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The Bachelor of Science degree in Environmental Science provides students with a strong science background with a focus on the environmental issues of the future. Through lecture, lab and field classes, you will get hands-on experience with biology, chemistry, the geosciences, physics and math. In this program students learn how to draw connections between these disciplines needed to solve the complex environmental problems facing the local community and society at large.
As part of the School of Interdisciplinary Arts and Sciences, this degree allows you to combine diverse approaches to the environment which incorporate humanities and the social sciences. Through coursework and independent study, you will develop skills needed for scientific research, technical writing, and grant preparation.
A culminating capstone experience gives you the opportunity to work with a scientist on your own undergraduate research project or to intern with a community group to gain practical experience. Our program prepares you to work in government, academic, private or non-profit careers or to continue your education in a variety of scientific disciplines.
Major Coordinators are Jim Gawel and Ed Kolodziej.
Conservation Biology and Ecology option
In addition to the standard Environmental Science BS degree, you may complete a Conservation Biology and Ecology option as part of the degree, allowing you to obtain an interdisciplinary Environmental Science BS degree while demonstrating extra proficiency in the discipline of conservation biology and ecology. See TENSCI option degree requirements below for more information. Students who have commenced their degree prior to Autumn 2016 may opt to complete the previously available option in Biology, also shown below under degree requirements. Learn more about this option here.
Geoscience option
In addition to the standard Environmental Science BS degree, you may complete a Geoscience option as part of the degree, allowing you to obtain an interdisciplinary Environmental Science BS degree while demonstrating extra proficiency in the discipline. See TENSCI degree requirements below for more information. Learn more about this option here.
Note: Environmental Science majors may not earn the Environmental Studies minor or Restoration Ecology minor. Environmental Science majors may earn the Restoration Ecology certificate.
Environmental Science Degree Requirements
For Environmental Science, students must complete a minimum 135 credits to meet the major requirements.
NOTE: Online lab courses will not be accepted in the Environmental Science major and cannot serve as pre-requisites for subsequent SAM courses. Exceptions will be made for online lab courses that were completed between Spring 2020 and Spring 2022.
ENVIRONMENTAL SCIENCE PREPARATORY COURSES AND COMMUNITY COLLEGE EQUIVALENCIES (63 credits)
Preparatory courses must have been completed within the last 5 years. If they were completed before that time frame or for specific transfer courses that are accepted, please consult an academic advisor.
Additionally, students must be computer literate, which is defined as the ability to use word processing, spreadsheet, presentation and communication software.
Workshops are available for students with deficiencies in any of these areas. (Note - Course prefixes including "&" denotes new community college common course numbering. Check with your advisor for details.)
Preparatory Courses and Community College Equivalencies
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | UW TACOMA COURSES |
---|---|---|---|
College Biology (majors sequence w/lab) | 18 | 2.0 | TBIOL 120, 130, 140 |
College Chemistry (majors sequence w/lab) | 18 | 2.0 | TCHEM 142, 152, 162 |
Physical Geology w/lab | 6 | 2.0 | TGEOS 117 |
College Physics (mechanics w/lab) | 6 | 2.0 | TPHYS 121 |
Calculus (10 credits calculus/advanced statistics) | 10 | 2.0 | TMATH 124 and TMATH 125 or TMATH 210 |
Statistics | 5 | 2.0 | TMATH 110 |
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | CLOVER PARK TRANSFER EQUIVALENCIES |
---|---|---|---|
College Chemistry (majors sequence w/lab) | 15 | 2.0 | ENV 158 and ENV 160* |
Earth Sciences | 5 | 2.0 | GEOL& 110 |
Statistics | 5 | 2.0 | MATH& 146 |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | GREEN RIVER CC TRANSFER EQUIVALENCIES |
---|---|---|---|
College Biology (majors sequence w/lab) | 15 | 2.0 | BIOL& 211, 212 and 213 (Cell, Animal, Plant and Ecology)* |
College Chemistry (majors sequence w/lab) | 15 | 2.0 | CHEM& 161, 162 and 163* |
Physical Geology w/lab | 5 | 2.0 | GEOL& 101 |
College Physics (mechanics w/lab) | 5 | 2.0 | PHYS& 114 or PHYS& 221 |
Calculus (10 credits of calculus/advanced statistics) | 10 | 2.0 | MATH& 151 and MATH& 152 |
Statistics | 5 | 2.0 | MATH 256† |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
†Students who complete MATH 256 are not eligible to enroll in TMATH 210.
