Build programming foundations with classes in Python, JavaScript, and software engineering. Students learn to develop real-world applications through hands-on coding projects.
Unlock the power of Python for data-driven decision-making as you master Python programming fundamentals and dive into data analysis. Acquire essential skills to clean and manipulate data, create insightful visualizations, and perform statistical analysis, all through hands-on projects with real-world datasets.
Learn how to code webpages using HTML and CSS, from structuring and tagging content to styling and making the pages responsive. Upload and make your websites live using FTP.
Learn Python programming from scratch. Master variables, data types, loops, and functions, and tackle real-world challenges with object-oriented programming. Create a GitHub portfolio to impress employers and master practical Python skills.
Learn front-end development with HTML & CSS, JavaScript, and React, and back-end development with Python, Django, and Node.js. Get 1-on-1 mentoring and a structured curriculum to become a skilled Software Engineer or Full Stack Developer.
Gain the skills and knowledge to become a Full Stack Developer and meet the growing demand for professionals who can develop and maintain web applications. This project-oriented course teaches you how to code websites from scratch, and you'll build a portfolio of working web applications to showcase to potential employers.
Learn Python, SQL, automation, and machine learning to become a Data Scientist. Gain Python programming, data analysis, SQL querying, and predictive modeling skills. Perfect for beginners, this program prepares you for entry-level data science and Python engineering roles. Unlock high-paying job opportunities in the field of data science.
Learn how to build web apps with JavaScript, one of the most popular programming languages in the world. Develop in-demand skills, including creating dynamic web applications with React and Node.js, working with APIs, and incorporating third-party frameworks and libraries.
Learn front-end web development with HTML & CSS, and JavaScript, and gain skills in building responsive websites for any screen size. Additionally, learn how to use WordPress, the world's leading content management system, to create customizable websites and edit content without coding experience.
Learn the skills needed to become a Python Developer, from Python programming fundamentals to web development with Django and Django REST. Develop in-demand skills with Django, a popular Python web framework used for back-end web programming, and build a portfolio of projects under the guidance of the lead instructor.
Coding refers to writing code or instructions in a programming language that instruct the computer on how to carry out specific tasks. You may be familiar with the names of more common programming languages, like Python, JavaScript, or SQL. You may also be considering a job that requires this highly sought-after skill, such as a Software Engineer, Full Stack Developer, or Machine Learning Engineer. If you are proficient in coding, you can create algorithms, programs, and websites for any industry. Coding has been dubbed the ultimate skill for future-proofing your career, largely due to the technology boom and the rapid global growth of the technology sector. Because coding can be adapted to any industry that uses technology, it is a recommended skill that will follow you throughout your professional career, no matter which direction it takes you.
The history of programming and, more specifically, coding, begins with the first computer created in the early 19th century. Inspired by the first automatic calculator created in the early 1800s, a British Aristocrat named Ada Lovelace wrote the first machine algorithm. It was built with the idea that the Difference Machine, or the automatic calculator, could become a general-purpose machine. Over the years, Lovelace’s algorithm became significant in establishing programming, as it showed that computers had potential beyond simple calculations. In 1936, Alan Turing published a paper that described an electricity-powered machine capable of following instructions. By the 1940s, the first programming languages had been created and were helping to run computers worldwide. Some of the most popular modern programming languages were created in the last few decades with the rapid growth of technology, and that has continued into the current day, where computer scientists suspect that we have a staggering 9,000 programming languages. Learning has long since been a skill that can expand both your professional and personal prospects.
Coding is an incredibly diverse skill that many industries and professions depend on. Programming languages play an integral role in Technology and can help businesses with software development, hardware manufacturing, and even cybersecurity. Computers are not the only technology that is dependent on code. We can see it in almost every electronic tool we use to function, including household appliances, smart TVs, and even vehicles.
When you learn coding, you are opening up many new opportunities in fields that may not be immediately related to technology, but that regularly use it. The automobile industry hires programmers to help write code for their cars. The education industry relies on programmers to develop learning platforms and applications. All computer applications need written code to function properly, so companies and small businesses may hire help for regular maintenance. Artificial Intelligence (AI) is built on self-learning algorithms that can process data, learn from it, and make decisions accordingly. We’ve even gotten to the point where AI can write its own code. Working closely with Artificial Intelligence is a modern job that those proficient in coding can easily access.
