Computer Programming Degree



Computer programmers are the builders of the computing world. They translate software design into code that computers can read, crafting the operating systems and software applications consumers use every day. People’s interaction with computers is at an all-time high—familiar desktop models provide a constant stream information and entertainment, while complex systems perform countless behind-the-scenes tasks. The demand for computing power is only growing, opening more career possibilities for people interested in computer programming. Read more to learn about how to enter this profession – including degree and college options – as well as career trends and salary information.



Computer developers transform ideas into the real world. After a designer makes an essential software program, a developer makes the directions, or code, to make that program work. Developers may make software to be run on PCs, tablets, smartphones or robotized frameworks utilized in assembling. With the blast of smartphone innovation, versatile applications are progressively significant, as are software-as-a-administration (SaaS) bundles, which drive Internet business. When a program is practical, developers may likewise be liable for testing for bugs, eliminating blunders and introducing refreshes. Developers additionally plan the UI, which is the part of the program that shoppers see and associate with.


Software engineers fall into two camps: applications developers and frameworks developers. Applications developers make and redesign software applications and alter projects to fit a specific setting, regardless of whether it show restraint the executives software at a dental specialist’s office or interpretation software for a cell phone. Frameworks developers make working frameworks. They adopt an all encompassing strategy to how various applications work with the computer. Applications developers now and again acquire frameworks software engineers to ensure their projects will be viable on a working system.Computer software engineers’ essential obligation is to compose code, so they should know at any rate one programming language. Since various dialects are fit to various applications, most developers become familiar with numerous dialects or more adaptable dialects. Developers likewise update code for projects to make them safer as well as useful. They regularly test code by searching for mistakes — segments of code that the computer doesn’t comprehend — and troubleshooting programs.



While some employers only require an associate degree, the Bureau of Labor Statistics reports that most company recruiters prefer applicants who have graduated from a four-year college. However, a two-year computer programming degree is useful for students who need to attend a community college for financial reasons. It’s also a good way for students to determine their level of interest in the field while completing prerequisites for the major. Some students take jobs in the technology field after earning their associate degree; others use it as a springboard for a four-year program. A bachelor’s degree enables students to diversify their skill set by learning several programming languages. In addition, students planning to work in a specific industry, such as health care or accounting, can take courses in that field.


While working toward a bachelor’s degree, students will get a sense of what aspect of computer programming most appeals to them. It’s at this stage that they begin leaning toward systems or applications, become interested in networks or databases, and get a feel for what extent they wish to work with hardware.


Since the innovation business is continually developing, it’s fundamental that laborers in this field remain side by side of the most recent advancements. To stay serious in the employment market, computer developers should go to class, getting extra preparing to construct competency in both arising dialects and refreshed forms of existing ones. Similarly significant, acquiring a serious degree can qualify software engineers for more senior jobs. They can progress to become software developers, computer frameworks experts or data frameworks administrators.


A four year certification is generally the base instructive prerequisite in this field, as it shows to managers that understudies have not just a wide scope of involvement in programming dialects and ideas, yet in addition that they have built up the critical thinking aptitudes that are essential to this sort of work. Nonetheless, there commonly aren’t genuine computer programming degrees accessible past the partner degree level. All things being equal, programming is incorporated as a vital segment in a four year college education in a connected territory, for example, the ones referenced above—software designing, computer science, data innovation, data frameworks security and computer designing—or a comparable field.

Associate Degrees

Understudies who are keen on programming can generally start with a partner degree, where they will learn central programming abilities that support a degree at any level. They will get commonsense groundwork for section level data innovation (IT) positions as computer software engineers, Web developers and information base planners. Before the finish of the program, which commonly keeps going two years, understudies ought to have the option to investigate what end clients need, and afterward plan and code projects to fit these necessities. As part of their preparation, they figure out how to test and troubleshoot applications to make them more productive and useful, and to coordinate suitable programming dialects with venture details. Also, understudies will increase a working information on computer frameworks and innovation, just as get several hours of work on utilizing different programming dialects, planning databases and making Web applications.Computer programming depends on rationale, so understudies will be relied upon to create both their math and critical thinking abilities in show. For understudies who decide not to proceed to a four year college education, such aptitudes will help direct their future learning as they manufacture their insight at work, getting capable in explicit programming dialects. Albeit each degree program is extraordinary, the model courses underneath show the sorts of aptitudes understudies can hope to pick up at the partner degree level.

