2026 Information Systems Degree Popularity by Gender, Region, and Degree Level

by Imed Bouchrika, PhD

Co-Founder and Chief Data Scientist

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How Does Job Market Demand Influence Information Systems Degree Popularity?

Employer demand for technical skill sets significantly skews information systems degree popularity toward regions with dense technology sectors. For example, California's Silicon Valley and Texas's sprawling tech corridors attract more students into these programs as firms prioritize candidates with data management and cybersecurity expertise, directly reflecting local labor market needs. This dynamic also impacts degree choices, with many students opting for bachelor's or master's programs that emphasize strategic, managerial competencies aligned with employer expectations, rather than associate degrees, which sometimes emphasize more foundational knowledge and may be less aligned with advanced job requirements. However, the availability of associates degree online options remains a relevant alternative in regions with fewer tech employers or for students balancing career and education timelines.

Labor market trends also reveal persistent gender disparities: despite rising demand encouraging a marginal increase in women pursuing information systems degrees, workforce data show women remain underrepresented due to structural and recruitment factors limiting their enrollment and eventual hiring. Regional education patterns further illustrate this divide; states with concentrated outreach and workforce inclusivity initiatives report somewhat better gender balance in information systems degree attainment. Still, these enrollment disparities underscore how demand alone does not eliminate barriers. Additionally, some employers prioritize industry certifications or interdisciplinary experience over formal degrees, complicating the direct translation of degree popularity into workforce participation and influencing student decisions about educational pathways and degree levels.

Finally, understanding job market demand impact on information systems enrollment requires recognizing that enrollment growth rarely mirrors employment projections perfectly. Factors such as program accessibility, local economic conditions, and competing disciplines influence student choices despite robust hiring forecasts. This is particularly evident in variations between associate, bachelor's, and master's degree programs, where advanced credentials often respond to employer demand for broader skill sets but may face enrollment constraints due to higher costs or longer time commitments. Prospective students weighing the long-term value of an information systems degree must therefore assess how regional employer expectations and evolving occupational requirements interact with their own educational goals and resource availability.

How Does Online Information Systems Degree Enrollment Compare to Traditional Campus Programs?

Online information systems degree programs have surpassed traditional campus enrollment in growth primarily due to their appeal to adult learners balancing work and personal commitments. Data from the National Center for Education Statistics in early 2024 shows that about 65% of information systems undergraduates now take at least some coursework online, highlighting the modality's expanding reach across different regions and demographics. This shift has notably increased participation among women and students in rural areas who might otherwise face geographic or scheduling constraints, reshaping enrollment patterns compared to conventional campus programs. However, this flexibility carries tradeoffs, as retention and graduation rates tend to lag behind on-campus cohorts partly because of reduced in-person support and networking opportunities crucial for practical skill development in the field.

The diversity of online offerings-from bachelor's to doctoral levels-facilitates continuous academic progression for working professionals, but quality and rigor vary widely across programs, making accreditation and curriculum scrutiny essential for prospective students. Employers increasingly expect candidates to demonstrate hands-on experience through internships or projects, which can be more challenging to secure remotely, fueling some skepticism about fully online credentials despite their growing prevalence. Consequently, students must weigh how delivery format aligns with their career ambitions, access to local resources, and preferred learning environment to navigate both enrollment and workforce integration effectively.

A recent information systems graduate recalled debating between enrolling in a nearby university with limited evening options and a nationally recognized online program that accommodated their full-time job schedule. Initially concerned about missing out on campus culture and peer interaction, they appreciated the online program's flexibility and breadth once enrolled but remained cautious about networking and employer perceptions. This experience underscored that choosing between online and traditional formats often involves balancing immediate logistical needs against longer-term professional considerations, rather than a straightforward quality comparison.

What Degree Level Is Most Common Among Information Systems Students?

Bachelor's degrees dominate enrollment in information systems, representing roughly two-thirds of students according to 2024 figures from the National Center for Education Statistics. This prevalence reflects how employers commonly set the bachelor's as the minimum credential for most entry- to mid-level roles, positioning it as a practical balance between technical proficiency and broad business understanding. Accessibility factors, such as established transfer pathways from associate programs and the expansion of fully online bachelor's options, further reinforce this pattern by enabling flexible progression and nationwide reach.

