2026 Fastest-Growing Careers for Library Science Degree Graduates

The fastest-growing career paths for library science graduates are concentrated in roles that combine information organization, digital systems, preservation, public service, and data access. Traditional librarian positions still matter, but the strongest growth is often found where library science skills meet technology, healthcare, research, and institutional knowledge management.

• Archivists and Curators: Libraries, museums, universities, government agencies, and cultural organizations need professionals who can preserve physical collections while also digitizing materials, applying metadata, and expanding public access to historical records.
• Information Analysts and Specialists: Employers increasingly need people who can organize, evaluate, retrieve, and interpret large bodies of information. Library science graduates are well positioned for roles involving taxonomies, controlled vocabularies, research support, and internal knowledge systems.
• Digital Librarians: Online collections, remote access services, institutional repositories, and digital learning platforms continue to expand. Digital librarians help users find reliable resources while managing electronic content, licenses, metadata, and access systems.
• Biomedical and Health Information Specialists: Healthcare organizations rely on electronic health records, medical research databases, patient education materials, and compliance-sensitive information systems. Graduates with health information, privacy, and research database skills can pursue specialized roles in this area.
• Educational Program Coordinators: Libraries and museums increasingly support digital literacy, workforce training, community education, and lifelong learning initiatives. These roles suit graduates who can design programs, teach users, evaluate resources, and support information equity.

A useful way to choose among these paths is to match the role to the kind of work you want to do every day. Preservation-focused graduates may prefer archives and special collections. Technology-oriented graduates may fit digital librarianship, data curation, or knowledge management. Public-service-oriented graduates may find stronger alignment in public libraries, school settings, and educational outreach.

Graduates who want to strengthen their qualifications should look for programs or credentials that build applied skills in metadata, digital preservation, database searching, user services, accessibility, and information policy. Some students compare flexible graduate options, including easiest masters degrees, when evaluating how to add credentials without pausing their careers.

The strongest career strategy is not simply to chase the newest job title. It is to build a portable skill set: organize information clearly, manage digital systems responsibly, communicate with users, protect sensitive data, and adapt as information tools change.

The Bureau of Labor Statistics (BLS) projects steady employment growth for occupations connected to library science degrees from 2022 to 2032. The outlook is shaped by retirements, continuing demand for public and educational information services, and the need to manage digital collections and records.

• Librarians: Employment for librarians is expected to increase about 9%, which points to continued need in public, academic, school, and specialized library settings.
• Archivists, curators, and museum technicians: These roles are forecast to grow by roughly 10%, reflecting demand for preservation, digitization, collection management, and public access to cultural and institutional records.
• Technology-related information roles: While not always listed under traditional library job titles, many positions in digital resources, data curation, systems support, and knowledge management rely on library science competencies.

What is driving the BLS outlook?

• Workforce retirements: Departures by experienced librarians, archivists, and information professionals create openings in libraries, government agencies, schools, universities, and cultural institutions.
• Policy and funding priorities: Literacy, digital access, workforce training, educational outreach, and community learning initiatives can support hiring in public and school settings.
• Digitization and data management: Organizations need staff who can manage electronic records, digital repositories, metadata, databases, and online access systems.
• Regional labor market variation: National projections are useful, but hiring depends heavily on local funding, population growth, university presence, public library systems, and the number of cultural institutions in a region.

Applicants should use BLS projections as a baseline, not as a guarantee. A role may have a strong national outlook but limited openings in a specific city. Conversely, a university town, state capital, medical hub, or technology corridor may create more opportunities than the national average suggests.

Students comparing long-term career options can also review broader degree and salary resources, such as rankings of the best bachelor's degrees, to understand how library science compares with other education paths.

Emerging technologies are changing how organizations create, store, retrieve, govern, and preserve information. That shift creates opportunities for library science graduates because the field has long emphasized classification, metadata, access, ethics, preservation, search behavior, and user-centered information services.

Artificial intelligence and knowledge organization

Artificial intelligence increases the need for clean, structured, trustworthy data. Library science graduates can contribute as AI data curators, knowledge engineers, information architects, metadata specialists, and taxonomy managers. These roles require judgment: not every source is reliable, not every dataset is complete, and not every search result is neutral. Graduates who understand metadata standards, semantic web technologies, classification systems, information retrieval, and ethical data management can help organizations make AI systems more accurate and accountable. Workforce analyses such as the World Economic Forum's Future of Jobs Report highlight this growing intersection between AI and information management.

