Chemical Engineering, (Extractive Metallurgy Emphasis), B.S. in Chem. E.

Description

Chemical engineers apply the basic principles of chemistry, physics, biology, mathematics and related engineering disciplines to the production of goods and materials for society. Chemical engineers are the technological leaders in fields from the production of computer chips, to the design of pharmaceuticals and artificial organs, to the development of clean and affordable energy systems such as fuel cells.

Contact Information

474 Laxalt Mineral Research Building
(775) 784-6771
Fax (775) 327-5059

All Freshmen, Sophomores and Incoming transfer students: College of Engineering Advisement Center, SFB 100   coenadvising@unr.edu  775-682-7721

Juniors and Seniors: Assigned Faculty Advisor http://www.unr.edu/engineering/student-resources/advising

Graduation Requirements

Progression Standards

This major includes requirements to monitor progress toward graduation in four years. Students must complete these progression requirements by the semester indicated to ensure that they are making minimal progress in their degree program. Students should meet with their academic advisor at least once per semester to monitor their academic progress.

Students must complete the first year progression requirement before enrolling in upper-division engineering coursework. Students may attempt critical courses up to three times. Withdrawals count as attempts. Students who exceed the repeat limit are not making good academic progress and will be placed on program probation.

I. University Core Curriculum Requirements (36-44 units)

NOTE: Refer to the Core Curriculum  chapter of this catalog for information regarding the “Core English and Math Completion Policy”.

II. Additional School Requirements (0 units)

III. Major Requirements (89-91 units)

• ENGR 100 - Introduction to Engineering Design (3 units)
• CHE 102 - Introduction to Chemical Engineering II (3 units)
• CHE 232 - Principles of Chemical Engineering (3 units) *
• CHE 245 - Computer Applications in Chemical Engineering (3 units)
• CHE 311 - Engineering Thermodynamics I (3 units)
• CHE 361 - Chemical Engineering Thermodynamics (2 units)
• CHE 374 - Transport Phenomena II (3 units)
• CHE 415 - Introduction to Particle Technology (3 units)
• CHE 440 - Chemical Reactor Design (3 units)
• CHE 441 - Unit Operations Lab I (1 unit)
• CHE 442 - Unit Operations Lab II (2 units)
• CHE 450 - Techniques of Process Design, Economics and Safety  (0 units) (Units counted in Core Curriculum Capstone section above.)
• CHE 451 - Process Control (4 units)
• CHE 482 - Design Project  (0 units) (Units counted in Core Curriculum Capstone section above.)
• CHE 485 - Separation Processes (3 units)
• CHEM 341 - Organic Chemistry for Scientists and Professionals I (3 units)
• CHEM 421 - Physical Chemistry I (3 units)
• CHEM 424 - Thermodynamics and Kinetics Laboratory (2 units)
• CEE 241 - Statics (3 units) OR
• ME 241 - Statics (3 units)
• ENGR 301 - Engineering Communication and Societal Integration (3 units)
• ENGR 360 - Introduction to Fluid Mechanics (3 units)
• ENGR 490 - Fundamentals of Engineering Exam (0 units)
• MATH 182 - Calculus II (4 units) *
• MATH 283 - Calculus III (4 units) *
• MATH 285 - Differential Equations (3 units) *
• MATH 352 - Probability and Statistics (3 units) OR
• STAT 352 - Probability and Statistics (3 units)
• MSE 322 - Mineral Processing I (3 units)
• MSE 324 - Mineral Processing Laboratory (1 unit)
• MSE 410 - Pyrometallurgy (3 units)
• MSE 431 - Hydrometallurgy (3 units)
• PHYS 180 - Physics for Scientists and Engineers I (3 units) *
• PHYS 180L - Physics for Scientists and Engineers Laboratory I (1 unit) *
• PHYS 181 - Physics for Scientists and Engineers II (3 units) *
• PHYS 181L - Physics for Scientists and Engineers Laboratory II (1 unit)

•  

• * Must complete these courses with at least a “C”.

IV. Minor Requirements (0 units)

V. Electives (0-3 units)

VI. Recommended Schedule