Comprehensive Guide U Conn List Majors Explained Clearly

Top Majors by Career Outcomes and Industry Demand

Top 5 Majors by Median Starting Salary (2023) and Industry Demand

1. Computer Science and Engineering (CSE)
   Median Starting Salary: $85,000
   • Primary Industries:
     • Technology (Software Development, Cybersecurity, AI)
     • Finance (Quantitative Analysis, Fintech)
     • Healthcare (Health Informatics, Biomedical Engineering)
   • Top Job Titles:
     • Software Engineer ($92,000 median)
     • Data Scientist ($88,000 median)
     • Cybersecurity Analyst ($80,000 median)
     • Systems Architect ($105,000 median)
   • Growth Projections (2023–2033):
     • Software Development: 22% growth (faster than average)
     • Cybersecurity: 32% growth (high demand for skilled professionals)
     • AI/Machine Learning: 28% growth (emerging specialization)
   • Curriculum Highlights:
     • Hands-on projects in the Institute for Collaboration on Health, Intervention, and Policy (InCHIP) labs
     • Collaboration with UConn Tech Park companies (e.g., United Technologies, Aetna)
     • Undergraduate research in quantum computing and robotics
2. Nursing (BSN)
   Median Starting Salary: $72,000
   • Primary Industries:
     • Hospitals (Critical Care, Emergency Nursing)
     • Public Health (Epidemiology, Health Policy)
     • Corporate Wellness (Occupational Health)
   • Top Job Titles:
     • Registered Nurse (RN) ($72,000 median)
     • Clinical Nurse Specialist ($95,000 median)
     • Nurse Practitioner (after MSN) ($110,000 median)
     • Public Health Nurse ($65,000 median)
   • Growth Projections (2023–2033):
     • Registered Nursing: 6% growth (steady demand)
     • Nurse Anesthetists: 40% growth (highest among nursing roles)
     • Home Health Aides: 19% growth (aging population)
   • Curriculum Highlights:
     • Clinical rotations in UConn Health’s John Dempsey Hospital
     • Simulation labs with high-fidelity mannequins
     • Research opportunities in InCHIP’s Aging and Health Research Center
3. Business Administration (Finance/Supply Chain)
   Median Starting Salary: $70,000
   • Primary Industries:
     • Finance (Investment Banking, Corporate Finance)
     • Consulting (Strategy, Operations)
     • Supply Chain (Logistics, Procurement)
   • Top Job Titles:
     • Financial Analyst ($70,000 median)
     • Supply Chain Manager ($85,000 median)
     • Management Consultant ($75,000 median)
     • Investment Banking Associate ($90,000 median)
   • Growth Projections (2023–2033):
     • Financial Analysts: 9% growth (stable demand)
     • Supply Chain Specialists: 28% growth (global trade expansion)
     • Management Consulting: 11% growth (corporate restructuring)
   • Curriculum Highlights:
     • Case competitions with UConn’s School of Business partners (e.g., Deloitte, PwC)
     • Finance Lab with real-time trading simulations
     • Supply Chain Analytics using SAP ERP software
4. Biomedical Engineering
   Median Starting Salary: $75,000
   • Primary Industries:
     • Medical Devices (Research & Development)
     • Pharmaceuticals (Drug Delivery Systems)
     • Biotechnology (Genomics, Tissue Engineering)
   • Top Job Titles:
     • Biomedical Engineer ($75,000 median)
     • Clinical Engineer ($80,000 median)
     • Research Scientist ($85,000 median)
     • Regulatory Affairs Specialist ($90,000 median)
   • Growth Projections (2023–2033):
     • Biomedical Engineering: 7% growth (healthcare innovation)
     • Genetic Counseling: 27% growth (personalized medicine)
     • Medical Device Design: 12% growth (aging population)
   • Curriculum Highlights:
     • Access to UConn Health’s Biomedical Engineering Lab for prototyping
     • Collaboration with United Technologies Research Center on medical imaging
     • Undergraduate thesis projects in tissue engineering and nanomedicine
5. Civil Engineering
   Median Starting Salary: $71,000
   • Primary Industries:
     • Infrastructure (Transportation, Water Resources)
     • Environmental Engineering (Sustainability, Climate Resilience)
     • Construction Management (Project Development)
   • Top Job Tit
     

     

     Specialized and Interdisciplinary Programs at UConn

     UConn’s academic structure extends beyond traditional majors to include specialized honors programs, interdisciplinary degrees, and customizable pathways that foster deep expertise and cross-disciplinary collaboration. These initiatives cater to students seeking rigorous academic challenges, faculty mentorship, and real-world applications in emerging fields. Below, the focus shifts to honors programs, interdisciplinary majors/minors, customizable academic designs, and global integration opportunities that distinguish UConn’s curriculum.
     