Digital health transformation

Healthcare organizations are expanding electronic health records, telemedicine, clinical databases, medical research repositories, and patient information systems. Library science graduates who understand privacy, evidence-based searching, health informatics standards, and interoperability can pursue roles such as health data analyst, clinical information specialist, patient information coordinator, and medical librarian. Knowledge of data privacy laws such as HIPAA is especially important because healthcare information work involves sensitive records and strict compliance obligations.

Automation and institutional knowledge management

Automation does not eliminate the need for information professionals; it changes the work they do. Organizations still need people to design taxonomies, maintain repositories, set retention policies, improve search, evaluate content quality, and make knowledge usable across teams. Roles such as knowledge manager, digital archivist, content strategist, records analyst, and repository manager draw directly on library science training.

One graduate described the transition as demanding but valuable: learning coding basics and data analytics alongside traditional library science concepts was challenging, but it opened access to digital archive work in a technology firm. The lesson is practical: graduates who treat technology as part of information service, rather than as a separate field, often have more career options.

Entry-level library science graduates should search by job title, not just by degree name. Many employers do not use “library science” in postings even when the work depends on library science skills. Searching for a wider set of titles can uncover roles in universities, hospitals, archives, public agencies, nonprofits, and private companies.

• Library Assistant: Supports circulation, shelving, patron questions, basic catalog work, programming, and daily library operations. Starting salaries generally range from $30,000 to $40,000. This role can lead to librarian, branch services, youth services, reference, or digital resource positions.
• Archivist Assistant: Helps process, describe, preserve, and digitize records in museums, government offices, universities, and cultural organizations. Salaries often fall around $35,000 to $45,000. This is a strong entry point for graduates interested in archival management.
• Digital Resources Coordinator: Manages electronic databases, digital collections, access issues, vendor records, and online content workflows. Starting pay commonly ranges from $40,000 to $50,000. This role is useful for graduates who want to move toward digital librarianship or systems work.
• Information Services Specialist: Handles research requests, metadata tasks, user support, records access, and information organization in public, academic, nonprofit, and corporate settings. Salaries typically range between $38,000 and $48,000. It offers broad exposure to information management.
• Instructional Coordinator Assistant: Supports learning materials, library instruction, digital literacy programs, and educational outreach. Entry pay often ranges from $35,000 to $45,000. This can be a good fit for graduates who combine library science with teaching, training, or educational technology.

How to search more effectively

• Use both library-specific and business-oriented keywords, such as “metadata,” “records,” “digital collections,” “knowledge management,” “research services,” and “information specialist.”
• Read the duties before rejecting a title. A corporate “content coordinator” or “knowledge analyst” may require the same organization and retrieval skills as a library role.
• Build a portfolio with sample finding aids, metadata records, digital exhibits, research guides, database search strategies, or documentation projects.

Graduates with interdisciplinary interests can also connect library science with other digital content fields. For example, experience from a game design degree may support work involving interactive archives, digital exhibits, metadata for media assets, or user experience projects.

Salary growth for library science graduates depends on specialization, employer type, location, credentials, technical skill, and management responsibility. The highest trajectories generally appear in roles connected to data, systems, information governance, and corporate knowledge management. Preservation and public-service roles can offer meaningful advancement, but salary ceilings may be more affected by public funding or institutional budgets.

• Archivist: Entry-level salaries generally range between $40,000 and $50,000. After five to ten years, pay may rise to $55,000-$70,000. Senior archivists with specialized expertise, supervisory duties, or certifications often earn upwards of $85,000 to $100,000.
• Information Manager: Starting pay is typically $45,000 to $55,000. Mid-career salaries increase to about $65,000-$80,000. Senior managers can earn $100,000 or more, especially in corporate or government roles where information governance and digital systems are central.
• Data Curator: Beginning salaries fall between $50,000 and $60,000. Mid-career earnings can reach $70,000 to $90,000. Senior professionals with strong technical backgrounds can command $95,000 to $120,000.
• Digital Librarian: Initial compensation often runs from $40,000 to $55,000. Mid-career salaries may grow to $60,000-$80,000. Senior digital librarians handling metadata, digital asset management, repository strategy, or systems coordination typically earn between $85,000 and $110,000.
• Library Systems Analyst: Entry-level pay ranges from $50,000 to $60,000. Mid-career salaries generally increase to $70,000-$90,000. Senior analysts with IT strategy, vendor management, software integration, and leadership responsibilities make $95,000 to $115,000.