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | HIGHLINE CC TRANSFER EQUIVALENCIES |
---|---|---|---|
College Biology (majors sequence w/lab) | 15 | 2.0 | BIOL& 211, 212 and 213 (Cell, Animal, Plant and Ecology)* |
College Chemistry (majors sequence w/lab) | 15 | 2.0 | CHEM& 161, 162 and 163* |
Physical Geology w/lab | 5 | 2.0 | GEO 101 |
College Physics (mechanics w/lab) | 5 | 2.0 | PHYS 201 |
Calculus (10 credits of calculus/advanced statistics) | 10 | 2.0 | MATH& 151 and MATH& 152 |
Statistics | 5 | 2.0 | MATH& 146 |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | OLYMPIC CC TRANSFER EQUIVALENCIES |
---|---|---|---|
College Biology (majors sequence w/lab) | 15 | 2.0 | BIOL 201, 202 and 203 (Cell, Organisms and Eco-evolution) or BIOL& 211/212/213* |
College Chemistry (majors sequence w/lab) | 15 | 2.0 | CHEM& 141/151, 142/152 and 143/153* |
Physical Geology w/lab | 5 | 2.0 | GEOL& 101 |
College Physics (mechanics w/lab) | 5 | 2.0 | PHYS 114 or PHYS 254 |
Calculus (10 credits of calculus/advanced statistics) | 10 | 2.0 | MATH& 151 and MATH& 152 |
Statistics | 5 | 2.0 | MATH& 146 |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | PIERCE COLLEGE TRANSFER EQUIVALENCIES |
---|---|---|---|
College Biology (majors sequence w/lab) | 15 | 2.0 | BIOL& 211, 212 and 213 (Cell, Animal, Plant and Ecology)* |
College Chemistry (majors sequence w/lab) | 15 | 2.0 | CHEM& 161, 162 and 163* |
Physical Geology w/lab | 5 | 2.0 | GEOL& 101 |
College Physics (mechanics w/lab) | 5 | 2.0 | PHYS& 114 or PHYS& 221 |
Calculus (10 credits of calculus/advanced statistics) | 10 | 2.0 | MATH& 151 and MATH &152 |
Statistics | 5 | 2.0 | MATH& 146 |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | SOUTH PS CC TRANSFER EQUIVALENCIES |
---|---|---|---|
College Biology (majors sequence w/lab) | 15 | 2.0 | BIOL& 221, 222 and 223 (Cell, Organisms and Ecology)* |
College Chemistry (majors sequence w/lab) | 15 | 2.0 | CHEM& 161, 162 and 163* |
Physical Geology w/lab | 5 | 2.0 | GEOL 101 |
College Physics (mechanics w/lab) | 5 | 2.0 | PHYS& 114 or PHYS 201 |
Calculus (10 credits of calculus/advanced statistics) | 10 | 2.0 | MATH& 151 and MATH& 152 |
Statistics | 5 | 2.0 | MATH& 146 |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
PREPARATORY COURSE | CREDITS | MINIMUM GRADE | TACOMA CC TRANSFER EQUIVALENCIES |
---|---|---|---|
College Biology (majors sequence w/lab) | 15 | 2.0 | BIOL& 221, 222 and 223 (Cell, Organisms and Ecology)* |
College Chemistry (majors sequence w/lab) | 15 | 2.0 | CHEM& 161, 162 and 163* |
Physical Geology w/lab | 5 | 2.0 | GEOL& 101 |
College Physics (mechanics w/lab) | 5 | 2.0 | PHYS& 114 or PHYS& 221 |
Calculus (10 credits of calculus/advanced statistics) | 10 | 2.0 | MATH& 151 and MATH& 152 |
Statistics | 5 | 2.0 | MATH& 146 |
*Preparatory biology and chemistry sequences should be completed at the institution in which they are started. These transfer in as full sequences, but not necessarily as individual equivalencies.
- TESC 310 Environmental Research Seminar (3 credits)
to be taken in the first quarter of junior standing.