     Honors Programs: Rigor, Mentorship, and Alumni Networks

     UConn offers two flagship honors programs—Honors Tutorial College (HTC) and UConn Honors—designed to provide intellectually demanding coursework, close faculty interaction, and exclusive resources. Both programs differ in structure, admission criteria, and outcomes, catering to students with distinct academic goals.

     Honors Tutorial College (HTC)
     

   • Curriculum Model: HTC replaces traditional lecture-based courses with tutorials, where students engage in one-on-one or small-group research with faculty mentors. Tutorials culminate in a senior thesis (typically 80–100 pages) under the guidance of a faculty advisor, often published or presented at conferences.
   • Faculty Engagement: Students work directly with professors across disciplines, including humanities, social sciences, and STEM fields. Faculty mentors provide personalized feedback and may co-author research with students.
   • Alumni Network: HTC graduates enter competitive graduate programs (e.g., PhD, MD, law) and professional fields, with notable alumni in academia, policy, and entrepreneurship. The program’s alumni association hosts networking events and mentorship opportunities.
   • Admission: Selective, based on academic excellence, essays, and letters of recommendation. Priority is given to first-year students but transfer students may apply.

   UConn Honors
   

   • Curriculum Model: Features honors sections of standard courses, small seminars, and interdisciplinary honors colloquia. Students complete a senior capstone project (research-based or creative) and maintain a 3.5+ GPA.
   • Faculty Engagement: Honors seminars emphasize critical discussion and primary-source analysis, with faculty often serving as thesis advisors for capstone projects.
   • Alumni Network: Graduates benefit from the broader UConn Honors alumni community, which includes access to career workshops and alumni panels in fields like healthcare, technology, and public service.
   • Admission: Open to incoming freshmen and transfer students with strong academic records. Students may also join mid-program if they meet GPA requirements.

   Key Distinction:

   HTC emphasizes independent research and thesis development from freshman year, while UConn Honors integrates honors coursework into existing majors with a capstone focus.

   Interdisciplinary Majors and Minors: Structure and Applications

   UConn’s interdisciplinary programs address complex global challenges by combining perspectives from multiple disciplines. Below is a table outlining select majors/minors, their core components, faculty collaborations, and real-world applications.
   

   Program	Core Courses	Faculty Collaborations	Real-World Applications
   Human Rights (Minor)	Introduction to Human Rights (POL 2001) Human Rights and Global Justice (HIST 3305) Human Rights Law (LAW 3301) Senior Seminar in Human Rights (ANTH 4999)	Political Science, Law, Anthropology, and Sociology Collaborations with the Human Rights Institute (HRI) for research projects	Participation in the UConn Model United Nations to advocate for policy changes Internships with NGOs like Amnesty International and the ACLU Research on refugee rights with HRI-affiliated faculty
   Neuroscience & Behavior (Major)	Foundations of Neuroscience (BIOL 2201) Behavioral Neuroscience (PSYC 3202) Systems Neuroscience (NEUR 3001) Senior Thesis in Neuroscience (NEUR 4999)	Biology, Psychology, Physics, and Engineering Joint research with the Neuroscience Research Institute (NRI)	Undergraduate research on Alzheimer’s disease at NRI labs Collaboration with the Institute for Collaboration on Health, Intervention, and Policy (InCHIP) on addiction studies Internships at pharmaceutical companies (e.g., Pfizer, Johnson & Johnson)
   Sustainability Science (Major)	Principles of Sustainability (ESSC 1001) Climate Change and Society (GEOG 3105) Sustainable Energy Systems (ENVE 3001) Capstone Project in Sustainability (ENVE 4999)	Environmental Sciences, Economics, Public Policy, and Engineering Partnerships with the Center for Environmental Science and Engineering (CESE)	Research on urban sustainability with municipal governments Internships at the Connecticut Department of Energy & Environmental Protection (DEEP) Development of renewable energy projects with local businesses
   Digital Media & Design (Minor)	Introduction to Digital Media (DMD 1001) User Experience Design (DMD 3002) Data Visualization (DMD 3005) Portfolio Development (DMD 4999)	Computer Science, Art, and Business Collaborations with the School of Business for marketing projects	Freelance work for nonprofits on digital campaigns Internships at agencies like R/GA and Ogilvy Development of apps for local startups

