Minutes of the School of Engineering Faculty Meeting
Thursday, April 25, 2013
Wilbur Cross North Reading Room
Present: See attached attendance sheet.
The meeting was called to order at 11:08a.m., by Interim Dean Kazem Kazerounian. The minutes for the
March 14, 2013 meeting were approved.
Dean’s Report – Dean Kazem Kazerounian.
Dean Kazerounian introduced the 2013 PTR promotions as follows:
Promotions to Full Professor
Ramamurthy Ramprasad
Materials Science & Engineering
Guiling Wang
Civil & Environmental Engineering
Jun-Hong Cui
Computer Science & Engineering
Shengli Zhou
Electrical & Computer Engineering
Jiong Tang
Mechanical Engineering
Promotions to Associate Professor with Tenure
William Mustain
Chemical, & Biomolecular Engineering
Maria Chrysochoou
Civil & Environmental Engineering
Nicholas Lownes
Civil & Environmental Engineering
Yufeng Wu
Computer Science & Engineering
Ali Gokirmak
Electrical & Computer Engineering
Helena Silva
Electrical & Computer Engineering
Promotions to Associate Professor-in-Residence
Krystyna Gielo-Percza
Biomedical Engineering
Promotion to Associate Research Professor
Eric Jackson
Civil and Environmental Engineering
The Dean provided an update of the status of the “Faculty Cluster Hire”
- 11 faculty for Advanced Manufacturing and Materials
- 2 faculty for Sustainability: Energy and Environment
- 4 faculty for Security and Infrastucture
- 5 faculty for Biomedical Engineering and Genomics
With these hirings in place, the SOE faculty is expected to grow in size to 150 – 160
Upcoming Events – Dean Kazem Kazerounian.
April 29, 2013 - Announcement of “Connecticut Transport Safety Research Center (CTSRC)
May 3, 2013 – Senior Design Day,
May 3, 2013 - Academy of Distinguished Engineers Panel
May 4, 2013 – Ct Invention Convention
May 10, 2013 – Reception for Betty Shananan, President of SWE and
2013 Commencement Speaker
May 11, 2013 – Undergraduate (11 a.m.) and Graduate (1 p.m.) Commencements
Faculty & Staff Recognition - Senior Associate Dean Michael Accorsi
Associate Dean Accorsi introduced the 2012/2013 recipients of the following recognition awards:
Outstanding faculty Advisor Award:
Pamir Alpay Professor, MSE
Reda Ammar Professor, CSE
Wei Sun Associate Professor, ME
Shengli Zhou Professor, ECE
ECE Outstanding Faculty Mentoring Awards:
Jun-Hong Cui Associate Professor, CSE
Ranjan Srivastava Associate Professor, CBE
Employee Recognition for 10, 15, 20, and 25 years of employment:
Ross Bagtzoglou, Department Head & Professor, CEE (10yrs)
Tom Barber, Professor-in-Residence, ME (10yrs)
John Chandy, Associate Professor & Associate Head, ECE t (10yrs)
R. Brent Garber, Technical Assistant I, ECE Department (10yrs)
Swapna Gokhale, Associate Professor, CSE Department (10yrs)
Sharon McDermott, Program Coordinator, Undergraduate Education & Diversity (10yrs)
Kevin McLaughlin, Program Director, Undergraduate Education & Diversity (10yrs)
Laurent Michel, Associate Professor, CSE Department (10yrs)
Peter Menard, Design Technician III, C2E2 (10yrs)
Deb Mielczarek, Business Manager I, CSE (10yrs)
Sanguthevar Rajasekaran, UTC Professor & Director, BECAT (10yrs)
Michael Renfro, Associate Department Head & Associate Professor, ME (10yrs)
Ranjan Srivastava, Associate Professor, CMBE & Director, Biomolecular Engineering (10yrs)
Jiong Tang, Associate Professor, ME Department (10yrs)
Jacki Veronese, Administrative Coordinator, ME Department (10yrs)
Mei Wei, Professor, CMBE & Associate Dean for Research & Graduate Education (10yrs)
Kevin Murphy, Associate Professor, ME Department (15yrs)
Alexander Shvartsman, Professor, CSE Department (15yrs)
Bob Weiner, Computer Technical Support Consultant IV, ETS (15yrs)
Joy Erickson, Academic Assistant, ODE; LSAMP Coordinator (20yrs)
Susan Soucy, Administrative Coordinator, CMBE Department (20yrs)
Bi Zhang, Professor, ME Department (20yrs)
Steve Demurjian, Professor, CSE (25yrs)
Baki Cetegen, UTC Chair Professor & Department Head, ME Department (25yrs)
Norman Garrick, Associate Professor, CEE Department (25yrs)
Robert McCartney, Associate Professor, CSE Department (25yrs)
Stephanie Merrall , Program Coordinator, CTI (25yrs)
Marty Wood, Assistant Dean, Undergraduate Education & Diversity (25yrs)
Undergraduate Affairs – Associate Dean Dan Burkey
Associate Dean Burkey presented the recommendations of Courses and Curriculum Committee
(Appendix A).
