2026 Information Systems Degree Outlook Through 2030: Enrollment, Salary, and Hiring Projections

by Imed Bouchrika, PhD

Co-Founder and Chief Data Scientist

Share

How is Information Systems Degree Enrollment Expected to Change Through 2030?

Enrollment trends in information systems degree programs through 2030 suggest a nuanced landscape shaped by competing factors like labor market demand, online education growth, and shifting demographic profiles. Public universities, benefiting from industry ties and lower tuition, typically lead in expanding enrollment, while some private and for-profit institutions face stagnant growth due to perceptions of value and competition from more flexible online offerings.

For students, this means program availability and class sizes may vary significantly by region and institution type, influencing admission competitiveness and specialization options within the field. For instance, areas investing heavily in technology infrastructure often see stronger enrollment growth, supporting a more diverse and employable graduate pool aligned with regional economic priorities.

Data from recent national education reports indicate that information systems degree enrollment trends in the United States through 2030 will closely track employer demand for professionals capable of bridging technical and business functions. The growing preference for graduates versed in both domains pressures programs to adapt curricula rapidly, affecting the balance of technical depth and strategic skills taught.

This evolution carries implications for graduates' long-term career trajectories, as oversupply in certain specializations could lead to workforce saturation, while shortages in emerging niche areas create premium salary and hiring opportunities. Prospective students should weigh these dynamics carefully and consider options like a 12 month DNP program online when exploring pathways that balance time commitment with sector demand, especially in fast-evolving STEM fields.

How Many Information Systems Graduates Will Enter the Workforce by 2030?

Graduate volume alone does not dictate workforce opportunities in information systems, as entry into relevant roles hinges on multiple factors beyond degree conferral. Enrollment growth and degree completions have increased steadily, partly driven by expanded online offerings and evolving curricula aimed at aligning with employer demands. However, many graduates delay workforce entry to pursue advanced certifications, graduate degrees, or take nontraditional career paths, which means the annual number of new information systems professionals joining the market is a subset of total graduates.

For example, a graduate from a top-tier program with robust internship experience is more likely to secure a position immediately than one who graduated from a less established program without practical exposure, illustrating how the quality and preparation of candidates affect hiring dynamics as much as sheer numbers do. Current labor market projections from the Bureau of Labor Statistics indicate approximately 15% growth in computer and information technology jobs through 2030, signaling strong but competitive demand that must be balanced against increasing graduate output.

Although analysts estimate that between 25,000 and 35,000 information systems degree holders could enter the workforce annually by the late 2020s, geographic distribution, employer preferences, and sector-specific requirements will cause actual hiring patterns to diverge from raw graduation data. Moreover, some graduates already employed in related roles may not appear as net new entrants, while others might shift away from core information systems functions due to personal or economic considerations.

What Are the Hiring Projections for Information Systems Graduates Through 2030?

Employer demand for information systems graduates through 2030 appears robust yet segmented, with growth concentrated in specialized areas like cybersecurity and data analytics. The U.S. Bureau of Labor Statistics forecasts a 15% increase in related occupations, corresponding to nearly 683,000 new openings, but this expansion does not evenly translate into entry-level roles. For example, graduates targeting mid-level management or technical positions should expect competitive hiring environments intensified by rising expectations for hybrid skills that integrate business acumen with technical expertise.

Regional economic variations and industry-specific dynamics further complicate hiring prospects. While metropolitan areas with advanced tech sectors may offer abundant opportunities, graduates in less diversified or rural markets could face longer search periods and may need to invest in continuous skill development to remain viable. Automation and artificial intelligence are also reshaping job functions, reducing demand for routine tasks but increasing the premium on strategic problem-solving and adaptability, underscoring the necessity of ongoing learning beyond initial credentialing.

Prospective students and recent graduates must weigh these realities against generalized employment projections to set realistic expectations. Those entering information systems fields without experience or specialization often encounter slower progression and must be prepared to demonstrate competence in areas like project management and cross-functional communication. Despite the upward trend in available roles, practical employability depends heavily on the balance between technical proficiency, soft skills development, and geographic flexibility within an evolving labor market influenced by technological change and economic flux.

Which Information Systems Careers Will Experience the Most Job Growth?

Among information systems careers with highest job growth, roles such as information security analysts and software developers show markedly different implications for prospective students. Information security analysts are projected by the U.S. Bureau of Labor Statistics to grow 35% through 2030, driven by escalating cyber threats and regulatory demands across industries.