Associate degrees attract fewer students and typically serve those aiming for faster entry into support-level positions, yet they often limit advancement without subsequent study. Master's programs capture a notable but smaller segment, driven by those seeking specialization or leadership roles, particularly in areas like cybersecurity or analytics. Doctoral enrollment remains minimal, reflecting the niche academic and research focus coupled with the significant time and cost investment required, which most practitioners eschew in favor of applied industry roles.

For prospective and current students, these enrollment trends underscore critical tradeoffs: while an associate degree offers speed and cost advantages, it often lacks upward mobility, and a master's degree demands additional commitment but opens doors to specialized, higher-tier positions. Bachelor's programs, widely recognized and accessible, serve as the foundational pathway aligning with most employer expectations. Understanding these dynamics aids informed decision-making based on career goals, resource constraints, and realistic appraisal of labor market demands within information systems disciplines.

How Do Enrollment Trends Differ Between Associate, Bachelor's, Master's, and Doctoral Information Systems Degrees?

Enrollment trends in associate, bachelor's, master's, and doctoral information systems programs highlight significant differences shaped by student goals and workforce demands. Associate degree enrollment trends in information systems programs demonstrate consistent demand from individuals seeking foundational skills for immediate job entry or transfer to four-year institutions. In contrast, bachelor's programs attract the largest cohorts, driven by employer preference for candidates with a balanced mix of technical expertise and business understanding. According to the National Center for Education Statistics 2024 data, bachelor's degree completions in information systems increased by 8% in the last three years, reflecting sustained, broad-based demand across regions.

Master's degrees are growing at an even faster pace-12% rise in enrollment per the Computing Research Association-indicating a shift toward specialized skills in data analytics, cybersecurity, and leadership roles. This growth correlates with regional differences in bachelor's and master's information systems degree popularity, influenced by local industry needs and demographic shifts, including increased participation from women and underrepresented minorities. Doctoral pathways remain limited but essential for students focused on research and academic careers, given their emphasis on deep theoretical knowledge and long-term investment. This stratification in enrollment shapes educational planning, as prospective students must weigh the balance between accessibility, specialization, and career outcomes.

When comparing pathways, many employers view associate degrees as gateways to entry-level roles, while bachelor's and master's credentials often determine progression opportunities. Prospective students should also consider programs like the cheapest online psychology bachelor degree as a parallel example of evaluating cost and flexibility in selecting degrees aligned with career aims and personal circumstances. Understanding these enrollment dynamics offers a practical framework for tailoring educational investments and navigating the evolving information systems labor market.

How Popular Is the Information Systems Degree Compared to Other College Majors?

The relative popularity of an information systems degree reflects more than just enrollment numbers; it signals the balance between specialized interdisciplinary skills and broader technical disciplines. While approximately 40,000 bachelor's degrees were awarded in information systems or related majors in 2024, this figure trails behind computer science and business fields, highlighting a niche yet growing interest. The program's blend of management and technology appeals to students seeking a hybrid skill set, but it competes against perceptions of computer science as offering wider technical versatility. This moderate scale influences program variety, peer networks, and specialization options, which can either limit or tailor educational and career pathways compared to larger fields.

Graduate-level data shows a steady 5% annual increase in information systems master's completion, indicating rising demand for advanced expertise despite still lagging behind business analytics or computer science growth. Gender representation tends to be more balanced than in computer science, with female enrollment below 30%, while geographic distribution favors urban and tech-centric states where industry needs align with curriculum focus. These regional and demographic factors contribute to uneven program availability and cohort experiences, affecting student decisions who weigh program fit against regional career opportunities and workforce demand rather than seeking the most populous majors.

One information systems graduate recalled feeling hesitant when choosing the major due to smaller class sizes compared to business or computer science. Conversations with academic advisors emphasized emerging job market relevance but also highlighted fewer peers pursuing the degree, which initially raised concerns about networking and on-campus resources. Over time, the student recognized that the distinct blend of business and technology knowledge attracted diverse employers, validating the decision despite the program's lower enrollment and regional concentration relative to more saturated fields.

Why Is the Information Systems Degree More Popular in Certain States and Regions?

Regional disparities in information systems degree demand by state largely reflect the strategic alignment of local economic ecosystems and educational infrastructure. States such as California, Texas, and Virginia demonstrate higher enrollment because their technology sectors drive employer demand and create robust networking environments critical for student internships and job placement. This concentration influences student decisions, as attending programs in these areas often means better access to industry connections and opportunities that reinforce the practical value of their degrees beyond academic credentials.

