Nanoscience & Molecular Engineering Option
The Nanoscience and Molecular Engineering Option (NME) Option Program offers a discipline-tailored option in nanoscience and molecular engineering to a variety of majors in departments of the College of Engineering and the College of Arts and Sciences. It introduces students to nanoscale principles in molecular engineering, provides hands-on experience and stresses the interdisciplinary nature of this field.
If you are admitted by direct admission or early admission, you can declare the major after you complete NME 220 and 221; please complete a Change of Major form with the academic adviser. Students applying for upper admission should declare their desire to complete the option at time of application.
Students completing the NME option follow the same requirements as students in the regular MSE program. Instead of taking Materials Science & Engineering Technical Electives, students complete the following Nanoscience and Molecular Engineering coursework (20 credits):
In addition, the MSE senior project must be in a Nanoscience and Molecular Engineering research area. Students who complete the MSE NME requirements, will graduate with a Bachelor of Science in Materials Science and Engineering (Nanoscience & Molecular Engineering Option).
NME core (7 credits)
|Course #||Course Name||Credits|
|NME 220*||Introduction to Molecular and Nanoscale Principles||4|
|NME 221*||Nanoscience and Molecular Engineering Seminar I||1|
|NME 321**||Nanoscience and Molecular Engineering Seminar II||1|
|NME 421***||Nanoscience and Molecular Engineering Seminar III||1|
*NME 220 and 221 are taken concurrently in the spring of the sophomore year.
**NME 321 is taken in the spring of the junior year.
***NME 421 is taken in the spring of the senior year.
NME electives (13 credits)
PLEASE NOTE: Quarter offerings listed are from the UW Catalog and are subject to change (might not be offered, might be offered in a different quarter)
|Course #||Course Name||Credits|
|BIOEN 315||Biochemical Molecular Engineering (offered Sp)||3|
|BIOEN 423||Introduction to Synthetic Biology (offered A)||3|
|BIOEN 457||Advanced Molecular Bioengineering (offered A)||4|
|BIOEN 486||Tissue Engineering (offered A)||3|
|BIOEN/CHEM E 490||Engineering Materials for Biomedical Applications (offered A)||3|
|BIOEN/CHEM E 491||Controlled-Release Systems: Principles and Applications (offered W)||3|
|BIOEN 492/CHEM E 458||Surface Analysis (offered Sp)||3|
|EE 485||Introduction to Phototonics (offered W) (Aut offering in 2016)||4|
|ENGR 321||Internship Class (maximum of 4 credits allowed towards degree)||1-2|
|ME 410||Nanodevices: Design and Manufacture (Offered A)||3|
|ME 411||Biological Frameworks for Engineers (Offered A)||3|
|MSE 452||Functional Properties of Materials II (offered W)||3|
|MSE 462||Mechanical Behavior of Materials II (offered Sp)||3|
|MSE 471||Introduction to Polymer Science and Engineering (offered A)||3|
|MSE 473||Noncrystalline State (offered Sp)||3|
|MSE 475||Intro to Composite Materials (offered A)||3|
|MSE 476||Introduction to Optoelectronic Materials (Offered A)||3|
|MSE 481||Science and Technology of Nanostructures (offered W)||3|
|MSE 482||Biomaterials and Nanomaterials in Tissue Engineering||3|
|MSE 484/CHEM 484||Electronic and Optoelectronic Polymers (offered A and Sp)||3|
|MSE 486/ EE 486||Fundamentals of Integrated Circuit Technology (offered A and W)||3|
|MSE 498- selected ones||MSE Special Topics (SEM I and SEM II, others as announced by advisor)||3-4|
|MSE 502||Sol-Gel Processing (Offered A, Odd years)||3|
|MSE 560||Organic Electronic and Photonic Materials/Polymers (offered W)||3|
|NME 498||Selected NME Special Topics||3-4|