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Undergraduate Catalog 2014-2015

Environmental Science and Technology: Concentration in Ecological Technology Design (ENST)

College of Agriculture and Natural Resources
1457 Animal Sciences Building, 301-405-1193
www.enst.umd.edu
kmonahan@umd.edu
Chair: W. Bowerman (Prof & Chair)
Professors: F. Coale (Prof, Prof & Dir), R. Harrell (Prof & Dir), R. Hill (Prof), B. James (Prof & Dir, Affiliate Prof), M. Rabenhorst (Prof), A. Shirmohammadi (Prof, Affiliate Prof, Prof & Assoc Dean), R. Weil (Prof)
Associate Professors: A. Baldwin (Assoc Prof), G. Felton (Assoc Prof), P. Kangas (Assoc Prof), J. McGrath (Assoc Prof), B. Momen (Assoc Prof), B. Needelman (Assoc Prof), D. Tilley (Assoc Prof)
Assistant Professors: S. Lansing (Asst Prof), P. Leisnham (Asst Prof), W. Peer (Asst Prof), S. Yarwood (Asst Prof), L. Yonkos (Asst Prof, Lecturer)
Lecturers: J. Goger (Lecturer), J. Murrow (Lecturer)
Affiliate Professors: M. Kearney (Prof, Affiliate Prof)
Adjunct Associate Professors: E. Landa (Adjunct Prof)
Professors Emeriti: D. Fanning (Prof Emeritus), R. Weismiller (Prof Emeritus)

The Major

The ENST concentration in Ecological Technology Design prepares students for integrating natural systems with the built environment to solve environmental problems while achieving economic, ecological and social sustainability. The science and applications of using natural systems, processes and organisms to address environmental issues has evolved during the last few decades to a mature level whereby there are strong employment opportunities for graduates that are cross-educated in ecology and technology. Examples of eco-technological applications include restoration of urban and rural streams, creation of wastewater treatment wetlands, design of raingardens and bioretention systems for low-impact stormwater management, design of eco-industrial parks, life cycle assessment of products for improved environmental performance, bioremediation and phytoremediation of contaminated groundwater, ecological systems for by-product recovery, and filtration of contaminated air with bioreactors. The curriculum consists of a broad set of background courses in environmental science, electives in applications of Ecological Technology Design, and upper-level courses that synthesize the major. Hands-on design experience is included in required internship and practicum courses.

Requirements for the Major

This program requires a total of 120 credit for a Bachelor of Science, including the general education program course credits, required major credits; Technology and Ecosystem elective credits, and free elective credits.

Science and Math Fundamentals Required (50 credits):

ENST200 Fundamentals of Soil Science 4
ENST233 Introduction to Environmental Health 3
ENST360 Ecosystem Ecology 4
ENST389 Internship in Environmental Science & Technology 3
ENST398 Seminar in Environmental Science & Technology 1
ENST471 Capstone Practicum in Environmental Science & Technology 4
BSCI105 Principles of Biology I 4
BSCI106 Principles of Biology II 4
CHEM131/132 Fund. General Chemistry & Lab 4
CHEM231/232 Organic Chemistry I & Lab 4
MATH140 or Calculus I or 4
MATH220 Elementary Calculus I 4
MATH141or Calculus II or 4
MATH221 Elementary Calculus II 4
PHYS121 Fundamentals of Physics I
BIOM301 Introduction to Biometrics

 Depth (9 credits):

ENST405 Energy and Environment       3 
ENST481 Ecological Design         3 
ENST410 Ecological Economics        3 

Computational Techniques (1 course - 3 credits):

Choose 1 course from the list below:

 

GEOG373 Geographic Information Systems   3
ENST281 Computer Aided Design in Ecology    3 
     

 Assessment and Measurement (1 course-3 credits):

Choose 1 course from the list below:

 

ENST427 Nonpoint Source Pollution Assessment Techniques 3
ENST451 Water Quality: Field and Lab Methods  3 

 Applications (2 courses - 6 credits):

Choose 2 courses from the list below:

 

ENST452 Wetland Creation and Restoration   3 
ENST443 Industrial Ecology   3 
ENST305 Alternative Energy  
ENST444 Restoration Ecology  3 

Technology and Ecosystem Electives
Technology Electives (at least 6 credits1):

ARCH450 Introduction to Urban Planning  3 
ENST281 Computer Aided Design in Ecology 3
ENST305 Alternative Energy 3
ENST452 Wetland Creation and Restoration   3 
ENST443 Industrial Ecology  3 
ENST441 Sustainable Agriculture  3 
ENST417 Soil Hydrology and Physics  3 
ENST421 Soil Chemistry  4 
ENST423 Soil-Water Pollution  3 
GEOG372 Remote Sensing  3 
ENST499 Special Topics in Environmental Science and Technology 1-4 
GEOL451 Groundwater
GEOL452 Watershed and Wetland Hydrology
LARC451 Sustainable Communities

Ecosystem Electives (at least 6 credits1):

BSCI362 Ecology of Marsh and Dune Vegetation  2 
BSCI363        The Biology of Conservation and Extinction  3 
BSCI373 Natural History of the Chesapeake Bay  3 
BSCI464 Microbial Ecology  3 
BSCI460/461 Plant Ecology & Lab  5 
ENST314 Fisheries Sustainability and Management  4 
ENST334 Environmental Toxicology  3 
ENST422 Soil Biochemistry and Microbial Ecology  3 
ENST430 Wetland Soils  3 
ENST444 Restoration Ecology  3 
ENST450 Wetland Ecology  3 
ENST451 Water Quality: Field and Lab Analysis Methods  3 
ENST460 Principles of Wildlife Management  3 
ENST461 Urban Wildlife Management  3 
ENST462 Field Techniques in Wildlife Management  2 
ENST479 Tropical Ecology and Resource Management 1-6 
ENST499 Special Topics in Environmental Science and Technology 1-4
ENST452 Wetland Creation and Restoration   3 
GEOG331 Introduction to Human Dimensions of Global Change  3 
LARC450 Environmental Resources  3 
PLSC400 Environmental Plant Physiology
PLSC471 Forest Ecology

  1Courses satisfying restricted elective requirements can NOT count for Technology or Ecosystem electives. Also, Technology electives cannot be double-counted as Ecosystem electives, and vice-versa.

 

Advising

The ENST Department has mandatory advising for each of its concentration. Students are required to meet with their advisor at least twice a year.

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