This aggressive growth rate, though representing a smaller job base than other tech occupations, underscores strong employer demand for professionals with specialized security frameworks layered on core information systems competencies. For students weighing options, this path often requires continuous technical upskilling and offers resilience but can involve higher entry thresholds related to certifications and practical experience.

Software developers also exhibit robust growth near 25%, fueled by expanding digital transformation and customization needs in business operations. While this offers broader volume and more frequent openings, competition remains intense and success relies on proficiency in coding coupled with systems analysis. Computer and information research scientists, growing at a slower percentage rate around 22%, present opportunities concentrated in innovation-led sectors such as AI, with less overall employment but high specialization.

Other roles like data analysts and network administrators contribute to the top industries hiring information systems professionals through 2030 but vary in alignment with degree programs and regional labor markets. Individuals prioritizing salary predictability may find pathways like medical billing and coding salary profiles useful benchmarks for healthcare-focused information systems careers, reflecting increasing demand across healthcare systems.medical billing and coding salary

What Is the Salary Outlook for Information Systems Graduates Through 2030?

Salary projections for information systems graduates through 2030 require context beyond headline figures. Inflation, shifts in labor market demand, credential inflation, and evolving occupational roles all moderate how nominal wages translate into real income and career sustainability.

A median salary near $160,000 for experienced managers in 2024 reflects both technical skill and business leadership, but entry-level salaries typically start closer to $70,000 and vary widely by region and sector. Understanding these nuances clarifies both immediate expectations and long-term earning pathways for graduates. Key factors shaping future salary dynamics include:

• Industry Sector Variation: Compensation differs significantly across industries like finance, healthcare, and technology, with sectors facing rapid digital transformation often offering higher pay. Graduates targeting sectors with critical data governance and cloud adoption needs tend to command premiums.
• Specialization Premiums: Skills in cybersecurity, cloud infrastructure, and data analytics drive stronger salary growth given their acute demand and strategic importance to organizations. Certifications in these areas frequently enhance negotiating leverage.
• Geographic Market Differences: Metropolitan areas with concentrated tech hubs or regional demand surges offer higher starting salaries and faster wage growth, but cost of living adjustments reduce disposable income gains in some cases.
• Experience and Leadership: Advancing from technical roles into project management or executive functions correlates with the most significant jumps in compensation, making leadership development a crucial investment.
• Credential Evolution: Beyond degrees, accumulation of advanced certifications and continuous skill refinement impact salary potential by signaling up-to-date expertise in an evolving field.
• Labor Market Competition: Supply-demand imbalances fluctuate across IT specialties, so wage increases depend on staying current and adaptable to emerging technologies to avoid stagnation.
• Technological Change Adaptation: Professionals embracing new platforms and frameworks maintain relevance and bargaining power, which strongly influences long-term earning trajectories.

Which Industries Will Hire the Most Information Systems Graduates by 2030?

Labor market dynamics through 2030 will increasingly favor information systems graduates who can navigate both rapid technological change and sector-specific regulatory demands. Workforce replacement needs combined with digital transformation initiatives are set to shape hiring patterns more than sheer expansion.

For example, in finance, legacy system modernization and fintech innovation require graduates adept in data analytics and cybersecurity, but competition for these roles will be stiff given high credential expectations. Understanding which industries will hire the most information systems graduates by 2030 can help align educational and career strategies.

• Technology Sector: The largest employer of information systems professionals, driven by ongoing advancements in cloud computing, software development, and cybersecurity challenges. Entry-level roles often demand strong programming skills and familiarity with security protocols, while advancing positions require expertise in managing complex IT infrastructures.
• Financial Services: Banks and insurance firms invest heavily in analytics and automation to streamline operations and enhance transaction security. Graduates with certifications in data management and risk assessment have an advantage, supporting a career path from analyst to IT compliance specialist.
• Healthcare Industry: Growth in electronic health records and telemedicine is creating demand for professionals who can ensure systems comply with evolving regulations and improve patient outcomes. Experience with health data interoperability and privacy standards is critical for roles in hospital IT departments and health insurers.
• Retail and E-commerce: Accelerating digital marketplaces rely on optimized supply chains and customer data integration. Skills in business intelligence and system integration help graduates secure positions that blend technical and operational responsibilities.
• Government and Defense: Steady demand persists in cybersecurity and compliance roles managing complex and sensitive IT environments. Preference often goes to candidates with security clearances and experience in regulatory frameworks.

