Programming is a subject that exposes you to the capabilities of computers and how to use them to develop powerful applications. Programming is executed through many different kinds of languages. Some programs such as Microsoft Excel and Matlab are designed to reduce the amount of programming needed to generate results. In other contexts, such as when a company is developing a system to track employee performance, programming skills are needed to integrate and modify existing pieces of software.
Some of the most intriguing programming tasks involve developing entirely new applications and products in cases where programming allows you to directly use the hardware and software interfaces of the computer.
Programming at its heart is based on mathematics and logic. People who enjoy solving problems and are sensitive towards the efficient use of resources make great programmers. Programming in industry also requires people who understand how to write clean and elegant code that can easily be read by others. Programming is essentially an engineering task and those who pursue programming are expected to know how to work in teams to manage complex programs within tight schedules.
Programming also has a strong debugging component. It is great to be able to write code but it is equally important to be able to debug it when needed.
Programming languages change rapidly and students of this field are expected to be quick learners who can adapt to new platforms as needed.
Most commonly offered degrees in programming
The most commonly offered degree in computer programming is computer science. This degree gives equal significance to the theory and applications side of computers. Other degrees in programming include computer engineering, software engineering and information systems. These degrees tend to emphasize the practical applications over the theory.
There is an element of programming in pretty much every technical field including the social sciences. All students of economics, psychology, engineering and science are given some exposure to computer programming to execute data analysis.
strong>Specializations available in programming
Programming involves core courses in object oriented design, databases, algorithms, compilers and operating systems. You will also develop expertise in programming in the most common languages in industry such as C, C++ and Java. Several programs will expose you to Python, LISP and other powerful languages with very specific applications.
You may also specialize in specific applications of programming such as web design, mobile application design or the design of scalable networks. Popular specializations also include managing online transactions and online security.
Career opportunities and salaries for students of programming
Students of programming generally start their careers as full-time programmers. As they gain experience and advance up the ranks, gradually their jobs involve less programming and more management. Architects may be more involved in defining the look and feel of products rather than just coding them. Some people eventually enter sales, marketing and management positions where they combine their technical backgrounds with business and finance skills.
Getting a degree in college is most definitely something that many people strive for today. Education is a leading factor when it comes to a successful career doing a job that you enjoy. A very popular degree recently is a computer programming degree.
Technology jobs are most definitely on the rise. Of course, all sorts of technologies are quickly advancing, but one specific type that is skyrocketing is computer technology. If you are ready to take part in the advancements, you may want to look into earning a computer programming degree.
Having one of these degrees will allow you to learn a plethora of information related to computers. The degree will have a strong focus on programming, which will include various languages, such as:
Besides just learning some of the more widely used computer languages, you will also be taught how to properly troubleshoot and test existing programs, as well as how to create your own programs. All of these skills will allow you to succeed in our highly technical world.
Many people who earn a computer programming degree often work with a high tech company, while others focus more on finding a government job. Some will work with software companies, and others find that their degree is most useful with robotics companies. Along with having the opportunity to choose to work in various locations, you also have the ability to work in various different positions.
Demonstration presentations replace lectures and a state-of-the-industry lab becomes your classroom to develop hands-on skills before your internship.
Program is supported a subsidiary of Carnegie Mellon University, and provides the opportunity — at no additional cost — to earn six certificates of completion through programs facilitated by certified instructors.
You can earn certificates in Database Systems, Data Structures and Algorithms, Introduction to Computer Systems, Introduction to Information Systems, Object Oriented Programming and Testing, and User Centered Design and Testing.
Team-based projects provide experiential learning in workplace skills such as communications, planning and delegating, and project management.
Three game development courses introduce programming principles underlying interactivity, animation and sound in 2D and 3D video environments.
A capstone group project highlights your understanding of concepts, techniques
and skills through the development of an enterprise application.
· Key Skills
In the PTI Computer Programming program you will learn key skills such as:
Creating graphic user interfaces suitable for commercial use
Client-side scripting, web content development and database access using HTML tags, cascading style sheets and interactive programming
Designing databases such as an e-commerce system using relational data models and JAVA and/or Visual Basic
Developing interactive and multi-view applications for mobile devices
Evaluating interface design and user interaction using experimentation techniques
JAVA programming for mobile devices and web-based applications
Problem solving and solution documentation using object-oriented design
Programming for the optimum balance of memory requirements, execution time and bandwidth
Writing decision loops, strings, pointers, functions and subscripted variables using C++
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