2011-12 Academic Year - Bad Request - Humboldt State University
2011-12 Academic Year - Bad Request - Humboldt State University
2011-12 Academic Year - Bad Request - Humboldt State University
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EMP 460. Environmental Planning for Public<br />
Lands (3). Environmental planning processes<br />
applied by state and federal agencies to manage<br />
for desired ecological, economic, and social outcomes<br />
on public lands. Key themes: collaborative<br />
processes, community involvement, stewardship.<br />
[Prereq: EMP 360 and EMP 425 (C), or<br />
IA. Weekly: 2 hrs lect, 3 hrs lab; 3-day field trip<br />
required. Service fee.]<br />
EMP 465. Rural Com mu ni ty Planning (3). Integrating<br />
community and economic develop ment<br />
with land-use planning tools, such as agricultural<br />
land/open space preservation and growth management<br />
programs in small towns and rural areas<br />
dependent on natural resources. [Prereq: EMP<br />
360. Weekly: 2 hrs lect, 3 hrs lab. Service fee.]<br />
EMP 470. Intermediate GIS (3). Digital mapping<br />
and analysis. How GIS data are collected,<br />
structured, entered, edited. Analysis procedures/<br />
theory. Lab exercises; project. ArcGIS and ArcView<br />
GIS environments. [Prereq: EMP 377 or EMP 376;<br />
STAT 109 or STAT 108 recommended. Weekly: 2<br />
hrs lect, 3 hrs lab.]<br />
EMP 471. Spatial Analysis Lab Projects (1).<br />
Intended for students with experience in GIS and/<br />
or Remote Sensing who require the facilities and<br />
software tools available in the Spatial Analysis<br />
Lab for special projects or research. This course<br />
does not count towards graduation units. [IA. AU.]<br />
EMP 475. Senior Planning Practicum (4).<br />
Capstone course: a planning project in a group<br />
format. [Prereq: EMP 460 (C) or EMP 465 (C),<br />
graduating senior. Weekly: 2 hrs lect, 6 hrs lab.]<br />
EMP 480. Selected Topics (.5-3). Planning, ecology,<br />
administration, law, ethics, or other topics<br />
of current interest. [Rep with different topics.<br />
Prereq: IA. Variable format.]<br />
EMP 480L. Selected Topics/Lab (.5-3). Planning,<br />
ecology, administration, law, ethics, or oth er topics<br />
of current interest. Lab/field format. Service Fee.<br />
[Rep with different topics. May require prereqs.]<br />
EMP 482. Internship (2-3) S. Students implement<br />
the theory and practice of their major by<br />
working for a public agency or private firm/organization.<br />
Advanced standing and instructor consent.<br />
EMP 485. Senior Seminar (1). Topics of current<br />
interest. [Prereq: junior/senior standing<br />
or IA. Rep.]<br />
EMP 499. Directed Study (1-3). Individualized<br />
research/study project. [Prereq: junior/senior<br />
standing. Rep.]<br />
GRADUATE<br />
EMP 540. Raster GIS Modeling Techniques<br />
Seminar (3). Raster analysis techniques in GIS<br />
using the ArcGIS environment. Map algebra,<br />
interpolation techniques and model integration.<br />
Sources and ramification of potential error. Incorporate<br />
use of scripting to enhance analytical<br />
efficiency. [Prereq: EMP 470; STAT 109; advanced<br />
statistics and EMP 277 recommended. Weekly:<br />
2 hrs lect, 3 hrs lab.]<br />
EMP 550. Advanced Natural Resource<br />
Interpretation (3). Interpretive facility planning,<br />
children’s interpretation, and management<br />
of interpretation. Advanced oral/written<br />
interpretation techniques. [Prereq: EMP 253,<br />
EMP 350, and EMP 353, or IA. Weekly: 2 hrs lect,<br />
3 hrs lab.]<br />
EMP 570. Vector GIS Modeling Techniques<br />
Seminar (3). Vector analysis concepts using the<br />
ArcGIS environment including vector regions,<br />
dynamic segmentation, networks, and modeling<br />
techniques. Incorporate use of scripting to<br />
enhance analytical efficiency in the analysis of<br />
GIS data. [Prereq: EMP 470 and STAT 109 or<br />
equivalent. Statistics highly recommended Weekly:<br />
2 hrs lect, 3 hrs lab.]<br />
EMP 580. Selected Topics (1-3). Interpretation,<br />
planning, ecology, administration, law, ethics, other<br />
topics of interest. [Rep with different topics.]<br />
EMP 597. Mentoring & Teaching-Associate<br />
Training (1-4). Train in course preparation and<br />
delivery. Advance majors and grad students take<br />
this prior to or concurrent with teaching-assistant<br />
or teaching-associate assignments. No credit<br />
toward graduate degree.<br />
EMP 685. Graduate Seminar (1-3). Topics of<br />
current interest. [Rep.]<br />
EMP 690. Thesis (1-4). [Rep.]<br />
EMP 692. Professional Paper (1-4). [Rep.]<br />
EMP 695. Field Research (1-4). [Rep.]<br />
EMP 699. Directed Study (1-4). [Rep.]<br />
Environmental<br />
Resources Engineering<br />
LOWER DIVISION<br />
ENGR 114. Whole Earth Engineering (2). Apply<br />
engineering and science concepts and methods<br />
to self-sufficient habitat systems: housing, energy,<br />