- TESC 200 Environmental Seminar (2 credits)
to be taken with TESC 300
- TESC 410 Environmental Science Senior Seminar (3 credits)
to be taken as close as possible to the last quarter of enrollment. This should also be taken concurrently with your capstone project or after the completion of your capstone.
- Environmental Science core (12 credits)
- TBIOL 340 Ecology and Its Applications (6) (formerly TESC 340)
- TCHEM 333 Environmental Chemistry (6) (formerly TESC 333)
-
Capstone (3+ credits; Environmental Science Capstone Form)
Environmental Science capstone projects integrate knowledge, skills and ethical practices that you will develop through the Environmental Science curriculum. You, either as an individual or with a peer group, independently or as a self-directed collaborator, engage in the development, planning, and/or analysis of your capstone project.
By completing a capstone project, you will be able to:- Communicate the purpose, methods, analysis, and conclusions of your final capstone product in a discipline-specific format to be presented publicly.
- Engage in revision of your final product based on feedback from mentors and/or peers.
- Engage in quantitative design or analysis of data that is appropriate to the topic (or question or project), either personally collected or gathered from literature.
- Reflect on the design and execution of your project, and identify areas for improvement.
- Identify the impact of your capstone experience on your personal, academic, and professional development.
- Use scholarly literature to place your project in the broader context of the field of environmental science.
Meet with your faculty advisor to make plans to complete a capstone project. Projects can be completed through the following courses involving internships, research or a combination of both. Your capstone may span more than one quarter and earn 3-10 credits.
- TBIOL 464 Restoration Ecology Capstone: Field Site Restoration (formerly TESC 464)
- TBIOMD 490 Context for Global Health Experiential Learning and TBIOMD 491 Global Health Experiential Learning Program
- TBIOMD 495 Biomedical Research Experience
- TESC 301 Sustainability in Action
- TESC 495 Environmental Research Experiences
- TESC 496 Internship
- TESC 497 Senior Thesis (ideal for IAS Honors)
- TESC 499 Undergraduate Research
- TGIS 415 Critical Theory and GIS Practicum
- TGH 494 Thesis or Project for Global Honors
- TGH 496 Experiential Learning in Global Honors
- TMATH 495 Collaborative Mathematics Research Experience
To help you plan to complete the capstone requirements above, please complete the Environmental Science Capstone form. This form is required to count credits from the courses above as a capstone project. Please complete the form and submit it at the beginning of the quarter in which you are doing your capstone project.
- TBIOL 204 Tropical Ecology and Sustainability (formerly TESC 304)
- TBIOL 318 Biogeography (formerly TESC 318)
- TCOM 310 Contemporary Environmental Issues and the Media
- TCOM 351 Video Production
- TCOM 470 Documentary Production and Critique
- TECON 421 Environmental Policy
- TEGL 202 Introduction to Contemporary American Indian Issues
- TEGL 304 Indigenous Ethnoecology
- TEGL 365 Indigenous Ethnobiology
- TEGL 464 Indigenous Health, Political Ethnoecology and Governance (formerly TANTH 464)
- TEST 332 A Natural History of Garbage
- TGEOG 403 Geography of the USA and Canada
- TGEOG 435 Contemporary Geopolitics
- TGEOG 440 Political Geography
- TGH 303 Global Challenges*