Coding can be a great creative outlet as well. In the early days of social media, MySpace, Tumblr, and other popular sites left behind quite a legacy in coding by allowing users to customize their blogs with the help of programmers and those proficient in code. These days, coding can be used in much the same way. Online communities of both programmers and those in need of programming can work together to provide websites, applications, and templates for personal use. Hobby programmers with a passion for gaming can explore game development with knowledge of languages like JavaScript or Python. For those conducting their research or dabbling in data science, learning to code is valuable for data analysis and visualization. Acquiring this skill can provide you with numerous unique abilities, from analyzing social media trends to predicting stock market movements. Coding as a hobby offers programmers with a space to get creative and experiment, while also allowing them to build valuable skills that can easily transfer into a stable, long-term career.
The priority of any coding class is to provide you with technical proficiency in programming languages while also helping you develop a range of high-level skills that will lead to success in the field. By emphasizing both hard and soft skills, coding classes can prepare you for the diverse range of industries that regularly hire programmers or coding experts. It’s important to note that different class types may offer different curricula. If you’re looking to gain a specific coding-related proficiency, you will need to search for a course that offers what you need. Below are just a few of the general skills that you are likely to learn in a coding class.
Programming fundamentals are the technical basics of programming that allow you to build strong and functional code. Variables are components used to store, manipulate, and retrieve data. They act as placeholders for values that can later be referenced by a program such as numbers or text. A class will teach you about the different types of variables and how to use them appropriately. Data structures are concepts in programming that can be used to run applications or organize, store, and access data in a computer’s memory. Because there are a variety of data structures, a course will likely review at least one of them. Important programming tools, such as Integrated Development Environments (IDEs), work as a central interface for tools that help compile, manage, and complete code. Classes are a great place to learn more about troubleshooting and debugging, as well as pick up concepts for code writing that are relevant across different programming languages like Python, C++, or Java. Together, all of these skills allow you to be more proficient in coding and to create efficient software or programming that meets the needs of both personal and professional pursuits.
Programming Languages are a central part of communicating with a computer or other piece of technology. Because human language isn’t something our devices understand, a special language is required to get them to do specific tasks. The issue is that there are many programming languages available. Which one is the most appropriate for you to use? A coding class will either review the most common programming languages or focus on one language that is most applicable to your specific situation. C, C++, Java, Python, and SQL are top coding languages that can be an important addition to your skill set. Certain languages, such as C and C++, have great versatility but are more challenging to learn than other coding languages. HTML is a popular language that allows you to edit the structure of webpages, and is quite easy for even beginners to use. Certain languages can also be ideal for specific industries and purposes. For example, Python is an easy-to-learn computer programming language frequently used in engineering, finance, and data science. There is a programming language for every purpose. Attending a class will help you learn which one is best for you.
If databases are the location where data is stored, then code (through software) is how the data is retrieved. Database design is incredibly important to programmers, as it helps them learn more about data management, data security, and application development. A well-designed database effectively stores and organizes data. If a programmer is struggling with the database, then it will ultimately make data retrieval much more difficult. Database design refers to the principles that can help you create an efficient database. Rules like removing redundant (or repeated) data or making sure that information in the database is complete and correct can support an accurate database that easily accomplishes tasks. Outside of coding, database design as a general skill can help amplify your portfolio and your marketability. Because databases are so important to creating reports and data insight, an understanding of how they function and what makes a ‘good database’ can help in securing data-related jobs. Learning database design in a coding course will help you create applications that can put information to use and drive innovation and success.
Networking and programming are not the same thing, but they are closely related and very important to the field of computer science. It is recommended that those who work regularly with computer systems have a basic understanding of networking. A computer network is any system that allows two or more computing devices to connect and share information. Networking is the process of designing and maintaining computer networks. Programming is using code to ensure that computers operate correctly. How are networking and programming related? Despite being fundamentally different, both are necessary to ensure that computer systems run smoothly and can transmit information. There is considerable overlap between these two skills. Both require you to be analytical, communicative and organized. They also require knowledge of programming languages, application integration, and data analysis and visualization. Coding courses may include modules or small lessons on an introduction to networking, familiarizing you with concepts such as IP addressing, routing, and general network protocols. A better understanding of how data is shared between devices can be highly valuable in writing web applications or web-based software.
Many programmers who learn to code notice an improvement in their logical thinking. Logical thinking is the ability to make sound decisions based on evidence and observation. Programmers regularly create sequences of logical instructions and take a structured approach to problem-solving. When a task is not being carried out correctly by your computer, it means that your code is not functioning properly. The first steps to troubleshooting or debugging your code include taking it step by step and identifying which part of your code is not producing the desired result. Constantly taking this approach to problems can have a real impact on non-technology-related situations. It can condition you to approach real-world cases step by step, improving your overall thinking. Having an analytical and systematic approach to issues enhances your ability to reason and can help you tackle complex challenges even in your personal life.