Policy prioritization and educational investment also shape regional trends in information systems education, particularly in the Northeast and Western states, which focus on STEM funding and maintain a strong presence of public institutions offering specialized degrees. These factors lower barriers to access and cultivate a talent pipeline aligned with metropolitan labor markets where wages and job openings are higher. However, states with fewer local options have seen enrollment partially sustained by online degrees, though such platforms may not fully replicate the benefits of proximity to industry hubs. The interplay of gender dynamics and demographic profiles within these regions further nuances enrollment patterns, affecting the composition and long-term adaptability of the workforce.

Current and prospective students must consider these practical realities when evaluating program selection and career positioning. Regional variations in information systems degree popularity reveal inherent tradeoffs between educational accessibility, employer expectations, and economic vitality. For those exploring alternatives or comparing pathways, resources like PsyD online programs offer insight into how online credentials can supplement traditional degrees in regions with less concentrated demand, underscoring the importance of aligning educational choices with labor market contexts and personal circumstances.

What Demographic Groups Are Driving Growth in Information Systems Degree Programs?

Adult learners aged 25 and older are a critical force behind the rising enrollment in information systems degree programs, driven by a need to shift careers or upgrade technical skills amid a digital economy that increasingly values adaptability. Data from the National Center for Education Statistics in 2024 indicates that students older than 30 now comprise nearly 40% of enrollees, underscoring a shift toward nontraditional student populations whose complex schedules and responsibilities often make flexible, especially online, learning formats essential. This trend influences how programs are designed, prioritizing modularity and support structures aimed at balancing education with work and family commitments.

Gender diversity is gradually reshaping the student mix, with female enrollment climbing from 28% to 36% in undergraduate information systems programs between 2020 and 2024, according to the Integrated Postsecondary Education Data System. While this represents progress toward narrowing a historically male-dominated field, persistent gaps impact cohort dynamics and workplace readiness, potentially influencing employer perceptions and peer collaboration in both academic and professional settings. Regional enrollment disparities further complicate program growth, as technology hubs concentrated in the Northeast and West Coast attract more students, while areas undergoing economic transition, such as parts of the Southeast and Midwest, experience slower increases tied partly to limited program availability and local labor market shifts.

Racial and ethnic groups including Hispanic and Native American students are enrolling at rates exceeding overall program growth, reflecting broader demographic changes and targeted outreach efforts that improve access. For first-generation college students, the availability of online platforms is particularly transformative, enabling participation despite external demands. Collectively, these enrollment patterns underscore significant operational implications for institutions and employers: programs must balance scalability with customized support and recognize the varied pathways students navigate to meet evolving workforce demands for technologically skilled, adaptable professionals.

What Is the Future Outlook for Information Systems Degree Enrollment by Gender, Region, and Degree Level?

Information systems degree enrollment is poised for selective growth, influenced less by generic demand surges and more by nuanced demographic and regional factors that shape student and employer priorities. Bachelor's level enrollment is expected to rise modestly by around 8% through 2030, but the acceleration at the graduate level signals a market tilt toward specialized skills and advanced credentials valued by employers navigating complex technology environments. This shift could pressure institutions to reallocate resources toward master's and certificate programs, impacting availability and advising for undergraduates weighing the tradeoff between earlier workforce entry and further academic investment.

Gender representation is evolving but unevenly; women now constitute about 35% of undergraduate information systems students, up from 28% a decade ago, reflecting more effective outreach and inclusive policies. Yet persistent gaps at master's and doctoral tiers underscore ongoing challenges in fostering equitable representation where expertise is often most critical. Regionally, enrollment gains concentrate in the South and West, aligned with robust tech sector expansion and increasing online program offerings that mitigate geographic constraints. Conversely, stagnant enrollment in parts of the Northeast and Midwest may reflect demographic stagnation and limited institutional growth, which could limit local talent pipelines and compel prospective students to prioritize programs with flexible delivery or relocation options.

For prospective students and workforce strategists, these dynamics suggest that degree-level selection, gender inclusivity initiatives, and geographic mobility will heavily influence both educational access and career trajectories in information systems. Awareness of these patterns is vital for making informed decisions regarding program choice, potential geographic relocation, and timing for advanced credentials in a field where labor market demands and diversity goals continue to evolve in tandem.

How Have Information Systems Degree Enrollment Trends Changed Over the Past Decade?