The online ASN program landscape also reflects industries where digital system competencies intersect with healthcare needs, illustrating crossover employability trends relevant for information systems graduates exploring sector shifts.

Top U.S. industries hiring information systems graduates emphasize sectors where sustained career growth depends not just on technical skills but the ability to adapt to specific organizational challenges. Information systems career growth by industry through 2030 will favor those who combine interdisciplinary knowledge with practical experience in regulatory and digital transformation contexts.

Where Will Demand for Information Systems Graduates Be Strongest?

Employment prospects for information systems graduates will remain highly concentrated in sectors actively integrating digital innovation and data-centric operations, with technology, finance, healthcare, and professional services leading demand. While urban centers like San Francisco and New York City sustain substantial hiring volumes due to dense tech ecosystems, growth in emerging markets such as Nashville and Atlanta reflects targeted public investment and expanding infrastructure, offering alternative opportunities with lower living costs and potentially less intense applicant competition.

However, graduates must weigh the tradeoff between the volume of open positions and the prevailing credential expectations, as some regions emphasize specialized certifications or hybrid technical-business acumen more heavily than others. The persistence of remote work models introduces additional complexity, as companies increasingly seek candidates capable of maintaining productivity and collaboration without in-person oversight-skills that are not uniformly developed across all programs.

This dynamic particularly benefits professionals adept in emerging technologies like AI, IoT, and augmented reality, where the ability to apply technical knowledge within complex organizational settings can provide a distinct advantage. Moreover, sectors such as healthcare demonstrate increasing demand driven by regulatory compliance and operational efficiency challenges, yet these roles often require nuanced understanding of the intersection between technology and domain-specific regulations, a factor sometimes overlooked in general workforce projections. Decision-making grounded in national hiring averages risks obscuring local market realities.

A technology hub may offer numerous openings but also attract a highly competitive talent pool commanding premium salaries and requiring demonstrated impact-oriented experience. Conversely, regions with smaller but growing employer bases may provide more accessible entry points for early-career professionals willing to align with sector-specific needs and commit to continuous skill development. According to recent data from recognized labor statistics analyses, these geographic and sectoral disparities will shape the landscape for information systems employment through 2030, underscoring the importance of strategic regional and industry targeting in educational and career planning.

Which Information Systems Specializations Will Be Most in Demand by 2030?

Projected hiring trends through 2030 indicate that select specializations within information systems will significantly outperform others in both demand and salary growth, driven largely by evolving technology risks and enterprise transformation efforts. Cybersecurity stands out with an expected 35% growth in information security analyst roles, reflecting intensified digital threats and compliance mandates.

Meanwhile, expertise in data analytics and AI-driven business intelligence remains critical as organizations seek to turn increasingly vast datasets into competitive advantage. For students weighing specialization options, considering credential requirements and long-term adaptability is essential-cybersecurity roles often require continual certifications, while analytics positions demand strong statistical and AI literacy.

Below are key information systems specializations expected to lead hiring through 2030:

• Cybersecurity and Information Assurance: With growing threats and regulatory scrutiny, security-focused roles like information security analysts will see the highest growth. Employers favor candidates with up-to-date certifications and practical knowledge in threat detection and response across sectors including finance, healthcare, and defense.
• Data Analytics and AI-Driven Business Intelligence: Specialists who combine information systems with skills in AI, machine learning, and data governance will be highly sought after. These roles are pivotal in industries leveraging real-time insights to enhance decision-making and operational efficiency.
• Cloud Computing and Infrastructure Management: As enterprises migrate workloads to cloud platforms, expertise in cloud architecture, DevOps, and platform-specific certifications will open broad opportunities across industries, though maintaining skills amid rapid cloud innovation is a continuous requirement.
• Niche Specializations: Blockchain, IoT, and RPA: These emerging fields offer growth potential but often demand extensive technical mastery and integration experience, typically benefiting professionals with hybrid skills and ongoing education.
• Hybrid Business-Technology Roles: Increasingly, employers value professionals who merge technical acumen with domain knowledge in finance, healthcare, or supply chain, providing flexibility and resilience in dynamic markets.

How Will AI and Technology Affect Information Systems Careers Through 2030?

Artificial intelligence and automation are set to augment rather than fully automate many entry-level information systems tasks through 2030, shifting employer expectations toward hybrid skill sets that combine traditional domain knowledge with AI fluency. Routine responsibilities such as data entry and legacy system maintenance are increasingly optimized by automation, but professionals who can configure AI tools, implement cybersecurity measures, and interpret complex data analytics will see sustained demand.

