Energy Engineering < University of Illinois at Chicago

ENER 420. Combined Heat and Power, Design, and Management. 4 hours.
CHP systems construction, operation, economics, and includes a student design visualize. besides, builds on previous courses in ability plants, engines, HVAC, a stress on economic and software analysis, utility rates, and regulations. course data : citation is not given in ENER 420 if the student has credit in ME 420. Prerequisite ( mho ) : open only to Master of Energy Engineering students.
ENER 422. Building Heating, Ventilating, and Air-Conditioning. 4 hours.
Establishes the basic cognition needed to understand heat and cooling systems, mass transfer in humidification, solar heat transfer in buildings, and psychrometrics. A computer design project will be completed. run data : recognition is not given for ENER 422 if the student has credit in ME 422. Prerequisite ( south ) : open merely to Master of Energy Engineering students.

ENER 424. Industrial Energy Management and Conservation. 4 hours.
Beginning course in energy analysis and audit, and builds upon the critical backdrop established in the HVAC path. An overview of the energy industry, bill, economic analysis, deregulated markets and department of energy buying. course information : accredit is not given for ENER 424 if the scholar has credit in ME 424. Prerequisite ( sulfur ) : open only to Master of Energy Engineering students.
ENER 429. Internal Combustion Engines. 4 hours.
introduction to engine types, characteristics and performance. combustion processes in flicker and compression ignition engines ; combustion abnormalities. course data : credit is not given for ENER 429 if the student has accredit in ME 429. Prerequisite ( s ) : clear alone to Master of Energy Engineering students.
ENER 450. Air Pollution Engineering. 4 hours.
Establishes the basic cognition needed to understand and design atmosphere contamination reduction equipment, particularly from boastfully industrial and power generation plants. naturally information : credit is not given for ENER 450 if the scholar has credit in ME 450. Prerequisite ( randomness ) : consent of the teacher. Recommended background : ENER 451 Power Generation.
ENER 451. Electric Power Generation. 4 hours.
Thermodynamics and hardheaded aspects of central fossil fuel fired electric generate plants. Focus on large steam hertz generating plants, with discussion of geothermal and hydroelectric plants. course information : Prerequisite ( south ) : capable only to Master of Energy Engineering students.
ENER 494. Special Topics in Energy Engineering. 4 hours.
particular topics vary from term to condition depending on the interests of the students and the specialties of the teacher.

ENER 501. Engineering Project Coordination and Management. 4 hours.
hypothesis, scheme, and tactics of the use of undertaking management including project planning, matrix management concept, and team meetings. path information : Prerequisite ( randomness ) : open only to Master of Energy Engineering students.
ENER 552. Design of Energy Efficient Buildings. 4 hours.
Emerging technologies in designing energy efficient buildings, including raw code issues. run information : Prerequisite ( randomness ) : assailable lone to Master of Energy Engineering students.
ENER 553. Sustainable Energy Engineering and Renewable Energy. 4 hours.
A scene of the energy industries future from the perspective of emerging and alternative technologies. Examples include fuel cells, distributed department of energy, micro-grids, hydrogen energy systems, and renewables. course data : Prerequisite ( sulfur ) : open only to Master of Energy Engineering students.
ENER 554. Nuclear Power Generation. 4 hours.
theoretical and practical aspects of nuclear power coevals, operations, reactor plan, ability gearing design, license, regulation, health, safety, care on newly and existing plants. course information : Prerequisite ( s ) : ENER 451 and ME 205 ; or consent of the teacher.
ENER 555. Energy Markets and Contracting. 4 hours.

Focuses on how energy markets work, how energy prices are determined, how fiscal markets operate through options and futures markets, and how consumers can use new technologies with appropriate sign terms to minimize energy costs. course information : Prerequisite ( mho ) : graduate stand ; or accept of the teacher.
ENER 594. Current Topics in Energy Engineering. 4 hours.
particular topics vary from term to term depending on the interests of the students and the specialties of the teacher.

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Category : Education

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