- THIST 445 History of Tacoma
- THIST 456 North American Regions
- THIST 487 Technology in the Modern World
- THIST 495 The Metropolis
- THLTH 372 Environmental Health: Local to Global
- THLTH 410 Environmental Equity
- TIAS 443 Ethnicity and the Urban Landscape
- TINST 401 Technology in Service of Global Society
- TLIT 433 Native American Literature and Federal Indian Law
- TNPRFT 231 Introduction to the Nonprofit Sector
- TNPRFT 451 Essentials of Grant Writing
- TSOC 456 Rural Societies and Development
- TSUD 222 Introduction to Sustainability
- TSUD 240 The City and Nature
- TSUD 445 Urban Ecology
- TURB 205 Images of the City
- TURB 210 Urban Society and Culture
- TURB 220 Introduction to Urban Planning
- TURB 301 The Urban Condition
- TURB 312 Race and Poverty in Urban America
- TURB 322 Land Use Planning
- TURB 345 Urban Government and Organizations
- TURB 410 Environmental Equity
- TWOMN 211 Women in Science (formerly TEST 211)
(*denotes course restricted to Global Honors students)
- TARTS 402 Eco-Art: Art in Response to Environmental Crisis
- TEGL 464 Indigenous Health, Political Ethnoecology and Governance
- TGH 303 Global Challenges*
- TLIT 237 Introduction to Literature and the Environment
- TLIT 431 Contemporary Native American Women's Literature
- TLIT 437 Topics in Literature and the Environment
- TPHIL 353 The End of the Modern World, 1600-2000
- TPHIL 361 Ethics in Contemporary Society
- TPHIL 362 The Beautiful and the Good: Philosophy's Quest for Value
- TPHIL 367 Utopias
- TPHIL 451 The Enlightenment
- TPHIL 455 Medicine and Morality: Biomedical Ethics
- TRELIG 210 Modern Theories of Religion (formerly TRELIG 305)
- TWRT 211 Argument and Research in Writing
- TWRT 287 Creative Nonfiction Writing (formerly TWRT 387)
- TWRT 291 Technical Communication in the Workplace
- TWRT 331 Advanced Disciplinary Writing: Natural Sciences
- TWRT 372 Writing Eco-poetry
- TWRT 388 Writing for Social Change (formerly TWRT 431)
(*denotes course restricted to Global Honors students)
ENVIRONMENTAL SCIENCE COURSES AND OPTION INFORMATION (29 CREDITS)
Students are required to take five elective courses: minimum of one course from List A and minimum of one course from List B. Remaining three courses can be any combination from list A, B, or C. Of these five courses, at least two must be laboratory (L) courses (6 credits) and one must be a field (F) course (7 credits). Some courses designated as labs on this list are not offered as labs every time; check the Registration Guide for credits. 100-level courses will not be accepted.
- List A: Conservation Biology and Ecology
- TBIOL 202 Plant Biology and Ecology (formerly TESC 202)
- TBIOL 203 History and Ecology of Biological Invasions (formerly TESC 402)
- TBIOL 204 Tropical Ecology and Sustainability (formerly TESC 304)
- TBIOL 232 Issues in Biological Conservation (formerly TESC 232)
- TBIOL 234 Biology/ History/Politics of Salmon in the PNW (formerly TESC 234)
- TBIOL 236 Plants and People: The Science of Agriculture (formerly TESC 236)
- TBIOL 240 Human Biology and Environmental Interactions (formerly TESC 240)
- TBIOL 306 Animal Behavior (formerly TESC 306)
- TBIOL 320 Vertebrate Anatomy and Diversity (L)
- TBIOL 362 Introduction to Restoration Ecology (F) (formerly TESC 362)
- TBIOL 404 Neotropical Field Studies Abroad: Ecology and Community (F) (formerly TESC 404)
- TBIOL 422 Evolution (formerly TESC 422)
- TBIOL 432 Forest Ecology Field Studies (F) (formerly TESC 432)
- TBIOL 434 Conservation Biology Practice (L) (formerly TESC 332)
