Anthropology & Archaeology
Culture, material life, human difference, deep time, heritage, and the comparative study of people and societies.
Humanities, Social Sciences & Spatial Studies
Human & Social Systems examines how people make worlds, organize institutions, inhabit landscapes, remember the past, respond to change, and build meaning through culture, technology, economy, politics, and place. The division joins interpretive, historical, spatial, comparative, and computational approaches while preserving the standards of its constituent disciplines.
Departments
Departments organize disciplinary identity, curriculum, faculty appointments, and research methods within the division.
Culture, material life, human difference, deep time, heritage, and the comparative study of people and societies.
Place, landscape, mobility, environment, cartography, GIS, remote sensing, and spatial analysis.
Cognition, perception, behavior, development, embodiment, learning, and human adaptation.
Institutions, inequality, markets, governance, organizations, networks, and collective action.
Questions & domains
Methods
Outputs
Programs

Studies culture, human difference, technology, institutions, material life, and social change through comparative and field-based inquiry.

Combines human and physical geography with GIS, remote sensing, LiDAR, cartography, spatial data, and field interpretation.

Integrates anthropology, geography, landscape, migration, memory, technology, and complex human-environment systems.

Connects archaeological method to GIS, remote sensing, 3D digitization, materials analysis, research computing, and digital stewardship.

Advanced research on culture, biology, technology, environment, institutions, and emergence across interacting human systems.

AI-assisted qualitative, archaeological, spatial, and comparative research with verification, context, ethics, and transparent workflow.

Cartography, GIS, LiDAR, remote sensing, spatial analysis, data quality, and research communication.

Computer vision, geospatial computation, archival text analysis, data preparation, validation, and archaeological interpretation.

3D capture, collections documentation, GIS, metadata, web visualization, archival derivatives, and public interpretation.

Culture, health, embodiment, care systems, environment, inequality, ethnography, and biosocial interpretation.

CRM project systems, GIS, digital documentation, archaeometry, reporting, and partner-based delivery.

Research design, qualitative and mixed methods, spatial analysis, reproducibility, ethics, and public reporting.

A focused undergraduate pathway in spatial reasoning, cartography, GIS, remote sensing, and evidence-based interpretation of landscapes and communities.

Field survey, GIS, context recording, photography, 3D capture, artifact documentation, and technical reporting.

CRM records, methods, GIS, analytical integration, findings, quality control, and final technical report production.

Continuing education in project scoping, records research, field documentation, partner coordination, analytical synthesis, and professional cultural-resource reporting.

Point clouds, terrain models, spatial analysis, cartographic communication, and decision-ready geospatial products.
Courses
Introduces anthropology as a comparative study of human life across culture, biology, language, material evidence, technology, and history.
Develops field-based qualitative research through observation, interviewing, fieldnotes, reflexivity, ethics, coding, and interpretive writing.
Examines how artificial intelligence can support anthropological research while preserving context, evidence, authorship, ethics, and disciplinary judgment.
Introduces archaeological reasoning from research design and survey through excavation, classification, chronology, interpretation, and reporting.
Applies machine learning, computer vision, language models, and spatial computation to archaeological data with explicit validation and interpretive controls.
Builds foundational spatial thinking and cartographic communication across human, environmental, archaeological, and technical questions.
Uses GIS, terrain models, point clouds, and LiDAR derivatives to investigate landscapes, built environments, archaeology, ecology, and infrastructure.
Examines CRM project design, records research, field coordination, compliance documentation, laboratory integration, partner relationships, and final reporting.
Academic leadership & faculty
Academic inquiry
Admissions can help identify the most appropriate pathway across the division.