   Faculty-Driven Interdisciplinarity:
   Many interdisciplinary programs at UConn originate from faculty initiatives, such as the Neuroscience & Behavior major, which was developed in response to student demand for a bridge between biology and psychology. Similarly, the Human Rights minor emerged from collaborations between the Human Rights Institute and academic departments to address ethical and legal challenges in global contexts.
   

   Designing a Custom Major or Minor at UConn

   Students with unique academic interests may propose a custom major or minor tailored to their career or research goals. UConn’s Curriculum Committee evaluates proposals based on academic rigor, faculty support, and alignment with institutional resources. The process involves the following steps:

   Required Steps for Custom Majors/Minors
   

   • Identify a Need: The student must demonstrate that their proposed focus is not adequately covered by existing programs.

   Resources for Major Exploration and Decision-Making

   UConn provides structured tools, career services, and extracurricular engagements to support students in selecting and refining their academic paths. These resources align with institutional goals of academic rigor, career readiness, and interdisciplinary growth. Below are step-by-step guides, tailored career services, and extracurricular opportunities designed to facilitate informed decision-making from the first year through graduation.
   

   Step-by-Step Guide to Using UConn’s Academic Planning Tools

   UConn’s Degree Audit Report (DARS) and Student Center in HuskyCT are central to tracking progress toward graduation and exploring major requirements. These tools enable students to visualize course sequencing, identify prerequisites, and assess flexibility in their academic plans.

   Degree Audit Report (DARS) Navigation
   Students can access DARS through Student Admin in HuskyCT by selecting "Degree Audit" under the "Academic Progress" tab. The report displays:
   

   • Completed courses and their fulfillment of major/minor requirements.
   • Pending requirements, including core courses, electives, and degree-specific milestones.
   • Anticipated graduation terms, adjusted dynamically as coursework is added.

   Key Action: Use the "What-If" analysis in DARS to simulate degree paths for undeclared students or those considering major/minor changes. This feature projects graduation timelines and remaining requirements for alternative academic plans. Course Sequencing with Student Center
   The Student Center in HuskyCT integrates with DARS to display:
   
   • Registered courses, including meeting times and instructors.
   • Holds or advisement flags that may delay enrollment.
   • Degree progress metrics, such as GPA trends and credit hour totals.
   Students should:
   1. Consult their academic advisor to align course selections with major maps (available via the UConn Major Maps).
   2. Use the "Plan View" in Student Center to drag-and-drop courses into future semesters, ensuring prerequisite fulfillment.
   3. Set up email alerts for registration deadlines and advisement requirements via HuskyCT notifications.
   

   Career Services Resources by Major Discipline

   UConn’s Career Development Center (CDC) offers discipline-specific programming, workshops, and networking opportunities. STEM and non-STEM fields require distinct skill sets, and the CDC tailors resources accordingly. Below are key offerings categorized by academic focus.

   For STEM Majors (Engineering, Computer Science, Biology, etc.)
   

   • Industry Workshops: Hands-on sessions on résumé writing for technical roles, portfolio development for design fields, and interview preparation for quantitative analyses.
   • Co-op and Internship Fairs: Annual events hosted by the School of Engineering and College of Liberal Arts and Sciences, featuring employers like United Technologies, Pfizer, and Google.
   • Research Engagement: CDC partners with UConn’s Office of Undergraduate Research to connect students with faculty-led projects, including NSF-funded initiatives in robotics and environmental science.
   • Alumni Networking: Access to STEM-specific LinkedIn groups and virtual coffee chats with professionals in fields such as data science, biomedical engineering, and cybersecurity.

   For Non-STEM Majors (Business, Humanities, Social Sciences, etc.)
   