- TBIOL 438 Environmental Biology: Marine Invertebrates (L) (formerly TESC 438)
- TBIOL 442 Marine Ecology (formerly TESC 442)
- TBIO 455 Ecotoxicology
- TESC 430 Environmental Modeling (L)
- TGEOS 445 Estuarine Field Studies (F) (formerly TESC 445)
- TMATH 210 Intermediate Statistics with Applications (B/P) (formerly TMATH 310)
- TMATH 390 Probability and Statistics in Engineering and Science (B/P)
- TMATH 410 Regression Modeling (B/P)
- List B: Physical Sciences
- TBIOL 318 Biogeography (if 6 cr-L) (formerly TESC 318)
- TCHEM 439 Analytical Chemistry with Environmental Applications (L or F) (formerly TESC 439)
- TESC 201 The Science of Environmental Sustainability
- TESC 210 Introductory Research Experience in the Sciences (L)
- TESC 239 Energy and the Environment
- TESC 345 Pollution and Public Policy
- TESC 430 Environmental Modeling (L)
- TESC 433 Pollutant Fate and Transport (L)
- TESC 435 Limnology (F)
- TGEOS 215 Meteorology (if 6 cr- L) (formerly TESC 215)
- TGEOS 216 Pacific Northwest Geology (formerly TESC 316)
- TGEOS 226 Pacific Northwest Field Trip (If 216 is taken, then L) (formerly TESC 227)
- TGEOS 227 Earth History (formerly TESC 227)
- TGEOS 241 Oceanography (if 6 cr- L) (formerly TESC 241)
- TGEOS 243 Geography of the Physical World (if 6 cr- L) (formerly TESC 243)
- TGEOS 319 From Mountains to Sea: Comparative Volcanoes (F)
- TGEOS 337 Environmental Geology (L) (formerly TESC 337)
- TGEOS 341 Climate Change (formerly TESC 341)
- TGEOS 343 Atmosphere and Air Pollution (L) (formerly TESC 343)
- TGEOS 347 Environmental Earth Materials (L) (formerly TESC 347)
- TGEOS 415 Sedimentology (L) (formerly TESC 415)
- TGEOS 417 Field Geology (F) (formerly TESC 417)
- TGEOS 419 Environmental Field Geophysics (F) (formerly TESC 417)
- TGEOS 445 Estuarine Field Studies (F) (formerly TESC 445)
- TGIS 311 Maps and GIS (L) – Urban Studies course
- TMATH 210 Statistics for Environmental Applications (B/P) (formerly TMATH 310)
- TMATH 390 Probability and Statistics in Engineering and Science (B/P)
- TMATH 410 Regression Modeling (B/P)
- TPHYS 315 Applied Physics w/ Environmental Applications (formerly TESC 315)
- List C: Biomedical or Health Sciences
- TBIOL 242 Aging and Biology (formerly TESC 242)
- TBIOL 270 Genetics and Society (formerly TESC 370)
- TBIOL 301 General Microbiology (L) (formerly TBIOMD 301)
- TBIOL 302 Human Physiology (formerly TBIOMD 302)
- TBIOL 303 Cellular Biology (L) (formerly TBIOMD 303)
- TBIOL 304 Molecular Biology (L) (formerly TESC 380)
- TBIOL 305 Genetics and Genomics (L) (formerly TBIOMD 307)
- TBIOL 350 Introduction to Epidemiology (formerly TBIOMD 350)
- TBIOL 436 Systems Biology (formerly TESC 436)
- TCHEM 251 Organic Chemistry I (L) (formerly TESC 251)
- TCHEM 405 Biochemistry I (formerly TESC 405)
- TCHEM 406 Biochemistry II (formerly TESC 406)
In addition to the standard Environmental Science BS degree, students may complete a Conservation Biology and Ecology option in the degree. These options allow students to obtain an interdisciplinary Environmental Science BS degree while demonstrating extra proficiency in the discipline.
Five courses to include at least one physical science (P) course, at least two laboratory (L) courses (TBIOL 434 and one more from List D, E, or F) and one field (F) course. Some courses designated as labs on this list are not offered as labs every time; check the Registration Guide for credits.
In addition, the student's capstone experience (planned with the faculty advisor) must be focused on conservation biology and/or ecology.
