Eastern Washington University

What you'll study

This programme builds a foundation in the physical sciences and then focuses on the processes that control climate on regional to global scales. You study atmospheric dynamics and thermodynamics, climatology, physical geography, and Earth system interactions alongside core skills in statistics, computer programming and geospatial analysis.

• Core science and theory: courses in meteorology, climatology, atmospheric chemistry and ocean–atmosphere interactions that explain climate drivers and feedbacks.
• Quantitative methods: statistics for the geosciences, time-series analysis, numerical modelling and introductory programming (commonly Python or R) for climate data processing.
• Remote sensing and GIS: satellite data interpretation, spatial analysis and mapping techniques used to observe and analyse climate variables and impacts.
• Field and laboratory skills: observational techniques, instrument calibration, data quality control, and hands-on laboratory work to measure meteorological and environmental parameters.
• Applied topics: courses addressing climate impacts and adaptation, paleoclimate, regional climate assessment and human dimensions of climate change, often with case studies relevant to the Pacific Northwest.
• Capstone and experiential learning: a senior capstone project or research practicum that integrates coursework into an independent research or applied project; opportunities for internships with regional organisations and field excursions to collect and analyse data.

Entry requirements

Admission typically requires a high school diploma or equivalent with a strong record in science and mathematics. Applicants should have completed or demonstrated competency in algebra and introductory calculus, physics, and laboratory-based science (biology, chemistry or earth science). Strong performance in English composition is expected because of the programme’s emphasis on communication and report writing.

Typical departmental expectations include a competitive overall academic record, coursework that shows quantitative readiness, and a personal statement describing interest in climate and environmental issues. Some applicants may be asked for transcripts from previous college-level work; placement or advising helps set the first-semester schedule. Standardised tests may be considered according to university admission policy.

Career prospects

Graduates leave prepared for a range of entry-level roles and further study. Common career paths include:

• Climate data analyst or technician, processing and interpreting climate datasets for institutions and consulting firms.
• Environmental consultant, working on impact assessments, adaptation planning and regulatory compliance.
• GIS and remote sensing specialist, producing spatial products and maps used in climate studies and resource management.
• Research assistant or technician in academic or government laboratories, contributing to observational campaigns and modelling efforts.
• Policy and planning roles in local and regional government, non-governmental organisations or utilities, focusing on resilience, mitigation and sustainability.
• Graduate study in atmospheric science, climatology, environmental science, public policy or related fields for those pursuing advanced research or professional careers.

Why study at Eastern Washington University

Eastern Washington University offers a learning environment with smaller class sizes and direct access to faculty who teach and supervise undergraduate research. The university’s location in eastern Washington provides proximity to a variety of climates and landscapes—from river valleys to mountain environments—useful for field-based learning and regional climate studies.

Students benefit from hands-on laboratory and field training, opportunities to use geospatial and remote sensing tools, and close advising that helps match student interests with internships, practicum placements and senior research projects. The programme emphasises practical skills employers value: data analysis, modelling, field methods and science communication—preparing graduates for both immediate employment and continuing education in climate-related disciplines.