What affects salary growth most?

• Technical depth: Skills in metadata, databases, systems administration, analytics, digital preservation, and repository management can increase competitiveness.
• Employer sector: Corporate, healthcare, technology, and government roles may pay differently from public libraries, museums, and academic settings.
• Credentials: Advanced degrees and certifications can support advancement, but their value depends on the role and employer.
• Location: High-cost metropolitan areas often offer higher salaries, though remote roles can change the calculation.
• Leadership responsibility: Managing teams, budgets, systems, grants, or compliance programs usually improves earning potential.

A professional who built her career after earning a library science degree described the early years as a period of deliberate skill building. Certifications, technical training, and patience mattered more than chasing the first higher-paying offer. Her experience reflects a common pattern: the best long-term salary growth often comes from developing a clear specialization and becoming the person who can solve information problems others cannot.

Geographic location affects both the number of library science openings and the salary attached to them. Regions with research universities, medical centers, state agencies, cultural institutions, public library systems, and technology employers typically create stronger demand for specialized information professionals. Cost of living also matters: a higher salary in a major metro area may not translate into higher disposable income.

Northeast

Employment growth is steady at about 3% to 4% over the next decade. Median salaries rank among the top nationwide, often surpassing $65,000 annually.

• Research universities and large public library networks in metropolitan hubs like Boston and New York support demand for specialized library science professionals.
• State and local funding can sustain roles in archives, public services, and digital information management.

Southeast

Job opportunities are expanding faster here, with 5% to 7% growth and median wages typically between $50,000 and $55,000.

• Population growth and expanding education sectors in cities such as Atlanta and Miami can increase hiring.
• Library upgrades, community outreach, and public access initiatives may support new roles.

Midwest

Growth is slower, near 2% to 3%, with median incomes around $48,000 to $53,000.

• Public libraries provide consistent demand, but there may be fewer openings in research-intensive or technology-focused roles.
• Economic shifts in manufacturing regions can affect public budgets and institutional hiring.

Southwest

Moderate expansion of 4% to 6% and median wages ranging from $50,000 to $58,000 characterize this region.

• Growing technology industries in cities like Austin and Denver can improve prospects in digital librarianship, data curation, and information systems.
• Population growth and education investments support community-centered library jobs.

West

The West is among the fastest-growing regions, with 6% to 8% projected employment increases and median wages often exceeding $60,000.

• Technology hubs such as San Francisco and Seattle need professionals skilled in digital asset management, data curation, and knowledge organization.
• State-backed programs for open access and public information services can contribute to strong growth.

Remote and hybrid work partially reduce the importance of geography, especially for digital archives, online resource management, metadata, information systems, and knowledge management. However, roles tied to physical collections, local public service, school systems, or on-site archives still depend heavily on the regional market.

The practical approach is to compare salary, cost of living, employer density, and advancement opportunities together. A lower-paying role in a growing region may offer faster promotion, while a higher-paying role in an expensive city may require a careful budget analysis.

Library science graduates are hired across industries because many organizations need professionals who can structure information, improve access, manage records, support research, and preserve digital or physical assets. The best industry choice depends on whether the graduate prioritizes public service, salary growth, technical work, research support, job stability, or mission-driven employment.

• Healthcare: Healthcare is a strong market for graduates with skills in medical databases, health information, patient education, compliance, and research support. Common roles include health information specialist and medical librarian, with advancement into clinical informatics management or knowledge leadership. Compensation tends to be above the field median because the work is specialized and compliance-sensitive.
• Academic institutions: Universities and research centers hire reference librarians, subject specialists, digital archivists, scholarly communication staff, repository managers, and research data support professionals. Pay can be moderate compared with some private-sector roles, but academic environments may offer stability, professional development, and deep engagement with teaching and research.
• Government and public libraries: Public agencies and library systems employ librarians, archivists, records managers, information management specialists, and public services professionals. Hiring is often tied to budgets, policy priorities, and community needs. These roles may offer strong benefits and job security.
• Corporate information and knowledge management: Technology, finance, consulting, legal, and other private employers hire graduates to manage repositories, taxonomies, competitive intelligence, digital assets, intranets, and knowledge-sharing systems. These roles can start as knowledge coordinator or information analyst positions and advance toward knowledge management director or chief information officer pathways.
• Archives and special collections: Museums, nonprofits, media organizations, historical societies, and cultural institutions hire archivists, conservators, digital preservation specialists, and special collections professionals. Salaries are often modest compared with corporate roles, but the work can be highly meaningful for graduates committed to cultural stewardship and research access.

