1. What is the Georgia Tech Professional Education Coding Bootcamp?

The Georgia Tech Professional Education Coding Bootcamp is a 24-week part-time program designed to teach participants the skills and technologies needed for a career in full-stack web development. The program covers a range of topics including HTML, CSS, JavaScript, jQuery, React.js, Node.js, MongoDB, and more. It is a collaboration between Georgia Tech Professional Education and Trilogy Education Services.

2. Who is the program for?
The program is designed for adult learners looking to make a career change or enhance their current skills in web development. There are no prerequisites required to enroll in the program, but participants should have some basic computer skills and familiarity with using the internet.

3. How is the curriculum developed?
The curriculum is constantly reviewed and updated by industry experts to ensure that it covers the latest web development technologies and best practices. It also incorporates input from hiring managers and employers to ensure that graduates are prepared for real-world job requirements.

4. What can I expect from the learning experience?
The learning experience includes live lectures, hands-on coding exercises, group projects, and access to experienced teaching assistants who can provide guidance and support throughout the program. Students will also have access to an online platform where they can access course materials, submit assignments, and collaborate with classmates.

5. Will I receive a certificate upon completion?
Yes, students who successfully complete the program will receive a Certificate in Full Stack Web Development from Georgia Tech Professional Education.

6. Is there any career support provided?
Yes, students will have access to career services resources such as resume review workshops, interview skills training, portfolio building guidance, and networking events.

7. How much does the program cost?
The total cost of the Georgia Tech Professional Education Coding Bootcamp is $11,995. Payment plans and financing options may be available for those who qualify.

8. Will I still need additional training or education after completing this bootcamp?
The intention of this bootcamp is to provide students with the skills and knowledge needed to enter the field of web development. However, the technology industry is constantly evolving, so graduates may need to continue learning and updating their skills throughout their career.

9. Is there an online option for this program?
Currently, all cohorts for the Georgia Tech Professional Education Coding Bootcamp are held on campus in Atlanta. However, there may be online options available in the future.

10. How do I apply?
Interested individuals can apply online by filling out an application form and completing an admissions interview with a program representative. Applicants do not need previous coding experience or degrees to be accepted into the program.

2. How long does the bootcamp program run for?

Most bootcamp programs run for an average of 12-16 weeks. Some may be shorter or longer, depending on the intensity and focus of the program.

3. What coding languages are taught in the bootcamp?

The coding languages taught in a bootcamp vary depending on the specific program and curriculum, but some of the most commonly taught languages include:

1. HTML/CSS: These two languages are the building blocks of web development. HTML is used for creating the structure and content of a webpage, while CSS is used to style it.

2. JavaScript: This is a popular programming language used for creating interactive and dynamic features on websites.

3. Python: This versatile language is in high demand and can be used for web development, data analysis, artificial intelligence, machine learning, and more.

4. Java: Known for its flexibility and compatibility with different platforms, Java is commonly used for developing complex applications.

5. Ruby: A beginner-friendly language often used for creating web apps using the popular Ruby on Rails framework.

6. SQL: This database language enables users to manage and manipulate large amounts of data efficiently.

7. C#: Widely used for developing Windows desktop applications and games, as well as web development with the .NET framework.

8. Swift: Apple’s programming language used to create iOS apps for iPhones and iPads.

9. PHP: This server-side scripting language is widely used for creating dynamic websites or web applications.

10. Go: An open-source language developed by Google that combines ease-of-use with high performance to create efficient software systems.

4. Is prior coding experience required to enroll in the program?

No, prior coding experience is not required to enroll in the program. The program is designed for students with varying levels of experience and provides support for beginners as well as challenging projects for more experienced students. However, basic computer skills and an interest in technology are recommended.

5. Can students attend the bootcamp remotely or does it have to be in-person?

It depends on the specific bootcamp. Some bootcamps offer remote options, while others require in-person attendance. It is important to research and contact the specific bootcamp you are interested in to determine their attendance requirements.

6. Are there any prerequisites for enrolling in the bootcamp?

There are no specific prerequisites for enrolling in a bootcamp, but typically students should have a basic understanding of computer science concepts and experience programming in at least one language. Some bootcamps may also require a high school diploma or equivalent. It is important to research the specific requirements of the bootcamp you are interested in to ensure you meet them before enrolling.

