05050 ENGR ENMA Add Minor in Nanoscience and Technology

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$12043 CMNS MATH Modify the Bachelor of Science in Mathematics$

1. Student shows no understanding of/skills toward this major goal for the course. 2. Student shows little understanding of/skills toward this major goal for the course. 3. Student shows moderate understanding of/skills toward this major goal for the course. 4. Student demonstrates to have mastered this major goal for the course. For each course, the departmental coordinator will provide the individual scores on each outcome for participating students to the NS&T administrator, Kathleen Hart. An average will be calculated for each student on all outcomes for a given course and an overall course average for all students in each course. This process will allow for detailed quantitative tracking of the NS&T educational program, and will be used in making changes to the overall NS&T curriculum, fine-tuning the outcomes for individual courses and addition of new courses. The results for specific courses will also be used in providing feedback to instructors of particular courses. Resources: Existing Courses and Anticipated Courses We propose that participating departments will use existing courses as electives for the NS&T minor. At least initially, based upon an estimated total participation of 30-50 students, we expect there should be no additional resources or costs associated with participation. Participating departments have agreed to accept non majors into those courses which they designate as part of the NS&T minor; letters from department chairs are included with this proposal. To avoid oversubscription of popular courses, each departmental representative to the NS&T minor program will work with students from that department to develop a program of study, coordinated with the central administration for the minor, at the time that a student declares participation. Initially, the total number of students might be capped at a level consistent with the available seats in existing courses, with each department allotted a number of participants. Alternatively, if the program proves extremely popular and participating departments agree, the cap might be lifted and additional costs distributed among participating departments. A number of courses specifically on nanoscience/nanotechnology have already been developed at the undergraduate level at the University of Maryland, and are currently being offered. Following is a table of courses distributed among 6 departments which we propose to include in the NS&T minor: Course Department Instructor Approach ENMA489T Materials Science & Ray NanoCharacterization Nanocharacterization Engineering Phaneuf ENMA489M Diffraction Techniques CHEM425 Instrumental Methods Materials Science & Engineering Chemistry & Biochemistry Luz Nanocharacterization Martinez- Miranda Neil Blough NanoCharacterization
of Analysis BCHM464 Biochemistry Lab I XXXX499 Research Experience (if NS&T related) ENEE 416 Integrated Circuit Fabrication Lab ENMA465 Microprocessing ENCH 471 Particle Science And Technology ENME489F Micro- Electro-Mechanical Systems ENCH496/ENMA496 Polymer Processing and Engineering ENEE312 Semiconductor Devices and Analog Circuits Capstone Design (if NS&T related) ENCH490/ENMA495 Polymers, Biopolymers and their Applications in Nanoand Bio- technology BCHM461 Biochemistry I ENMA481 Electronic and Optical Materials Chemistry & Biochemistry Soheila Ebrahimian Participating Department Research Advisor Electrical and Computer Engineering Materials Science & Engineering Chemical & BiomolecularEngineering John Melngailis Gary Rubloff Sheryl Ehrman Mechanical Engineering Elisabeth. Smela Chemical & Biomolecular Engineering / Materials Science & Engineering Electrical and Computer Engineering Peter Kofinas/ Richard Calabrese Timothy Horiuchi Nanocharacterization Characterization/ Fabrication/Synthesis NanoApplication / Specialization NanoFabrication/Synthesis NanoFabrication/Synthesis NanoFabrication/Synthesis NanoApplication / Specialization NanoFabrication/Synthesis NanoApplication / Specialization NanoFabrication/Synthesis NanoApplication / Specialization NanoApplication / Specialization (To be credited only if taken as a prerequisite to ENEE416 or ENEE480) Major Department varies NanoApplication / Specialization Chemical & Peter NanoApplication/ Biomolecular Kofinas/ Specialization/ Engineering / Kyu Yong Fundamental Science Materials Science & Engineering Choi Chemistry & Biochemistry Materials Science & Engineering/Physics Soheila Ebrahimian Ichiro Takeuchi NanoApplication / Specialization Fundamental Science NanoApplication / Specialization Fundamental Science
Page 1 and 2: UNIVERSITY OF NLAPV'AND I OFFICE OF
Page 3 and 4: Proposal to Create an Interdiscipli
Page 5: Srini Raghavan, Chemical and Biomol
Page 9 and 10: This minor is designed to be access
Page 11 and 12: To further encourage breadth of stu
Page 13 and 14: “Electronic and Optical Materials
Page 15 and 16: which covers quantum chemistry and
Page 17 and 18: “Nanocharacterization” ENMA489T
Page 19 and 20: Those interested in material synthe
Page 21 and 22: and (prerequisites: ENEE 302 and EN
Page 23 and 24: CHEM482 Physical Chemistry II CHEM
Page 25 and 26: will give students training in the
Page 27 and 28: Romel Gomez Electrical & Computer S
Page 29 and 30: have learnt can be applied to under
Page 31 and 32: UNIVERSITY OF mvrm GLENN L. hL4RTIN
Page 33 and 34: To Whom Ir May (loncern: @ UNIVERSI
Page 35 and 36: Phaneuf, Ray From: Sent: To: Cc: Su
Page 37 and 38: -"l, MdtyIand Center for htegrated
Page 39: - COLLEGE UNIVERSITY OF OF CHEMICAL

05050 ENGR ENMA Add Minor in Nanoscience and Technology

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