Graduates should not assume one industry is permanently “best.” A strong career can move across sectors. For example, experience in public archives can support later work in corporate records management, and academic digital repository experience can transfer to healthcare or government information systems.

Advanced credentials can accelerate career growth when they match the role a graduate wants. They are most valuable when an employer requires them, when they document specialized expertise, or when they help a candidate move from support work into professional, supervisory, technical, or leadership positions. Candidates should always verify whether a credential is recognized by target employers before investing time and money.

• Master of Library and Information Science (MLIS): The MLIS remains the standard graduate credential for many professional librarian, archival, digital library, and leadership roles. Students comparing flexible options may want to research mlis online programs alongside accreditation, field experience, cost, and career outcomes.
• Certified Archivist: Offered by the Academy of Certified Archivists, this credential validates archival knowledge related to preservation, description, access, appraisal, and records stewardship. It can be useful for candidates pursuing archival management or supervisory roles.
• Data management and digital curation certificates: Certificates from professional organizations such as the Society of American Archivists or from universities can strengthen qualifications for digital collections, institutional repositories, research data management, and preservation roles.
• Specialist certifications: Law, medical, and school library roles may require or reward specialized credentials. For example, the Medical Library Association's Distinguished Fellow certification recognizes advanced contributions in health information.
• Project Management Professional (PMP): PMP certification is not library-specific, but it can help professionals who lead technology implementations, digitization projects, repository migrations, grant-funded initiatives, or cross-functional information programs.
• State licensure: Several states require licensure for public or school librarians. Requirements vary, so candidates should check state rules early, especially before enrolling in a program or applying for school-based roles.

Research data highlights MLIS graduates with specialized credentials may receive salary increases between 10% and 30%, depending on the field and region. That range should be treated as conditional, not automatic. The return on a credential depends on employer demand, local salary scales, the graduate's prior experience, and whether the credential leads to new responsibilities.

Some graduates also add interdisciplinary credentials to expand their options. For example, online paralegal certificate programs may complement library science for candidates interested in law libraries, records, compliance, legal research, or information governance.

Remote and hybrid work have expanded the career landscape for library science graduates, especially in roles centered on digital collections, information systems, metadata, research support, records, and knowledge management. According to a 2023 SHRM survey, approximately 58% of employers in information management and archival roles now offer remote or hybrid positions, reflecting both talent shortages and greater acceptance of flexible work.

• High remote eligibility: Digital archivist, information specialist, and knowledge manager roles show some of the highest rates of remote eligibility, often exceeding 65%. These jobs can often be performed through secure cloud systems, digital repositories, shared documentation, and virtual collaboration tools.
• Employer rationale: Remote and hybrid arrangements help employers recruit specialized candidates outside a single local market. They can also improve retention when staff have limited local alternatives.
• Financial advantage: Location-independent work can improve net compensation when salaries remain tied to high-cost markets. For example, a digital archivist earning $75,000 annually in San Francisco might keep that salary remotely from Austin, Texas, where living expenses are about 40% lower.
• Job search strategy: Graduates should use terms such as “remote,” “telework,” and “hybrid,” along with role-specific terms like “metadata,” “digital archives,” “knowledge management,” “records,” “repository,” and “information governance.” Applications should show evidence of self-management, documentation, virtual collaboration, and digital systems experience.
• Recent trend: Buffer's 2023 Workforce Report finds 73% of information professionals consider remote work “essential” or “very important” when evaluating job opportunities.

Remote work is not equally available in every library science role. Jobs involving physical collections, in-person public service, school environments, local programming, or on-site archives may require regular presence. The best approach is to decide early whether remote flexibility is a career priority, then build the technical and communication skills that remote employers expect.

Graduates considering further study may compare quick masters degrees online when evaluating ways to strengthen qualifications for remote and hybrid roles.

Specialization can significantly improve career growth for library science graduates because employers often need targeted expertise, not just general information skills. A generalist background is useful early in a career, but advancement frequently depends on becoming known for a specific capability: data curation, archives, digital systems, health information, school librarianship, knowledge management, or research support.