7. What is the cost of the bootcamp and are there any financial aid options available?

The cost of a bootcamp can vary depending on the program, location, and duration. On average, bootcamps can range from $5,000 to $20,000. Some programs may offer scholarship opportunities or financing options such as installment plans or loans. Additionally, some employers may offer tuition reimbursement for employees who attend a bootcamp. It is best to research specific programs and their pricing options to determine the overall cost and potential financial aid options available.

8. Does completing the bootcamp guarantee a job in tech industry?

No, completing a bootcamp does not guarantee a job in the tech industry. While bootcamps can provide valuable skills and experience, ultimately it is up to the individual’s ability to market themselves and secure employment opportunities. Additionally, competition in the tech industry is high and factors such as location, job market conditions, and individual qualifications can also impact job prospects.

9. What kind of support does the program offer for job placement after completion?

The program offers career services and job placement support to students after completion. This may include resume review, interview preparation, job search resources, networking opportunities, and connections with potential employers.

10. Are there any networking opportunities available during the bootcamp?

Yes, there may be networking opportunities available during the bootcamp, such as industry guest speakers or social events. It is always a good idea to network with your fellow bootcamp classmates and instructors as well to build connections and make new professional connections. Additionally, many bootcamps have alumni networks that you can join after completing the program, providing even more opportunities for networking.

11. Who are the instructors for the program and what is their background in coding and teaching?

The instructors for the program are experienced software engineers and coding professionals with backgrounds in various programming languages and technologies, including Java, Python, JavaScript, HTML/CSS, and more. Many of the instructors have previous teaching experience in coding bootcamps or other educational programs. They also continue to work in the industry and stay up-to-date on the latest developments in coding.

12. Are there any resources or materials provided to students during the bootcamp?

The resources and materials provided to students during the bootcamp may vary depending on the specific program. Some common examples include lecture slides, code templates or samples, textbooks or online resources, access to online tools or platforms for coding exercises or projects, and mentor support. It is best to check with the bootcamp program directly for a comprehensive list of resources and materials they offer.

13. How does this coding bootcmp differ from others offered by other institutions?

This coding bootcamp differs from others in the following ways:

1. Focus on job readiness: This bootcamp is designed to make you job-ready within a short period of time. The curriculum is carefully crafted to teach practical skills that will be useful in the real-world workplace.

2. Industry-relevant curriculum: The curriculum is constantly updated to stay current with the latest industry trends and technologies. This ensures that students are learning skills that are in demand by employers.

3. Experienced instructors: Our instructors have significant experience working in the tech industry and bring their real-world knowledge and expertise into the classroom.

4. Hands-on learning: This bootcamp follows a project-based learning approach, where students work on real-world projects throughout the course. This allows for hands-on learning and application of concepts taught in class.

5. Personalized attention: With small class sizes, students receive more personalized attention from instructors and can get their questions answered quickly.

6. Career support: We offer career support services, such as resume building, interview preparation, and networking opportunities to help students land their dream job after graduation.

7. Flexible learning options: This bootcamp offers both in-person and online options, allowing students to choose the mode of instruction that suits their learning style.

8. Affordable tuition: Compared to traditional university programs, this coding bootcamp offers an affordable tuition cost which makes it accessible to a wider range of individuals.

9. Strong alumni network: Upon graduation, students become part of our strong alumni network, providing opportunities for networking and mentorship even after completion of the program.

10.Lifetime access to course materials: Students have access to all course materials even after graduation, allowing them to continue learning and staying up-to-date with industry developments at no extra cost.

14. Can students work at their own pace during the program or is there a set schedule to follow?

Typically, there is a set schedule to follow during the program, as certain assignments and projects may have specific deadlines. However, some programs may offer flexibility for students to work at their own pace within the program’s timeframe. This should be clarified with the program’s instructors or administrators.

15. Is there a deadline to enroll in the program or can students join at any time?

The specific deadline to enroll in the program may vary depending on the institution offering it. Some programs may have open enrollments, meaning students can join at any time, while others may have specific enrollment periods or deadlines. It is recommended to contact the program administrator or admissions office for specific information about enrollment deadlines.

16. How many hours per week should students expect to dedicate to coursework?

The amount of time students should expect to dedicate to coursework may vary depending on the academic program and individual study habits. Generally, a full-time student can expect to spend around 12-18 hours per week on coursework, including attending lectures and completing assignments. However, this may fluctuate during exam periods or when working on larger projects. It is important for students to actively manage their time and budget enough hours for coursework while also balancing other responsibilities and activities.

