The first Chemical Engineering curriculum at NMSU was announced in the Round-Up on April 8, 1922 to provide the West with “technically trained men in the manufacture of petroleum, clay, and metallurgical products, and in the cement, fertilizer, sugar, and oil-shale industries. Today, NMSU CHME grads continue to enter these industries.
The undergraduate curriculum in Chemical Engineering undergoes annual revision to reflect the needs of the profession relative to graduate preparation. These changes are driven by the continuous improvement plan established by the faculty in response to the desire to maintain program accreditation through ABET.
BSCHE requirements defined by the Undergraduate Catalog
Students are admitted to that degree program that appears in the catalog the academic year of their admission; however, students may elect to follow any of the degree programs that appear after the program to which they were admitted. Students may not elect a degree program that was published before their date of admission. A degree program that appears in an NMSU Undergraduate Catalog remains valid for seven years.
CHME Curriculum flow diagrams
- The primary BSCHE track provides a traditional rigorous program of study in chemical engineering fundamentals and applications. It provides some degree of flexibility, permitting students to select three technical electives.
- CHME curriculum Flow Diagrams going back a number of years are available on this site.
CHME education activities beyond the classroom
General Education Requirements
The General Education requirements of Areas I, II, and III are “built-in” to the BSCHE curriculum, and thus CHME students only need to worry about Areas IV (social and behavioral sciences) and V (humanities and fine arts). The Area IV and V courses MUST come from the lists found in the catalog. NOTE that you must take at least 6 credit hours from each list in reaching the required total of 15 credit hours from both lists.
Chemical Process Simulation
The BSCHE at NMSU puts emphasis on the science of process simulation. NMSU CHMEs first use process simulation in their material and energy balance classes. Upperclassmen spend three consecutive semesters in the simulation lab, learning to use simulation software in the Aspen Plus® family of products. NMSU CHME was a 2014 beta test site for the Aspen License Deployment Assistant® software.
Students are encouraged to join the AspenTech Community, a great resource for finding help. See the Common Syllabus Addendum for more details on how to be added to the Aspen Online Training community (a resource available to NMSU CHMEs).
For fall 2017, CHME added a minor of study in Computational Engineering to the catalog that builds on the BSCHE education around simulation science both using the process simulator and through writing code to solve complex numerical problems.
Minors of Study in CHME
Specialized minors are also available through CHME.