• Data curation: Focuses on managing, documenting, preserving, and improving access to digital research data. This specialization is valuable in universities, research organizations, healthcare, and data-intensive industries.
• Digital librarianship: Centers on electronic resources, online collections, digital repositories, access platforms, user experience, and virtual services. It is closely tied to remote learning and digital content delivery.
• Archival science: Combines preservation, appraisal, arrangement, description, digitization, and access to historical or institutional materials. It can provide strong alignment with museums, universities, government agencies, and cultural organizations.
• Information technology management: Bridges library science and IT through databases, integrated library systems, automation, cybersecurity awareness, vendor coordination, and system implementation.
• Special collections librarianship: Focuses on rare books, manuscripts, unique archives, exhibits, donor relations, research support, and specialized collection access.

Specialization has trade-offs. It can raise marketability and salary potential, but it may also narrow the range of roles that fit. Graduates should choose a specialization based on three factors: genuine interest, employer demand, and evidence that the specialization leads to the kind of day-to-day work they want.

Many graduates build specialization through graduate electives, internships, practicums, professional certificates, volunteer projects, conference training, or early-career roles. For example, digital librarian positions are projected to grow more than 9% through 2031, showing how specialization can align with evolving information access needs.

Public and private sector library science careers differ in pace, compensation, job security, mission, and advancement style. Neither path is automatically better. The right choice depends on whether a graduate values stability, public service, salary growth, technical specialization, flexibility, or faster advancement.

• Growth trajectory: Public sector roles in government agencies, schools, universities, and public libraries tend to grow steadily and are often tied to budget cycles. Private sector roles in technology, healthcare, consulting, finance, and corporate knowledge management can expand more quickly when organizations invest in digital information systems.
• Compensation structure: Private companies often offer higher starting salaries, bonuses, or performance-based compensation. Public sector jobs usually follow structured pay scales, which may mean slower salary growth but clearer expectations.
• Advancement timelines: Public sector promotion can be predictable but slower, especially when advancement depends on seniority, vacancies, or formal classification systems. Private sector advancement may be faster, but it can also depend more on company growth, performance metrics, and shifting business priorities.
• Job security and benefits: Public sector positions often provide stronger job security, pensions, and comprehensive benefits. Private employers may offer higher immediate pay, flexible work arrangements, and newer technology environments, but job stability can vary.
• Hybrid career pathways: Federal STEM recruitment, state workforce acts, grant-funded projects, and public-private collaborations are creating roles that blend public service with technology, data, and information governance.
• Personal alignment: Graduates should compare mission, compensation, stability, workload, advancement speed, and the type of information work they want to do before choosing a sector.

A practical strategy is to start where the best learning opportunity exists, then reassess after gaining experience. Skills in metadata, research, records, digital preservation, user support, systems, and information policy can transfer across sectors when documented clearly in a resume or portfolio.

• Public vs. Private Sector Jobs: Choosing a Career Path https://tsengcollege.csun.edu/blog/public-vs-private-sector-jobs-choosing-a-career-path
• Library Professionals: Facts, Figures, and Union Membership — Department for Professional Employees, AFL-CIO https://www.dpeaflcio.org/factsheets/library-professionals-facts-and-figures
• Evaluating Map and Geospatial Academic Library Position Descriptions | Plassche | College & Research Libraries https://crl.acrl.org/index.php/crl/article/view/24796/33412
• LibGuides: Career Paths in Library Science : Articles, Blogs & Library Podcasts https://libguides.centenaryuniversity.edu/Library-Career/Library-Career
• The Next Chapter: Career Advice for Freshly Minted Library and Information Professionals - blog post https://librarianship.ca/blog/next-chapter/
• What drives the geography of new graduates? - Centre for Cities https://www.centreforcities.org/reader/great-british-brain-drain/drives-geography-new-graduates/
• Salary Expectations and Career Growth in Library Science https://www.librariancertification.com/salary-expectations-and-career-growth-in-library-science/
• Explore Librarian Salary, Jobs, and Careers in Library Science https://teach.com/online-ed/education-degrees/online-masters-library-science/librarian-careers/
• Beyond the Library: Public vs. Private Sector Jobs https://www.libraryjournal.com/story/beyond-the-library-public-vs-private-sector-jobs
• Further Questions: In addition to the MLIS, what post-secondary certificates, degrees, or coursework is most useful for new hires trying to get into the field? https://hiringlibrarians.com/2022/10/07/further-questions-in-addition-to-the-mlis-what-post-secondary-certificates-degrees-or-coursework-is-most-useful-for-new-hires-trying-to-get-into-the-field/