- Required:
- TBIOL 434 Conservation Biology in Practice (B/L) (formerly TESC 332)
- One course from List D
- One course from List E
- One course from List F
- One course from List D, List E or List F
- List D: Biodiversity
- TBIOL 301 General Microbiology (B,if 6 cr - L) (formerly TBIOMD 301)
- TBIOL 307 Environmental Entomology (B/L) (formerly TESC 440)
- TBIOL 318 Biogeography (P/B, if 6 cr - L) (formerly TESC 318)
- TBIOL 320 Vertebrate Anatomy and Diversity (L)
- TBIOL 422 Evolution (B, if 6 cr - L) (formerly TESC 422)
- TBIOL 438 Environmental Biology: Marine Invertebrates (B/L) (formerly TESC 438)
- List E: Ecological Interactions
- TBIOL 203 History and Ecology of Biological Invasions (B) (formerly TESC 402)
- TBIOL 204 Tropical Ecology and Sustainability (B) (formerly TESC 304)
- TBIOL 234 Biology/ History/Politics of Salmon in the PNW (B) (formerly TESC 234)
- TBIOL 306 Animal Behavior (B) (formerly TESC 306)
- TBIOL 432 Forest Ecology Field Studies (B/F) (formerly TESC 432)
- TBIOL 442 Marine Ecology (B/F) (formerly TESC 442)
- TGEOS 445 Estuarine Field Studies (P/F) (formerly TESC 445)
- List F: Methods and Applications
- TBIOL 304 Molecular Biology (B/L) (formerly TESC 380)
- TBIOL 350 Introduction to Epidemiology (B) formerly TBIOMD 350 (B)
- TBIOL 362 Introduction to Restoration Ecology (B/F) (formerly TESC 362)
- TBIOL 455 Ecotoxicology
- TCHEM 405 Biochemistry I (B/P if 6 cr - L) (formerly TESC 405)
- TCHEM 439 Analytical Chemistry with Environmental Applications (P/L or P/F) (formerly TESC 439)
- TESC 430 Environmental Modeling (P/L)
- TESC 435 Limnology (P/F)
- TGEOS 241 Oceanography (if 6 cr- L) (formerly TESC 241)
- TGIS 311 Maps and GIS (P/L) – Urban Studies course
- TMATH 210 Intermediate Statistics with Applications (B/P) (formerly TMATH 310)
- TMATH 410 Regression Modeling (B/P)
In addition to the standard Environmental Science BS degree, students may complete a Geoscience option in the degree. These options allow students to obtain an interdisciplinary Environmental Science BS degree while demonstrating extra proficiency in the discipline.
Five courses to include at least one biological science (B) course, at least two laboratory (L) courses (TGEOS 337 and one more from List G or H) and one field (F) course. Some courses designated as labs on this list are not offered as labs every time; check the Registration Guide for credits.
In addition, the student's capstone experience (planned with the faculty advisor) must be focused on the geosciences.
- Required:
- TGEOS 337 Environmental Geology (L) (formerly TESC 337)
- Three courses from List G
- One additional course from List G or List H
- List G: Geoscience
- TESC 239 Energy and the Environment
- TESC 430 Environmental Modeling
- TESC 433 Pollutant Fate and Transport in the Environment (L)
- TESC 435 Limnology (F)
- TGEOS 215 Meteorology (if 6 cr- L) (formerly TESC 215)
- TGEOS 216 Pacific Northwest Geology (formerly TESC 316) + {TGEOS 226 PNW Geology Field Trip (L)}
- TGEOS 227 Earth History (formerly TESC 227)
- TGEOS 241 Oceanography (if 6 cr- L) (formerly TESC 241)
- TGEOS 243 Geography of the Physical World (if 6 cr- L)(formerly TESC 243)
- TGEOS 319 From Mountains to Sea: Comparative Volcanoes (F)
- TGEOS 335 Introduction to Geomorphology (P/L) (formerly TESC 335 )(P)
- TGEOS 341 Climate Change (formerly TESC 341)
- TGEOS 343 Atmosphere and Air Pollution (L) (formerly TESC 343)
- TGEOS 347 Environmental Earth Materials (L) (formerly TESC 347)
- TGEOS 415 Sedimentology (L) (formerly TESC 415)
- TGEOS 417 Field Geology (F) (formerly TESC 417)
- TGEOS 419 Environmental Field Geophysics (F) (formerly TESC 419)
- TGEOS 445 Estuarine Field Studies(F) (formerly TESC 445)
- TGIS 311 Maps and GIS (L) – Urban Studies course
- TMATH 210 Intermediate Statistics with Applications (B) (formerly TMATH 310)
- TMATH 410 Regression Modeling (B/P)
- TPHYS 315 Applied Physics w/ Environmental Applications (formerly TESC 315)
- List H: Additional Courses for Geoscience Option
- TBIOL 202 Plant Biology and Ecology (B) (formerly TESC 202)
- TBIOL 203 History and Ecology of Biological Invasions (B) (formerly TESC 402)
- TBIOL 204 Tropical Ecology and Sustainability (B) (formerly TESC 304)
- TBIOL 232 Issues in Biological Conservation (B) (formerly TESC 232)
- TBIOL 234 Biology, History, and Politics of Salmon in the Pacific Northwest (B)
- TBIOL 236 Plants and People: The Science of Agriculture (B) (formerly TESC 236)
- TBIOL 240 Human Biology and Environmental Interactions (B) (formerly TESC 240)
- TBIOL 242 Aging and Biology (B) (formerly TESC 242)
- TBIOL 270 Genetics and Society (B) (formerly TESC 370)
- TBIOL 304 Molecular Biology (B/L) (formerly TESC 380)
- TBIOL 318 Biogeography (B, if 6 cr - L) (formerly TESC 318)
- TBIOL 350 Introduction to Epidemiology (formerly TBIOMD 350)(B)
- TBIOL 362 Introduction to Restoration Ecology (B/F) (formerly TESC 362)
- TBIOL 422 Evolution (B, if 6 cr - L) (formerly TESC 422)
- TBIOL 434 Conservation Biology Practice (B/L) (formerly TESC 332)
- TBIO 455 Ecotoxicology
- TCHEM 405 Biochemistry I (if 6 cr - L) (formerly TESC 405)
- TESC 201 The Science of Environmental Sustainability
- TESC 345 Pollution and Public Policy
Portfolio Requirements: Portfolios are submitted as part of course requirements for TESC 410
You must include all of the papers in the checklist. Papers should include instructor comments (including associated rubrics and checklists) except for the résumé and final reflection.