INTRODUCTION TO COMPUTINGThis course provides an overview of various computer systems, from hardware and software applications to operating systems; it is designed for students with minimal subject knowledge, so more advanced students can sometimes test out.

Skills & Knowledge Gained

  • Understand the history of computing
  • Use software for word processing, spreadsheets, databases and presentations
  • Be able to use computers in business and educational settings
PROGRAMMING FUNDAMENTALSThis course introduces students to the logic of programming, laying the groundwork for students to learn specific programming languages in-depth in future classes.

Skills & Knowledge Gained

  • Use commands to manage operating system files
  • Design and implement basic algorithms using a programming language
JAVA PROGRAMMING/DATA STRUCTURESThis course introduces object-oriented programming techniques as a method of structuring software. It also introduces students to Java, a versatile and widely used programming language.

Skills & Knowledge Gained

  • Build JAVA programs
  • Test and debug JAVA programs to ensure they function as intended
COMPUTER PROGRAMMING – C++This course covers C++ programming language concepts, including control structures, arrays and strings.

Skills & Knowledge Gained

  • Design and code basic programs using C++
  • Test and debug programs to ensure proper functionality

Bachelor’s Degrees

A computer science certificate is a typical decision for trying elevated level developers. Computer science understudies who acquire a Bachelor of Science (BS) certificate become familiar with the basics of computer programming just as the numerical and logical rules that give the underpinnings. In particular, understudies become capable in discrete math—a part of science that manages objects that have unmistakable qualities—just as computer association and engineering, algorithms, programming and software plan. A few schools offer Bachelor of Arts (BA) programs in computer science, which ordinarily give more broad instruction and less math and science. Nonetheless, each school is extraordinary, so understudies should explore the alternatives to figure out which projects’ necessities best fit their needs.In expansion to coursework, most schools expect understudies to direct a finishing venture that incorporates what they have realized throughout the span of the degree. Normally, understudies meet routinely with a counsel who checks their advancement and offers exhortation and direction. They at that point present their outcomes in a last paper or presentation.The four year college education courses recorded underneath show the sorts of abilities understudies can hope to pick up at this level:

ALGORITHMSStudents in this course learn how to design and analyze algorithms for correctness and efficiency.

Skills & Knowledge Gained

  • Create algorithms that sort lists and search databases for specific criteria
  • Use algorithms to break down problems and find optimal objects
  • Create graphs using algorithms
  • Structure data efficiently
DISCRETE MATHEMATICSThis course introduces basic techniques to solve problems with a countable set of possibilities. It covers set theory, difference equations, counting techniques, graphs and algebra.

Skills & Knowledge Gained

  • Use math and inductive reasoning to solve problems
  • Determine the size of complex objects through advanced counting techniques
  • Create and communicate math proofs
  • Apply algorithms to problems
COMPUTER ARCHITECTUREThis course covers how computer hardware and software programs work together, starting with the basic logic of how systems and components interact, and proceeding to high-level programming languages.

Skills & Knowledge Gained

  • Use digital representation and digital logic
  • Understand how computers are internally structured and organized
  • Use machine, assembly and programming languages in tandem
COMPUTER NETWORKSThis course introduces students to Internet-based communications and delves into solving problems related to network size, security and access.

Skills & Knowledge Gained

  • Design network protocols
  • Scale up and secure communication networks

Similar Degrees

A degree or certificate in computer programming is just one way to enter the profession. Earning a degree in a broader technology field allows students to explore other computer concepts even as they become expert programmers. Because programming requires a solid foundation in math, logic and computer engineering and architecture, the following degree options are ideal paths for aspiring computer programmers: