Michigan Technological University

What you'll study

The programme emphasises both practical field methods and analytical techniques. Core topics typically include archaeological field methods and excavation, archaeological theory, geospatial methods for archaeology (GIS and remote sensing), archaeological laboratory techniques, faunal and botanical analysis, lithic and ceramic analysis, and chronological methods such as stratigraphy and dating approaches.

Students follow a mix of coursework and independent research. Typical modules and activities include:

• Field Methods in Archaeology — excavation strategy, recording, context interpretation and site documentation.
• Geospatial Analysis for Archaeology — GIS, GPS surveying, and spatial modelling applied to archaeological data.
• Archaeological Laboratory Practice — artefact processing, cataloguing, provenance and basic conservation approaches.
• Specialist Analytical Techniques — zooarchaeology, archaeobotany, lithic analysis, and materials characterisation.
• Remote Sensing and Geophysics — ground-penetrating radar, magnetometry and aerial/satellite data interpretation.
• Research Design and Statistics — quantitative methods, sampling strategies and writing a research proposal.

The degree can be completed with a thesis based on original research or, depending on programme options, a project-based alternative. Students are encouraged to participate in field schools and collaborative projects that connect laboratory work with regional field investigations.

Entry requirements

Applicants should normally hold a bachelor’s degree in archaeology, anthropology, earth sciences, history, or a closely related discipline. A solid foundation in methods and theory from undergraduate study is expected. Admissions typically consider the overall academic record, letters of recommendation, a statement of purpose outlining research interests, and a curriculum vitae.

Additional elements commonly requested:

• Two to three academic or professional references that can speak to research potential and suitability for graduate study.
• A personal statement describing academic background, research interests and career goals.
• Transcripts from all post-secondary institutions attended.
• For applicants whose first language is not English, proof of English proficiency through recognised tests or equivalent institutional evidence.

Relevant field experience or laboratory experience strengthens an application, but candidates with strong quantitative or technical backgrounds (for example in GIS, remote sensing, or natural sciences) are also competitive.

Career prospects

Graduates pursue a range of careers in the public and private sectors as well as continued academic study. Typical pathways include:

• Cultural Resource Management (CRM) and environmental consulting — site assessment, survey, mitigation and compliance work for government and private developers.
• Museum and heritage sector roles — collections management, curation, education and outreach.
• Government and non-profit organisations — heritage preservation, policy advising and community archaeology projects.
• Specialist technical roles — GIS analyst, geophysical survey technician, laboratory analyst or conservation assistant.
• Academic routes — continued doctoral research or teaching positions in archaeology and related disciplines.

The programme’s emphasis on technical skills such as GIS, remote sensing and analytical lab methods makes graduates attractive to employers seeking a mix of field competence and quantitative capability.

Why study at Michigan Technological University

Michigan Technological University offers an archaeology-related graduate education with a distinctive technical and applied emphasis. The university’s strengths in geospatial technologies, environmental sciences and engineering provide cross-disciplinary collaboration opportunities that benefit archaeological research. Students can work with faculty on regional projects that draw on the archaeological record of the Great Lakes and surrounding landscapes.

Facilities and advantages include access to geospatial and lab resources, opportunities to participate in field projects and field schools, and collaboration across departments that support analytical and technical training. The programme’s applied orientation prepares students for hands-on work in field investigation, laboratory analysis and cultural resource management while also supporting students who aim to continue to doctoral study.