- A current résumé (1 page) or expanded curriculum vitae (no more than 3 pages). For assistance with this, make an appointment at the Career Development and Education Center.
- The earliest paper you wrote at UW Tacoma where you do an independent analysis of data. Examples include your final paper from TESC 140: Intro Biology III or your draft from TESC 310: Environmental Research Seminar (but only if done as an individual).
- The personal reflection from TESC 310: Environmental Research Seminar.
- The final paper from TESC 340: Ecology and Its Applications.
- A paper that relates science to social science and/or the humanities (e.g., from your Environmental Ethics, Policy, or Law course). Include the original assignment with your paper.
- The final paper/poster for your capstone project. If you have not completed your paper before the portfolio due date, submit a paper that demonstrates your ability to analyze data. If you choose the second option, include the original assignment with your paper. Posters can be submitted in either .pdf format or as a PowerPoint.
- A final reflection (400-500 words), that addresses the skills you have gained as an Environmental Science major and how your education has prepared you to be a productive worker, educated citizen and lifelong learner. Give specific examples.
- If none of these papers was completed in your last year of your studies, or if you have a paper you are particularly proud of, you may include an additional paper of your choice. If you submit an extra paper, you still must include the requirements listed above, and should include a copy of the original assignment.
Additionally, students must be computer literate, which is defined as the ability to use word processing, spreadsheet, presentation and communication software.
Workshops are available for students with deficiencies in any of these areas. (Note - Course prefixes including "&" denotes new community college common course numbering. Check with your advisor for details.)
Environmental Science student learning outcomes
Students who complete this degree will:
- Connect knowledge and tools from multiple scientific disciplines to analyze environmental challenges.
- Apply field, laboratory, and quantitative techniques to investigate current environmental issues.
- Interpret and communicate information related to environmental issues in written and oral forms appropriate to both scientific and non-technical audiences.
- Integrate perspectives and methodologies from the humanities and social sciences in developing solutions to environmental challenges.
- Demonstrate leadership, organizational, and interpersonal skills that support community engagement and professional collaboration.
- Evaluate environmental problems and solutions from multiple stakeholder perspectives with an emphasis on environmental justice.
- Demonstrate awareness of the impact of human bias on the scientific endeavor and the importance of integrity in environmental science.
Environmental Science career options
Students with this degree often pursue careers in education, policy, and other fields that mesh natural and social sciences and humanities. Our graduates often go on to work with organizations such as:
- Americorps Citizens for a Healthy Bay
- City Governments
- County Conservation Districts
- County Health Departments
- GeoEngineers Green Earthworks Construction, Inc.
- National Oceanographic and Atmospheric Administration
- Parametrix
- Tacoma ACTS
- US Department of Agriculture
- US Environmental Protection Agency
- US Geological Survey
- UW Dept of Civil and Environmental Engineering (MS degrees)
- UW Friday Harbor Labs
- UW School of Law
- WA Conservation Corps
- WA Department of Ecology
- WA Department of Natural Resources
- WA Department of Transportation
- WSU Puyallup Research and Extension Center Areas