water and food supply. [CR/NC. Not allowed for<br />
credit toward major in engineering.]<br />
ENGR 115. Introduction to Environmental<br />
Resources Engineering (3). Case studies in water<br />
quality, water resources, energy resources, and<br />
geotechnical resources. [Prereq: MATH 115 (C)<br />
or Math Code 50. Weekly: 2 hrs lect, 3 hrs lab.]<br />
ENGR 210. Solid Mechanics: Statics (3). Particle<br />
and rigid body equilibrium; vector concepts;<br />
equivalent systems of forces; centroids; moments<br />
of inertia; friction. [Prereq: MATH 109 or Math<br />
Code 65. Weekly: 2 hrs lect, 3 hrs lab.]<br />
ENGR 211. Solid Mechanics: Dynamics (3).<br />
Kinetics and kinematics of particles; work and<br />
energy; impulse and momentum; kinematics and<br />
plane motion of rigid bodies. Engineering design<br />
applications. [Prereq: MATH 110, ENGR 210,<br />
ENGR 215. For engineering majors, this is prereq.<br />
to PHYX 110. Weekly: 2 hrs lect, 3 hrs lab.]<br />
ENGR 215. Introduction to Design (3). Engineering<br />
design process, including critical analysis of<br />
problems, teamwork, Internet, word processing,<br />
spreadsheets, computer-aided drawing. Engineering<br />
design applications. [Prereq: ENGR 115 and<br />
MATH 109 (C) or Math Code 65. Weekly: 2 hrs<br />
lect, 3 hrs lab.]<br />
ENGR 225. Computational Methods for Environmental<br />
Engineering I (3). Introduction to computer<br />
computational methods for environmental<br />
engineering analysis and design using MATLAB<br />
and the Fortran 95 programming language.<br />
[Prereq: ENGR 115, MATH 109 or Math Code<br />
65. Weekly: 2 hrs lect, 3 hrs lab.]<br />
ENGR 280. Selected Topics in Engineering (1-3).<br />
Selected topics offered at the lower division level<br />
as demand warrants. Lect/lab as appropriate.<br />
[Prereq: vary with topics. Rep with different topic.]<br />
UPPER DIVISION<br />
ENGR 305. Appropriate Technology (3). Engineering<br />
technology principles. Energy, waste<br />
disposal, food production technologies. Lab<br />
exercises involve working systems at Campus<br />
Center for Appropriate Technology. [Prereq:<br />
lower division science GE; ENGR 114 or PHYX<br />
106 or PHYX 109. Not allowed for credit toward<br />
engineering major. Weekly: 2 hrs lect, 3 hrs lab.<br />
GE.]<br />
ENGR 308. Technology & the Environment (3).<br />
Environmental and resource-related case studies<br />
applying technology to supply society’s needs<br />
and demands. [Prereq: completed lower division<br />
science GE. Weekly: 2 hrs lect, 2 hrs activity. GE.]<br />
ENGR 313. Systems Analysis (4). Microeconomics,<br />
systems analysis, and math modeling in<br />
environmental resources, allocation, linear and<br />
nonlinear optimization. Case studies in resource<br />
management. Engineering design applications.<br />
[Prereq: MATH 210, ENGR 115, ENGR 225.]<br />
ENGR 322. Environ mental Data Modeling &<br />
Analysis (4). Introduction to probability theory,<br />
probabilistic models, and stochastic processes.<br />
Parameter estimation and model evaluation for<br />
environmental systems models with applications<br />
in environmental engineering. [Prereq: MATH 210,<br />
ENGR 325 (C).] Weekly: 3 hrs lect, 3 hrs lab.]<br />
ENGR 325. Computational Methods for<br />
Environmental Engineering II (3). Introduction to<br />
numerical methods for environmental engineering<br />
analysis, design and resource management using<br />
the Fortran 95 programming language. [Prereq:<br />
ENGR 225, MATH 110. Weekly: 2 hrs lect, 3<br />
hrs lab.]<br />
ENGR 326. Computational Methods for<br />
Environmental Engineering III (3). Numerical<br />
methods for linear and differential equations used<br />
in environmental engineering analysis, design and<br />
resource management problems. [Prereq: MATH<br />
210, ENGR 325 and either ENGR 331 or ENGR<br />
333. Weekly: 2 hrs lect, 3 hrs lab.]<br />
ENGR 330. Mechanics & Science of Materials<br />
(3). Physical properties of materials. Analyze<br />
stresses and deformations in volving elastic<br />
behavior of materials. Tension, compression, torsion,<br />
and flexure. Com bined stresses, static indeterminacy.<br />
Beams of two materials. Engineering<br />
design applications. [Prereq: MATH 210, CHEM<br />
109, ENGR 210. Weekly: 2 hrs lect, 3 hrs lab.]<br />
ENGR 331. Thermodynamics & Energy<br />
Systems I (3). Thermodynamics’ 1st and 2nd<br />
laws; thermodynamic properties of materials;<br />
thermodynamic processes; system and control<br />
DCG diversity & common ground; d domestic, n non-domestic; disc discussion; F fall, S spring, Su summer; GE general ed; IA instructor approval; lect lecture; prereq prerequisite; rec recommended preparation; rep repeatable<br />
<strong>2011</strong>-20<strong>12</strong> <strong>Humboldt</strong> <strong>State</strong> <strong>University</strong> Catalog Environmental Resources Engineering<br />
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