated testing, and version control to identify and correct errors early in the development process.
8. Understand that writing excellent code often involves iteration. Don't be disheartened by setbacks or errors; instead, see them as opportunities for growth and refinement. Continually refine your code, seeking ways to boost performance, enhance functionality, and improve overall quality.
By adhering to these steps and fostering a growth mindset, you can work towards becoming an exceptional computer scientist, ensuring your code stands out as top-tier. Remember, achieving excellence in computer science doesn't happen overnight but is the result of dedication, persistence, and a commitment to ongoing learning and improvement.