17. Are there any opportunities for hands-on projects or real-world experience?

Many schools offer opportunities for hands-on projects and real-world experiences in various subjects. Some may have clubs or organizations dedicated to specific fields, such as a robotics club or a newspaper staff, where students can gain hands-on experience in their interests. Other schools may offer internships or cooperative education programs where students can work in a professional setting and apply what they have learned in the classroom to real-life situations. Additionally, many courses may include project-based assignments that allow students to work on practical applications of their learning. It is best to check with your specific school to see what opportunities they offer for hands-on projects and real-world experience.

18. Does Georgia Tech have partnerships with companies or organizations in need of coders?

Yes, Georgia Tech has several partnerships with companies and organizations in need of coders. These include:

1. Georgia Tech Research Corporation: The Georgia Tech Research Corporation partners with industry sponsors to help them develop new technologies and bring innovative products to market. They frequently hire computer science and coding students to work on research projects.

2. The Advanced Technology Development Center (ATDC): ATDC is a startup incubator that supports emerging technology companies in Georgia. They often work with computer science students and offer internships and job opportunities.

3. Institute for People and Technology (IPaT): This interdisciplinary institute at Georgia Tech partners with companies, startups, nonprofits, governments, and communities to address global challenges through technology-driven solutions. They frequently hire coders from Georgia Tech to work on cutting-edge projects.

4. The Institute for Robotics and Intelligent Machines (IRIM): IRIM collaborates with industry partners to conduct research, develop new technologies, and solve real-world problems using robotics and intelligent systems. They offer internships and job opportunities for computer science students.

5. Corporate Partners Program: This program connects companies looking for talent with Georgia Tech students for career opportunities such as jobs, internships, co-ops, project-based learning experiences, competitions, networking events, etc.

6. Capstone Senior Design Program: Many companies sponsor senior design projects at Georgia Tech where computer science students work on real-world problems and create innovative solutions for the company’s needs.

7. CREATE-X: CREATE-X is an entrepreneurship program at Georgia Tech that helps students turn their ideas into startups by providing mentorship, resources, funding opportunities, etc., through partnerships with companies such as Delta Air Lines, The Home Depot, UPS, GoogleX, Coca-Cola Company Innovation Accelerator Program (innovative ventures division), etc.

8. Machine Learning Center: The Machine Learning Center at Georgia Tech provides a platform for collaboration between academia and industry partners in advancing the understanding of machine learning and artificial intelligence. The center also offers internships and job opportunities for computer science students.

9. Vertically Integrating Projects (VIP) Program: VIP teams consist of research-faculty mentors, graduate students, and undergraduate students working on leading-edge projects from industry partners such as IBM, Microsoft, Intel, Siemens, etc.

10. Data Science for Social Good (DSSG) Program: This annual summer program connects organizations with data-driven problems to a cohort of Georgia Tech students who work collaboratively to analyze the data and develop potential solutions for the partner organization.

11. Georgia Tech 100 Alumni Mentorship Program: This program connects current students with alumni in their field of interest for mentorship opportunities and potential job connections. Many alumni work in tech companies and can offer career guidance and networking opportunities to students looking for coding jobs.

19.Besides technical skills, what other skills will students gain from this program?

Some other skills that students may gain from this program include problem-solving, critical thinking, teamwork and collaboration, communication, time management, project management, adaptability and flexibility.

20.How has feedback been from previous participants of the Georgia Tech Professional Education Coding Bootcamp?

The feedback from previous participants of the Georgia Tech Professional Education Coding Bootcamp has been overwhelmingly positive. Many former students have praised the program for its comprehensive curriculum, knowledgeable instructors, and hands-on learning opportunities.

Some common comments and themes mentioned in reviews include:

– The program helped them gain a strong understanding of coding fundamentals and practical skills.
– The pace and intensity of the course were challenging but manageable.
– Instructors were highly knowledgeable and supportive, providing valuable guidance throughout the program.
– The career services team was helpful in providing job search assistance and networking opportunities.
– The program provided a great environment for collaboration and learning from peers.

Overall, many participants have reported that the coding bootcamp at Georgia Tech Professional Education helped them achieve their goals and advance their careers in technology.