For example, a recent graduate focused solely on manual IT support may find fewer opportunities unless they adapt by developing competencies in machine learning basics or cloud-based services, reflecting how the impact of emerging technologies on US information systems job market varies by specialization and continuing education. The implication for hiring is a stronger emphasis on candidates who demonstrate collaborative abilities with AI systems rather than viewing them as competitors, positioning interpersonal communication and ethical AI oversight as valuable complements to technical skills.

Salary premiums of 15%-25% are reported for information systems workers with expertise in AI and data analytics, underscoring the economic incentive to pursue interdisciplinary training. Educational pathways that include hands-on projects in AI integration and courses aligned with cybersecurity trends offer practical advantages for sustaining career resilience. Understanding these dynamics is especially relevant when evaluating credentials linked to workforce outcomes, including salary benchmarks such as the health information management bachelor degree salary, which reflects comparable market valuations.

Students and professionals should critically assess programs for applied learning opportunities and ongoing reskilling in AI methodologies to mitigate risks of stagnant growth and underemployment. As technology reshapes the sector, flexible career trajectories will favor those who balance technical proficiency with ethical judgment and strategic decision-making capabilities. The evolving landscape demands awareness of which skills remain automatable and which require human oversight, enabling informed decision-making amid uncertain technological trajectories in information systems careers through 2030.

Is a Information Systems Degree Worth Pursuing Based on 2030 Projections?

The outlook for an information systems degree through 2030 reflects steady job growth but also increasing competition among graduates, requiring nuanced decision-making from prospective students. While the U.S. Bureau of Labor Statistics projects about 15% employment growth in computer and information technology occupations-well above average-this does not guarantee uniformly positive outcomes. Students who lack internships or specialization may encounter challenges given the steady rise in enrollment and growing graduate supply.

For example, a recent graduate aiming for mid-level roles should weigh tuition costs and completion time against employer expectations for hands-on experience and versatile skills, especially as salary prospects vary by sector and region. Future salary trends for information systems graduates typically show median starting salaries around $65,000 and mid-career earnings exceeding $90,000, according to the Georgetown Center on Education and the Workforce.

However, returns differ significantly depending on a candidate's technical proficiency, soft skill development, and career flexibility. Graduates focusing on niche areas or gaining relevant applied experience tend to fare better. Prospective students must also consider credential expectations carefully; for those balancing cost and accessibility, researching alternatives like the easiest NP programs to get into might reveal varied pathways responsive to evolving labor markets.

Overall, an information systems degree remains a financially viable option for those prepared to meet employer demands and differentiate themselves amid competitive hiring conditions. A thorough understanding of current and predictive workforce dynamics, especially through 2030, is essential for aligning education investments with realistic career outcomes and long-term sustainability in the tech-driven landscape.

References:

• Preparing for 2030 - The future of workforce reskilling https://www.eitdeeptechtalent.eu/news-and-events/news-archive/the-future-of-work-preparing-for-2030-the-future-of-workforce-reskilling/
• Most In-Demand Careers in Europe by 2030 - Apply Eurolink https://applyeurolink.org/en/most-in-demand-careers-in-europe-by-2030-35-en/
• How will Artificial Intelligence Affect Jobs 2025-2030 | Nexford University https://www.nexford.edu/insights/how-will-ai-affect-jobs
• Is Computer Information Systems a Good Degree? 5 Reasons Why https://www.nec.edu/is-computer-information-systems-a-good-degree
• Top Technology Skills in Demand by 2030 | Future Tech Skills Guide https://www.mywestford.com/blog/top-technology-skills-that-will-be-in-demand-by-2030/
• Major expected changes in the labour market by 2030 - EMLV Business School Paris https://www.emlv.fr/en/major-expected-changes-in-the-labour-market-by-2030/
• AI will perform most work tasks by 2030 - Amsterdam Centre for Business Innovation https://acbi.uva.nl/content/news/2025/01/ai-will-perform-most-work-tasks-by-2030.html
• Student information System Market Size, Industry Share, Forecast to 2034 https://www.fortunebusinessinsights.com/student-information-system-market-102436
• 10 Computer Information Systems Careers Worth Considering https://www.calmu.edu/news/computer-information-systems-career
• Job Outlook - Cabrillo College https://www.cabrillo.edu/computer-and-information-systems/job-outlook/