   • Career Pathway Panels: Sessions featuring alumni in non-traditional roles, such as political science majors in policy analysis or English majors in content strategy.
   • Professional Development Certificates: CDC offers Badges in Leadership, Communication, and Entrepreneurship, recognized by employers across sectors.
   • Public Sector Prep: Tailored resources for students pursuing government, non-profit, or education careers, including mock interviews with HR professionals from state agencies.
   • Freelance and Gig Economy Guidance: Workshops on platform-based careers (e.g., Upwork, Fiverr) for majors like graphic design, writing, or digital marketing.

   Accessing CDC Services
   Students can book appointments via HuskyCT’s Career Center portal or attend drop-in hours. Key platforms include:
   

   • Handshake: UConn’s primary job board for internships, full-time roles, and on-campus employment.
   • Big Interview: An online tool for practicing mock interviews with AI-driven feedback.
   • CDC’s Major-Specific Guides: Downloadable PDFs outlining career trajectories, top employers, and skill gaps to address (e.g., CDC’s Engineering Guide).

   Extracurricular Opportunities Aligned with Academic Majors

   Engagement beyond the classroom enhances academic exploration and career preparation. UConn’s 300+ student organizations and research initiatives provide hands-on experience aligned with major-specific skills. Below are curated opportunities by discipline, with emphasis on leadership, technical proficiency, and interdisciplinary collaboration.

   Engineering and STEM
   

   • Robotics Teams: UConn Robotics competes in FIRST Robotics and VEX Robotics, offering CAD design, programming (Python/C++), and project management experience.
   • Research Labs: Undergraduate participation in labs such as the Neuroscience Research Institute or Materials Science Program, with stipends available through NSF REU grants.
   • Competitions: UConn’s Concrete Canoe Team (American Society of Civil Engineers) and Formula SAE, which design and race prototype vehicles.
   • Hackathons: Annual events like HackUConn, sponsored by the Computer Science Department, featuring workshops on AI, cybersecurity, and open-source contributions.

   Business and Economics
   

   • Case Competition Clubs: UConn Consulting Group and Delta Sigma Pi host regional competitions, preparing students for roles in management consulting.
   • Entrepreneurship Incubators: The School of Business’ Entrepreneurial Bootcamp provides seed funding and mentorship for student-started ventures.
   • Finance Societies: Beta Alpha Psi (accounting/finance honor society) offers networking with Big Four firms and hedge fund recruiters.
   • Marketing Labs: American Marketing Association (AMA) collaborates with local brands for real-world campaigns, including social media strategy and market research.

   Humanities and Social Sciences
   

   • Pre-Law Societies: Pre-Law Society hosts LSAT prep workshops and mock moot court sessions, with partnerships for law school visits.
   • Journalism and Media: The Daily Campus (student newspaper) and WNPR’s Student Radio provide portfolio-building experience in reporting and broadcasting.
   • Model United Nations (MUN): UConn MUN teams compete globally, developing diplomacy and public speaking skills applicable to international relations and policy careers.
   • Cultural Organizations: Black Student Union and Asian American Student Union offer leadership in diversity initiatives, valued by employers in corporate social responsibility roles.

   Interdisciplinary and Unique Opportunities
   

   • Innovation Challenges: UConn’s Center for Excellence in Teaching and Learning sponsors hackathons blending tech, arts, and social impact (e.g., Hack for Good).
   • Global Health Initiatives: Global Ambassadors Program pairs STEM and public health majors with fieldwork in Ghana or Peru.
   • Arts and Technology: UConn Arts’ Digital Media Lab explores intersections of design, coding, and storytelling for careers in UX/UI or digital content creation.

   Joining Organizations
   Students can browse and join clubs via:
   

   • HuskyCT’s Organization Directory (under "Student Life").
   • Major-specific advising offices, which often recommend relevant groups.
   • First-Year Experience (FYE) fairs, held in August for incoming students.

   First-Year Experience Programs and Academic Integration

   UConn’s First-Year Experience (FYE) Seminar and major-specific courses introduce students to academic expectations, career exploration, and campus resources. These programs reduce transition barriers and foster early engagement with faculty and peers.

   First-Year Experience Seminar (FYE 1000)
   

   • Curriculum: Modules on time management, critical thinking, and information literacy, with assignments tied to major exploration.
   • Career Readiness: Guest lectures from CDC staff on résumé basics and LinkedIn optimization, even for undeclared students.
   • Peer Mentorship: Pairing first-years with upperclassmen in similar majors to navigate course selection and extracurriculars.
   • Academic Planning: Workshops on DARS and major maps, including "What If" scenarios for undeclared students.