Like any skill, coding can take time to develop. The difficulty associated with it depends heavily on several factors, including your background and experience with computer systems. Coding is an increasingly valuable skill in our tech-dominated world. It has a reputation for being a difficult thing to pick up, but articles suggest that it can be much easier than people think. Learning code in small, bite-sized lessons is ideal for the beginner and can make the skill easier to acquire. When new programmers try to learn too many things at once, they are more likely to be confused or run into issues. Having a wide range of resources to pull from also makes it more likely that you can use materials that match your learning style. It is important to consider that some programming languages are easier to learn than others. Languages like C or C++ may require additional experience, whereas HTML is relatively beginner-friendly and can act as a gateway to more complex languages. There are many misconceptions about who can learn coding. In reality, with the right mindset, tools, and patience, anyone can pick it up.
There are both technical and mental challenges that can pose a problem when learning to code. Many people struggle with understanding the syntax and semantics of a new language. Much like learning any foreign language, programming requires that the user pick up a new language entirely. The syntax, or the rules and structure of the code, and the semantics, or the meaning and logic behind the code, can be challenging for those who struggle to learn new languages. In addition to that, you have to consider the paradigms and patterns that work with each language. Paradigms serve as a blueprint that programmers can use to build a specific program. Unfortunately, not all programming languages are compatible with all paradigms, which can complicate the process somewhat. There are also non-technical struggles to consider, such as losing motivation, trying to learn things too quickly, and even losing track of what you should be learning. For those learning at home, managing a self-taught curriculum can be difficult. Finding a community of experienced programmers or joining a course can help tremendously with staying on track and managing those mental struggles.
The time it takes to learn how to code depends on a few things, including your learning method, resources, and goals. For those who take a boot camp, the fundamentals of coding can be learned in 3-6 months. This timeframe can be shortened if you have prior experience working with code. If you pursue coding through a university or higher education program, it can take years to complete the degree. An associate’s degree in computer science will traditionally take two years, whereas a Bachelor’s degree will take four years. Those who self-teach can expect to take between six months and a year to become comfortable with coding. A structured program can cut that amount of time by half.
If you are going to work with code, it can be worthwhile to learn how to use a code editor or an Integrated Development Environment (IDE). There are similarities between the two, but they are different tools. A code editor like Atom or Sublime Text, allows you to write and edit code in a simple format, providing basic features like syntax highlighting or code snippets, whereas an IDE like Visual Studio or Eclipse, has much more advanced functionality. They are both reliable tools for working with code, but IDEs are recommended for bigger projects and can help with coding, debugging, or testing software. It is also recommended that programmers learn about Database Management Systems (DBMs) like MySQL and Oracle for experience working with data-specific software, which is a big part of computer science and relevant in fields that regularly work with programmers.
Many industries need programmers, as they regularly use coding. Some of Atlanta’s top growing industries such as Aviation, Film and Entertainment, and Financial Services rely on coding to run. Even in established industries like Technology, Manufacturing, or Healthcare, programmers are needed to help manage and maintain e-commerce systems, cybersecurity updates, and even Artificial Intelligence training. Established companies like Global Payments, Secureworks, and General Motors need people with coding skills. Additionally, companies such as The Home Depot, Delta Air Lines, Coca-Cola, Mailchimp, NCR Corporation, Georgia Pacific, and Shopify have a strong demand for programming talent. With Atlanta being the third-fastest-growing metro in the United States, the economy is expanding rapidly, and with new jobs and industries moving in, this is an ideal time for coding professionals to secure a position in their field.
Atlanta is considered a world-class hub in the technology sector. It is one of the most rapidly growing high-tech urban centers in the United States. Not only is it home to Georgia Tech, one of the country’s top schools in Computer Science, but it has seen a 15% job growth in technology last year. Tech giants are currently expanding into Atlanta’s bustling economy, which means more job opportunities for those in tech-related fields. Coding is considered an essential skill in computer science and technology. Related jobs for coding specialists in Atlanta include Web Developer, Network System Administrator, or even Video Game Developer. More commonly, programmers and coding specialists are likely to be used in the design and maintenance of databases for companies, businesses, or any sector that relies on electronic records.
Atlanta has a strong tie to healthcare. It is a central hub for globally recognized health organizations like the Center for Disease Control and Prevention (CDC), which employs more than 15,000 people in the region. It is also home to a handful of top-performing medical institutions in the city, such as Emory University School of Medicine and Morehouse School of Medicine. Computer programming is useful in a variety of medical duties, including data analysis, computational modeling, and electronic medical record keeping. These examples of health informatics use computer software to help researchers make sense of large datasets so that they can gain valuable insights and make appropriate medical decisions. As a programmer in this field, you will be tasked with building or maintaining software for data and clinical findings so that they can be used in making critical healthcare-related decisions.
