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Information support systems are integral to making sure a company’s information infrastructure runs smoothly and safely and information technicians are the first line of defense, making them invaluable to employers. An IT master’s degree provides students with professionally focused skills in information technology that incorporate perspectives from business and management sectors. IT master's programs allow students to further their understanding of how to manage and function within comprehensive IT support systems in a business setting.

These programs best suit students with a bachelor's in information technology because the curricula for a master's in information technology build upon that foundation with a broad range of advanced information security, organization, and administration skills. Graduates can also explore concentrations related to database systems technology, data analytics, or computation, among other areas of study. Although graduates may work in IT for various industries, their chosen electives and concentrations directly translate to specific career opportunities.

Most programs take two years to complete and require around 30 credit hours to receive a degree. Some masters in IT programs allow for part-time study, in which case students are likely to graduate in three to five years. Part-time schedules are best for students who have already begun their careers in data science or information technology and aim to balance work with studying. 

Master's degrees in information technology are highly respected programs because they offer the same coursework taught by the same instructors that on-campus students receive. Remote learning is particularly beneficial for students aiming to pursue work-from-home careers.

All information technology master students should ensure that the school they're applying to is accredited. All accredited schools have been examined by a third-party education agency to determine the quality of their programs and faculty. 

All schools featured on the OnlineU site are accredited, including alternative options such as an affordable master's in information technology programs. Or, students can pursue full degrees that fall under the umbrella of IT, such as master's degrees in systems engineering.

While IT master's degrees are very useful in providing students with advanced technical training and leadership skills, not all employers require applicants to have graduate-level credentials. However, are generally required to hold master's degrees and therefore command the highest median salary of all computer and information technology occupations.

Before applying to college for a master's in information technology, students must show they've earned a bachelor's in a relevant subject. This is because many programs require students to be familiar with certain subjects, such as Python and Java coding languages, allowing them to jump into more advanced disciplines. Therefore, it's important to pick a college with admissions requirements that meet each student's qualifications. 

Fortunately, even the most affordable information technology degrees prepare students with the proper credentials to pursue a master's degree. Credits are submitted through transcripts, along with letters of recommendation, personal essays, and college entrance exams. Requirements vary from school to school, so checking with admissions counselors before applying online is essential.

The online IT master’s program curriculum discusses the strategic use of information systems in the business world. Core technical classes look at telecommunications management, e-business technologies, database management, software engineering, and computer programming. Management courses discuss project management and leading in a technology setting.

Below are a few examples of common classes in an IT master's program: 

• Project Management: This is a core component of any master degree in information technology because it teaches students the foundational concepts by engaging them in practical scenarios related to network upgrades, hardware installations, and software development. Leadership components are also introduced to encourage effective management tactics. 
• Emerging Technologies: In this course, students explore the current IT trends, particularly those related to the latest breakthroughs in technological tools and programs. This course works to prepare master's graduates for leadership positions by priming them with the latest academic research in the field. Students also learn leadership practices.
• Quantitative Models in Business: This course focuses on operational strategies in business scenarios by using quantitative tools. Students learn to make sound IT decisions by analyzing data sets, generating infographics, and predicting outcomes. Quantitative models encourage critical thinking so IT professionals can use data to inform their recommendations to business executives.
• Research Methodologies: Research methodologies are used to teach students how to properly conduct their own research projects, which are significant facets of every master's degree in information technology. This course looks at methods of data collection, hypothesis development, theoretical frameworks, and interpretation of research findings. 

By the end of an information technology master degree, students are required to participate in an internship. This on-site practicum allows for experience in a professional IT setting with a real business. Online students must coordinate with their professors to find approved businesses in their areas. In some cases, online internships can be arranged where students work remotely.

Many information technology master’s programs require students to choose a particular module or specialization in an IT area. Possible focuses include software development, information security, health information technology, information systems management, and telecommunications systems. Students who have already earned bachelor's degrees in areas such as information systems degrees can continue to benefit from their area of expertise by choosing relevant master's specializations. 

Master's degrees in information technology not only help increase the chances of gaining employment but also allow for higher salary job opportunities. 

Benefits

• Hundreds of thousands of IT jobs are opening each year. According to the (BLS), 280,000 positions are expected to be added every year through the end of the decade.
• Earnings are high in the field of information technology. Additional data from BLS shows that the median annual salary for all IT roles is $109,470 (at the time of writing).
• Professionals often work from the comfort of their homes. While this work style can have its negatives, many people enjoy the lack of commuting costs, flexible schedules, and a work environment they can customize to fit their needs.

Drawbacks

• The broad nature of IT curricula may prevent some students from finding their preferred career path. This may require students to choose specializations before they get too far into their coursework or pursue post-graduate certificates to earn the proper credentials down the road.
• IT professionals are held to a high standard. Their responsibilities are critical to the protection and success of organizations, putting a significant amount of pressure on them to succeed.
• Master of Science degrees are expensive. You may want to pursue an affordable information technology associate degree before transferring to a bachelor's program. 

Overall, students gain experience in hard skills, such as information security and data analysis, while learning soft skills in people management, communication, organization, and project management. Because information technology is a broad term, the degree programs encompass many disciplines and prepare students for a wide range of professional roles in the field.

Receiving a master’s in information technology is a major step in launching or enhancing an IT career and sets students up for a high earning potential. IT is now an essential part of every major business sector, and the need for competent professionals is growing much faster than other occupations. 

Master's graduates not only have necessary technical skills but they are often prepared for leadership positions, which increases their chance of earning higher wages and advancibg their careers. While students can immediately enter the workforce after graduation, there are also opportunities to continue in academia through PhDs in information technology. This route is particularly useful for students interested in researching emerging sectors, such as artificial intelligence. 

Here are four jobs commonly available for IT master's graduates: 

• are responsible for everything related to their organization's computer systems, including the management of stored data, hardware devices, and software programs. Their work is not strictly technical, as their managerial duties also include the hiring of IT staff, communication with business executives, and overseeing project funding.
• protect organizations from infiltrators who may want to steal their data. They monitor firewalls and data encryption programs, test vulnerabilities, and investigate breaches. Their work also includes reporting their findings to IT managers, developing best practices for staff outside of IT, and assisting employees with installing necessary data protection software. 
• create the infrastructure for organizations to function in digital environments, such as local area networks (LANs), wide area networks (WANs), and cloud-based systems. They design, test, and implement these vital systems while keeping detailed notes of each process. Once networks are deployed, they manage and troubleshoot issues and complete upgrades. 
• oversee the systems that hold data. They design the databases, develop them according to the user's needs, organize the data to ensure it is efficiently stored and protected, and keep track of any metrics that may be used to inform its management. Once established, they test and implement upgrades and modifications.

IT master's graduates tend to make good money because they fill highly valued positions responsible for protecting organizational data. Among the four most common jobs — database administrators, computer network architects, information security analysts, and information systems managers — each position earned a median annual salary of . Compare this to the $50,980 median annual salary of all U.S. occupations, including those outside IT.