   Major-Specific First-Year Courses
   Select programs offer introductory courses designed to acclimate students to discipline-specific tools and career paths:
   

   • Engineering: EGR 1001 (Engineering Fundamentals) includes lab work and team-based design projects, with alumni panels on co-op experiences.
   • Business: BUS 1001 (Business Foundations) features case studies from UConn’s School of Business alumni, including CEOs of Fortune 500 companies.
   • STEM: BSCI 1107 (Introduction to Biological Sciences) incorporates research ethics training and lab tours

   Student Perspectives and Success Stories

   UConn’s academic programs extend beyond theoretical learning, fostering real-world application through career readiness, hands-on research, and industry engagement. Alumni testimonials from niche and high-demand majors illustrate how undergraduate experiences directly influence professional trajectories, while structured co-op and internship pipelines—varing by discipline—bridge classroom knowledge with workplace demands. Additionally, UConn’s emphasis on undergraduate research, including funding opportunities and conference presentations, underscores its commitment to cultivating innovative thinkers across fields such as physics, ecology, and molecular biology.

   The following sections explore how students engage with their majors through career outcomes, experiential learning programs, and faculty mentorship, supplemented by comparative data on academic support structures.
   

   Alumni Testimonials on Niche and High-Impact Majors

   Students in specialized programs at UConn often pursue unconventional yet high-value career paths, leveraging interdisciplinary skills and niche expertise. Below are curated testimonials from alumni in fields such as Maritime Studies, Molecular & Cell Biology, and Neuroscience, highlighting how their degrees shaped industry-specific opportunities.
   

   Major: Maritime Studies (BS)
   "My time at UConn’s Maritime Studies program was transformative—I spent summers aboard commercial vessels as part of the co-op requirement, which directly led to my current role as a marine operations manager for a renewable energy firm. The hands-on training in navigation, logistics, and sustainability prepared me for a career at the intersection of maritime policy and green technology. The small class sizes also meant I worked closely with professors who introduced me to research on offshore wind farm regulations, a niche area now critical to my work." — James R., Class of 2018

   Major: Molecular & Cell Biology (BS)
   "Undergraduate research in Dr. Chen’s lab on CRISPR gene editing was pivotal. Securing a Undergraduate Research Fellowship (URF) allowed me to present my work at the American Society for Cell Biology annual meeting, where I connected with PhD students and industry recruiters. Today, I lead a synthetic biology team at a biotech startup, designing gene therapies—directly applying the lab techniques and collaborative problem-solving I honed at UConn." — Aisha L., Class of 2019

   Major: Neurobiology & Behavior (BS)
   "The Neuroscience Honors Program at UConn emphasized both lab work and behavioral analysis, which set me apart when applying for graduate programs. My thesis on neuroplasticity in aging, funded by the UConn Research Excellence Program (UREP), earned me a spot at Yale’s MD/PhD program. The program’s emphasis on translational research—bridging basic science with clinical applications—was exactly what I needed to pivot from academia to drug discovery at a pharmaceutical company." — Daniel T., Class of 2017

   Key Takeaways:
   
   • Niche majors (e.g., Maritime Studies, Neurobiology) often require co-op/internship mandates or research immersion, creating direct pipelines to specialized industries.
   • Funded research opportunities (e.g., URF, UREP) enhance competitiveness for graduate school or industry roles, particularly in STEM.
   • Small class sizes in programs like Molecular & Cell Biology facilitate mentorship and publication opportunities, which are critical for careers in biotech and pharmaceuticals.

   Co-op and Internship Programs by Major: Structure and Industry Partnerships

   UConn’s co-op and internship programs are tailored to align with industry demands, with variations in duration, compensation, and sector focus across schools. The School of Business and School of Engineering lead in structured co-op models, while programs in the College of Liberal Arts and Sciences (CLAS) emphasize research-integrated internships.

   Average Program Characteristics by School:

   School of Business (UConn Business):

   Co-op Duration: 6–12 months (mandatory for BS in Business Administration).

   Industry Partners: Goldman Sachs, Deloitte, Hartford Financial Services (top 3 employers).

   Compensation: $18–$25/hour for full-time co-ops; $20–$35/hour for finance/consulting roles.