Computer Science and computers in general are central to the entertainment sector. Many modern-day movies, TV shows, and video games are animated. Even those that aren’t are edited on a computer or similar device. Georgia is considered a global leader in film production and hosts a diverse network of production and recording facilities, making it an ideal location for those seeking to enter the entertainment sector. Creative Coding is a technique that combines programming with artistic expression to create an interactive, optimized, and visually pleasing digital experience. Although programmers are traditionally hired to enhance efficiency in digital spaces, creative coding plays a significant role in adding aesthetics and emotional impact to a digital experience. By using different programming languages, code can be transformed into a unique visual or auditory experience, which can then be applied in artistic and creative spheres. Outside of this, computer science plays a significant role in using high-quality special effects, editing movies, and creating animated features.
There are many uses for programming and coding in finance. Programming languages like Java, Python, and C++ are useful in managing systems. Banks are regularly looking for professionals who can work with or develop pricing, risk management, and trade management platforms. Python is also great for creating analytic tools and models, which financial institutions regularly use to make important executive decisions. Since banks handle confidential information, programmers and coding specialists are often hired to help build secure systems. Finance is a dominant sector in Atlanta, having seen tremendous growth over the last few years. Banks and Fortune 500 companies are expanding and looking to venture out into Georgia’s prime metropolitan area for additional opportunities. Some finance-specific jobs that you might work in Atlanta include a Blockchain Developer or a Crypto Trading Bot Developer. With a growing industry like this, job opportunities and titles are continuing to expand.
Software Developers are responsible for creating computer applications and programs. Software Engineers are those who work on practical solutions to computing or networking problems. These positions generally require a bachelor’s degree, an advanced degree, or a certificate in computer and information technology. Software Development is a growing field, expected to increase 25% in the next decade, which is much faster than the average for other occupations. Software Developers in Atlanta can expect to earn an average annual salary of $130,000, with even the lowest-paid positions exceeding $100,000 per year. The earning potential in this industry is high and can be heavily dependent on experience and specialty. There are entry-level software developer positions geared toward new professionals. Software Engineering is a role that is more likely to be separated into tiers according to experience, with the average for an intermediate Software Engineer being $134,000 a year which is higher than the national average for this role.
Web Developers and Digital Designers are those who create, test, and maintain websites. Their roles include managing the interface layout, updating website navigation for usability, and regularly making adjustments to a website based on feedback. They may also work closely on content development and network security. Educational requirements for this job are varied and highly dependent on the company that is hiring. Positions in Web Development and Digital Design are projected to grow by 19% within the next decade. The average salary for a Web Developer is $99,000 a year. Because this position does not always require a degree, the entry-level salary is slightly lower at $74,000 a year, but the earning potential is fairly high once you have gained experience. A Junior Web Developer is someone who works alongside a team to help build, maintain, and debug websites or applications. The biggest difference between a Junior Web Developer and a Senior Web Developer is the years of experience and the number of people who you report to. If you are interested in joining web development, gaining experience is an important factor in increasing your salary.
A Computer Systems Analyst is a person hired to review an organization’s computer system to make sure that it is working efficiently. If it isn’t, they design ways to improve it. This role traditionally requires an entry-level degree or certification and is quite commonly geared toward those who have experience in computer science or a similar field. Candidates who have a degree in business or liberal arts may also be selected as long as they have technical proficiency that allows them to work with computer systems. This is a growing field, projected to expand by 10% in the next decade. Computer systems analysts make an average $126,000 a year, with an entry-level salary of $96,000. If you are hoping to fill a position as a systems analyst, you will need to be comfortable with technical skills that include a working knowledge of programming languages, cybersecurity, and data storage systems.
A Data Scientist works with analytical tools to gain insight from data. This job is closely related to other data-driven positions, like a Data Analyst, a Data Engineer, or a data Architect. To fill a role as a Data Scientist, you will need a bachelor’s degree in mathematics, statistics, computer science, or a related field. It is not uncommon for companies to request a higher-level degree or a special certification for even entry-level positions. The average salary for a Data Scientist in Atlanta is $150,000 a year. Even entry-level positions average over $100,000 a year. The pay for data scientists is highly related to experience and industry, though job responsibilities are fairly similar no matter which sector you join. As a Data Scientist, you can expect to process structured and unstructured data, build predictive models, and analyze large amounts of information for the identification of patterns and trends. You will also need to be comfortable developing algorithms or instructions that guide a computer through a series of tasks.