The notable shifts in information systems degree enrollment over the past decade reflect deeper changes in workforce needs and educational accessibility. Rising demand for hybrid and online delivery models has expanded access, particularly for working adults, contributing to steady growth in bachelor's and master's degree enrollments while associate degree participation remains flat or declines. These degree-level differences imply that employers increasingly favor advanced credentials for roles centered on technology management and data analytics, reshaping student demand and program relevance according to evolving labor market signals.

Changes in gender diversity for information systems degrees show a gradual increase in female participation from about 30% in 2014 to nearly 38% in 2023, signaling modest but meaningful progress toward more inclusive STEM-related fields. Yet, this shift also reveals persistent gaps and ongoing recruitment challenges that impact workforce representation. Regional disparities compound these dynamics; notably, programs in the Western and Northeastern United States experience higher enrollment growth, likely linked to dense tech industry clusters and recruitment initiatives that better engage diverse candidates. These geographic variations affect program availability and student outcomes across the United States.

Prospective students should evaluate how these information systems degree enrollment trends in North America correspond with their career goals, especially given competition from nontraditional credentialing pathways like coding bootcamps. Long-term value depends on aligning education choices with employer expectations for experience and skills, which vary by region and sector. For those comparing traditional degrees with alternative credentials, understanding the broader context and tradeoffs-including balance between flexibility and depth-is crucial. Additionally, exploring related options such as accredited online speech pathology programs can provide insight into how specialized online education continues to expand across fields.

Where Is the Information Systems Degree Most Popular Across the United States?

Information systems degree popularity clusters in states with concentrated industry demand and established educational infrastructures rather than being evenly distributed nationwide. Regional economies with strong technology, finance, and healthcare sectors-such as California, Texas, and New York-create robust labor markets that attract students seeking relevant programs aligned with local employer needs. This geographic concentration influences student opportunities by providing more robust internship pipelines and professional networks critical for early career development, reinforcing the dominance of these urban hubs.

The highest enrollment regions for information systems degrees often coincide with metropolitan areas offering diverse institutional options, reflecting how availability shapes degree choice more than statewide demand alone. Midwestern and Southeastern states exhibit varying degrees of participation linked to emerging tech clusters and economic diversification, but students there typically face fewer program options and less direct employer access. This uneven distribution affects perceptions of degree value and can push students toward relocating or prioritizing certain institutions. Such dynamics underscore the importance of practical workforce integration, as many employers increasingly seek graduates with relevant experience, a factor influencing program selection and career trajectories.

Understanding these patterns helps prospective students evaluate where to study and work for maximal return on their educational investment. Additionally, pathways like becoming an AI trainer illustrate how specialized roles can flourish in regions with targeted industry demand. As degree popularity reflects economic realities, nuanced choices around location and program specialization significantly impact long-term employability and career mobility in the information systems field.

References:

• Information Technology and Systems | University of Phoenix https://www.phoenix.edu/articles/it/information-technology-and-systems-differences.html
• 5 Graduate and Online Enrollment Trends to Watch in 2024 https://www.ruffalonl.com/blog/graduate-online-enrollment/5-graduate-and-online-enrollment-trends-to-watch-in-2024/
• What Can You Do With an Information Systems Degree? https://www.park.edu/blog/what-can-you-do-with-an-information-systems-degree/
• Online Degree vs. Traditional | University of Arkansas Grantham https://www.uagrantham.edu/blog/pros-cons-online-degree-vs-traditional-university/
• A Comparison of Student Technology Acceptance between Traditional and Non-Traditional Students Using Online Learning Technologies - OJDLA https://ojdla.com/articles/a-comparison-of-student-technology-acceptance-between-traditional-and-non-traditional-students-using-online-learning-technologies
• College Numbers Down, Degrees Up: Understanding the Post-2010 Enrollment Shift — The Burning Glass Institute https://www.burningglassinstitute.org/bginsights/college-numbers-down-degrees-up-understanding-the-post-2010-enrollment-shift
• 7 Popular Computer Degrees for IT Jobs | Pluralsight https://www.pluralsight.com/resources/blog/tech-operations/top-computer-degrees
• A Buyer’s Guide to Non-Traditional Student Information Systems https://moderncampus.com/blog/buyers-guide-to-non-traditional-student-information-systems.html
• Why an Information Systems career is future-proof https://www.torrens.edu.au/stories/blog/business/why-an-information-systems-career-is-future-proof
• Your Competitors Are Modernizing Their Student Information Systems. Should You? https://jenzabar.com/blog/your-competitors-are-modernizing-their-student-information-systems-should-you