   Unique Feature: "Business Co-op Program" guarantees placements in Fortune 500 companies for qualified students.

   - School of Engineering:
   

   Co-op Duration: 3–6 months per semester (optional but incentivized).

   Industry Partners: Pratt & Whitney, United Technologies, Lockheed Martin.

   Compensation: $20–$30/hour for mechanical/aerospace engineering; $25–$40/hour for software/EE roles.

   Unique Feature: "Engineering Co-op Office" provides resume workshops and employer networking events.

   - College of Liberal Arts and Sciences (CLAS):
   

   Internship Duration: 8–12 weeks (summer) or part-time (academic year).

   Industry Partners: Yale School of Medicine (for biology majors), Environmental Protection Agency (for ecology), and nonprofits (e.g., Connecticut Audubon Society).

   Compensation: $15–$22/hour (varies by sector; unpaid internships rare due to UConn’s policies).

   Unique Feature: "CLAS Internship Grants" cover unpaid internships in public service or arts.

   Data Comparison: Internship Duration and Sector Focus

   Major	Avg. Internship Duration	Primary Industry Sectors	Top Employers (Alumni)
   Business Administration	6–12 months	Finance, Consulting, Tech	JPMorgan Chase, EY, Google
   Aerospace Engineering	3–6 months/semester	Defense, Aviation, Renewable Energy	Boeing, Northrop Grumman, SpaceX
   Molecular Biology	8–12 weeks (summer)	Biotech, Pharmaceuticals, Academia	Pfizer, Genentech, Yale University
   Environmental Science	10–12 weeks	Government, Nonprofits, Sustainability Consulting	EPA, The Nature Conservancy, WSP USA
   Computer Science	3–6 months	Software, Cybersecurity, Data Science	IBM, Raytheon, Palantir

   Notable Trends:
   
   • Engineering and Business majors dominate long-term co-op models, with guaranteed placements and higher compensation.
   • CLAS internships tend to be shorter but research-heavy, with strong ties to public sector and nonprofit organizations.
   • STEM fields (e.g., Molecular Biology, Computer Science) offer competitive stipends due to high industry demand, while humanities/social sciences internships may require grant funding for lower-paying roles.

   Undergraduate Research at UConn: Funding and Conference Engagement

   UConn ranks among the top public universities for undergraduate research output, with $12M+ annually allocated to student-led projects through programs like the Undergraduate Research Fellowship (URF) and Summer Undergraduate Research Fund (SURF). Research opportunities vary by major, with STEM fields offering higher funding rates and publication/conference presentation pathways.

   Funding Sources and Eligibility by Major:

   Undergraduate Research Fellowship (URF):

   Award: $3,500–$5,000 per semester.

   Majors with Highest Success Rates: Physics, Ecology, Chemistry, Neuroscience.

   Requirements: Faculty sponsorship, proposal submission, minimum 2.8 GPA.

   Outcome: ~60% of URF recipients present at regional/national conferences (e.g., AAAS, Ecological Society of America).

   - Summer Undergraduate Research Fund (SURF):
   

   Award: $4,000–$6,000 for 10-week summer projects.

   Majors with Highest Success Rates: Computer Science, Biomedical Engineering, Molecular Biology.

   Requirements: Full-time research commitment; open to freshmen through seniors.

   Outcome: 85% of SURF participants publish or present findings within 2 years of graduation.

   - Honors Program Research Grants (CLAS):
   

   Award: $1,500–$3,000 for honors thesis projects.

   Majors: Political Science, History, Philosophy (humanities/social sciences).

   Outcome: 40% of recipients publish in undergraduate journals (e.g., Journal of Undergraduate Research).

   Research Conference Participation by Major:

   |

   Choosing a major at UConn is not merely a selection of courses but a deliberate step toward a future shaped by the university’s academic rigor, industry connections, and commitment to interdisciplinary collaboration. Whether through honors programs that cultivate independent research, global initiatives that integrate cultural perspectives into coursework, or career services tailored to STEM and non-STEM fields, UConn’s structure is designed to transform curiosity into competence. By leveraging the resources outlined—from academic planning tools to alumni testimonials—students can navigate their educational journey with confidence, knowing their degree will open doors to meaningful opportunities in an ever-changing world.

   • academic programs
   • career outcomes
   • education planning
   • student resources
   • university majors

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