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what is the career path for programming or engineer ?

i want to learn programming

engineering technology computer engineer programming
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Stephen’s Answer

Fantastic! Your interest in programming is a great step forward. Programming is a vast field, so it's important to understand your motivations for learning. Before you dive in, consider why you want to learn programming.

Once you've identified your reasons, it's time to select a programming language. Consider what you want your programs to accomplish or explore potential career paths in programming. This will guide you towards the right language to start with. Begin by mastering the basics of your chosen language and gradually build on your skills.

Additionally, think about the framework that aligns with your chosen programming path.

Remember, you're fully capable of achieving this. Don't forget that persistence is key!
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Donald’s Answer

It's a bit of a big umbrella to just call it programming. There are so many trajectories you can take with the basic programming skills.

A lot of computer related topics are best learned through self-learning. You can grasp some of the basics and get a push in the right direction in a class or course. However, your skills and expertise will come from your own experimentation. From there, I'd look into security, networking, pentesting, software development, etc. See if any of that interests you!
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Chosen Osarodion’s Answer

A career path in programming or engineering typically involves several stages of education, skill development, and professional experience. Here's a general outline for each:

### Programming Career Path:

1. **Education:**
- **High School:** Focus on math and science courses.
- **College/University:** Obtain a bachelor's degree in Computer Science, Software Engineering, or a related field. Alternatively, some start with coding bootcamps or self-study through online courses.

2. **Skill Development:**
- **Programming Languages:** Learn languages such as Python, Java, C++, JavaScript, etc.
- **Projects and Practice:** Build personal projects, contribute to open source, or participate in coding competitions.
- **Certifications:** Consider certifications like CompTIA, AWS, or Google certifications to validate your skills.

3. **Entry-Level Positions:**
- **Internships:** Gain experience through internships or co-op programs during your education.
- **Junior Developer:** Start as a junior software developer or programmer.

4. **Mid-Level Positions:**
- **Software Developer:** Work on larger projects, possibly leading small teams.
- **Specializations:** Choose a specialization like web development, mobile app development, game development, or data science.

5. **Advanced Positions:**
- **Senior Developer:** Take on more complex projects, mentoring junior developers.
- **Lead Developer/Architect:** Design and oversee major projects or entire systems.
- **Managerial Roles:** Transition into project management, product management, or CTO positions.

### Engineering Career Path:

1. **Education:**
- **High School:** Focus on math and science courses.
- **College/University:** Obtain a bachelor's degree in Engineering (Mechanical, Civil, Electrical, etc.). Accreditation by a body like ABET can be important.
- **Advanced Degrees (Optional):** Pursue a master’s or PhD for advanced roles or specializations.

2. **Skill Development:**
- **Hands-On Experience:** Engage in lab work, internships, and practical projects.
- **Certifications:** Obtain relevant certifications, like Professional Engineer (PE) license in the U.S.

3. **Entry-Level Positions:**
- **Internships:** Gain experience through internships or co-op programs during your education.
- **Junior Engineer:** Start as a junior engineer, working under supervision.

4. **Mid-Level Positions:**
- **Engineer:** Work independently on projects, possibly overseeing junior engineers.
- **Specializations:** Focus on specific fields like structural engineering, automotive engineering, or renewable energy.

5. **Advanced Positions:**
- **Senior Engineer:** Lead major projects, mentor junior engineers.
- **Lead Engineer/Manager:** Oversee entire projects or departments.
- **Executive Roles:** Move into roles like Chief Engineer, Director of Engineering, or similar.

For learning programming, you can start with online resources like Codecademy, Coursera, or Udemy, and work on small projects to build your skills. Joining coding communities and participating in hackathons can also be beneficial.
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chandrashekar’s Answer

If you're just starting out with no prior work experience, you'll typically begin your journey as an Associate Engineer or Junior Engineer. But don't worry, this is just the first step. As you continue to learn and develop your skills, you'll have the opportunity to advance to roles such as Software Engineer, Senior Software Engineer, Staff Engineer, Principal Engineer, Architect, and even Fellow. Plus, there's always the option to explore different paths like people management and rise through the ranks as a manager. Remember, every expert was once a beginner. Your growth and success are in your hands!
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Priyanka’s Answer

If you interested in learning programming, I would suggest you to go to boot camps if you are not interested in formal education. They will take about 5-9 months and make you ready for your programming career. Of course there are multiple routes to choose in programming itself, you can choose software development, data science, cloud engineering, web developer, machine learning, devops etc…. Start with basic programming and then move into specific field.
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Maryam’s Answer

Hello there! As a programmer, the world is truly your oyster. The possibilities are limitless. You could be a specialized programmer, a cloud expert, a security guru, or even an AI developer. The best part? You can apply your skills in any industry that exists today. Every business, big or small, needs a touch of tech to function smoothly. Whether it's a POS (Point of Sale device) or cloud storage, they all rely on your expertise as a computer engineer. So remember, you're not just a cog in the machine, you're the engine that keeps it running!
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Frank’s Answer

Hi Kristian,

Great question. There are multiple ways to learn programming. I believe the best way is to take Community College course in introductory programming. You can also look online for videos and practice your craft.

Frank recommends the following next steps:

Take a look at this link: https://blog.hubspot.com/website/how-to-start-coding
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Katherine’s Answer

If you're interested in learning programming, you can start gradually to see if you maintain an interest. I particularly recommend Python for beginners. As you dive deeper into your studies, you can gradually build a foundation in computer science and start using your programming skills to solve real-world problems. If your passion remains strong, you might consider pursuing a degree in a computer-intensive field, such as Computer Science or Software Engineering, at university. After graduating, you could work in the tech industry for major companies like Google, Meta, or Amazon, or choose to follow your passions in other areas. I believe that interest is the most important factor—best of luck in pursuing a career that you love!
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Leon’s Answer

The career path for programming or engineering can vary depending on your specific interests and goals, but here's a general overview:

1. **Education**: Most programming and engineering roles require at least a bachelor's degree in computer science, software engineering, or a related field. During your degree, you'll learn programming languages, data structures, algorithms, software development methodologies, and other foundational concepts.

2. **Entry-level roles**: After completing your degree, you may start as a junior software developer, software engineer, or programmer. In these roles, you'll work on developing and maintaining software applications under the guidance of more experienced professionals.

3. **Gain experience**: As you gain experience, you can work your way up to become a mid-level or senior software developer/engineer. At this stage, you'll have more responsibilities, such as leading projects, mentoring junior developers, and making architectural decisions.

4. **Specialize**: You can choose to specialize in a particular area, such as web development, mobile app development, data engineering, machine learning, cybersecurity, or any other domain that interests you.

5. **Advance to leadership roles**: With substantial experience and proven leadership skills, you may advance to roles such as technical lead, software architect, or engineering manager, where you'll be responsible for leading teams and making strategic decisions.

6. **Continuous learning**: The field of programming and engineering is constantly evolving, so it's essential to keep learning and staying up-to-date with new technologies, programming languages, and industry trends.

Additionally, some programmers and engineers choose to become entrepreneurs and start their own companies, while others pursue roles in academia as researchers or professors.

If you're interested in learning programming, a good starting point is to choose a programming language (such as Python, Java, or JavaScript) and start practicing by building small projects or taking online courses. With dedication and persistence, you can build a successful career in this field.
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