If you’re in the Atlanta area, Noble Desktop can connect you with some great coding courses to get you started.
Noble Desktop offers a Full-Stack Web Development Certificate that focuses on building and maintaining web applications. Not only will you gain hands-on experience with coding, but you’ll also learn more about the development of digital applications and webpages. With the help of industry professionals, you will use programming languages like HTML & CSS, and JavaScript to create interactive webpages. This certificate is project-oriented and geared towards beginners in website coding. Upon completion of the course, you will have a fully active portfolio of working web applications. If you enroll in this course, you will also have free access to the SQL or WordPress Bootcamp for complementary skill-building. This certificate offers a comprehensive programming education that prepares you for the world of software engineering, web development, and computer science.
Noble Desktop also hosts a Software Engineering Bootcamp. This certificate is divided into three segments: front-end development, JavaScript and React development, and Django (Python) development. Front-end development will teach you HTML & CSS for webpage editing and styling, as well as the fundamentals of JavaScript, Flexbox, and Git. This section will allow you to fully manage webpage content. The second segment reviews JavaScript programming concepts like variables, data types, and loops. You will gain direct experience with React, a JavaScript library for web development, and other JavaScript development skills like Node.js, MongoDB, and Express.js. The final portion of this course will walk you through the basics of Python. You’ll learn lexical syntax, custom functions, and sorting algorithms. You’ll also work with SQL and APIs. By the time you leave this course, you’ll have a functional portfolio of projects that can expand your career opportunities and prepare you for the professional world of programming.
Corporate Training in a range of skills is available through Noble Desktop. If you are looking to build your team’s coding skills in a convenient and comprehensive way, we offer training in either on-site or live online formats. With a highly flexible schedule, the curriculum can be tailored to your needs or aligned with an existing course. Industry professionals who have experience with developing a curriculum for a variety of professional contexts are ready to help meet your team’s unique needs.
Group class vouchers are also available and can help minimize the cost of group training. If you have a course that interests you, you can earn a discount by ordering vouchers in bulk and selecting the courses your employees will attend. A wide variety of topics are frequently scheduled, including courses in software development, web design, and data science. Complementary courses for coding like Python and SQL are also readily available. To learn more about corporate training options, please contact us at corporate@nobledesktop.com.
Atlanta’s professional scene is diverse and powerful, making it perfect for anyone looking to expand their skills in tech, design, business, or data. As one of the Southeast’s most important hubs for companies, the city brings together industries like finance, media, technology, and logistics. Through Noble Desktop’s network of experienced instructors, Atlanta-based professionals can access training from experts who truly understand the local job market.
These instructors have spent years in their fields and have developed a sense of pride in imparting their knowledge to others. This is a surefire way for students to turn their interests into real-world, applicable skills. Learners will benefit from Noble Desktop's instructors who have real experience building software and solving technical challenges. Their step-by-step approach to learning coding helps students build a strong foundation in coding fundamentals.
Based in Atlanta, Georgia, Willie Morris is a certified Project Management Professional (PMP) with over 30 years of experience leading initiatives across government, aviation, and transportation industries. Willie, a retired U.S. Air Force veteran, has also held roles with the Department of Homeland Security and the Metropolitan Atlanta Rapid Transit Authority. He has served as a Registered Educational Provider with the Project Management Institute and an Authorized Training Partner with Rita Mulcahy Learning Solutions. Drawing on his background of teaching PMP Exam Prep Certification courses, Willie now instructs professionals in Atlanta and nationwide, helping teams in federal industries strengthen their leadership and project management skills.
Kimberly Peppers dedicated 37 years to federal service, building her career through a range of audit, budget, and program analysis roles. Over the course of those decades, she rose to senior leadership positions, including Regional Inspector General and Audit Director across different federal agencies. She earned her Doctorate in Business Administration while simultaneously working on audit and investigative assignments in the Middle East. After retiring from federal service, Kim continued work in the public sector by moving into the federal consulting field. She is also an instructor at Graduate School USA, teaching mainly finance and accounting classes.
With more than 20 years of both personal and professional involvement in government HR, Ashley is an experienced human resources professional and educator. She currently works as an instructor at Graduate School USA, where she earned a reputation for delivering comprehensive marketing, project management, and HR concepts in a clear, understandable way. Drawing on her extensive experience, Ashley brings a unique twist to her courses through real-life, practical examples that help students bridge the gap between theory and actual application of the skills. Ashley holds a Master’s in Public Administration and remains dedicated to strengthening the public service sector through professional development and advanced education.