Associate Dean Burkey made the following motion to award degrees:
That the faculty recommend to the Board of Trustees that they grant the degree of Bachelor
of Science in Engineering to the following students who have majored in Biomedical
Engineering, Chemical Engineering, Civil Engineering, Computer Engineering, Computer
Science & Engineering, Electrical Engineering, Engineering Physics, Environmental Engineering,
Materials Science & Engineering or Mechanical Engineering and that they grant the degree of
Bachelor of Science to the following students who have majored in Computer Science or
Management & Engineering for Manufacturing, effective May 11, 2013 and August 2013,
providing that a committee consisting of the Associate Dean, Director of Advising and Degree
Auditor be authorized to withhold any degree for which the requirements have not been met
on Commencement Day or to add the name of any person to the list who has met the
requirement for a degree on Commencement Day. (Appendix B for list of students)
The motion passed without objection
Associate Dean Burkey presented updates on admission trends for the period 2010-2013 and indicated
an increase of over 20% for 2013 freshman admission over the previous year.
Open Forum – Donna Thibault
Topics presented and discussed at the Open Forum include:
a) Online advising ( lead, Brian Schwarz)
b) Science of Acupuncture (lead, Bi Zhang)
c) Permanent TA lines
Special Presentation : Faculty Research – Peter Luh, ECE
Prof. Peter Luh gave a presentation on the research work being conducted by his group on “Smart
Building and Smart Grid”.
The meeting was adjourned at 12:19p.m.
Respectfully submitted,
Eric Donkor
Secretary to the Faculty
APPENDIX A
Recommendations of SoE Courses & Curriculum Committee
SOE C&C Committee Meeting – April 17, 2013
A. Introductions
B. Old Business
a. ECE - new course in Nanophotonics
b. ECE – removed Non- ECE Professional Requirements
c. ECE – removed cross-listing with BME 3101
C. New Business
a. CBE – New Capstone Design sequence
b. CSE – new course - Introduction to Modern Cryptography
c. ECE – change pre-requisites to ECE 4242 and Senior Design to align with new junior
year curriculum
ECE – Require to be in School of Engineering to take any ECE 3000 or above classes
d. MSE – Updated Nanomaterials minor
MSE – Updated Biomaterials, nanomaterials, and metallurgy concentrations
B. Old Business:
ECE Curricula and Courses Committee
The following changes were approved by the ECE Curricula and Courses Committee on
March 22, 2012 and ECE Faculty on April 5, 2012
1. New nanophotonics courses
4223 Nanophotonics
Three credits. One 3-hour lecture. Prerequisite: ECE3223.
Principles and applications of nanophotonics with focus on optical metamaterials, plasmonics,
and photonic bandgap crystals. Topics covered include electric plasma, magnetic plasma,
optical magnetism, negative index metamaterials, localized and non-localized surface plasmon
polaritons, photonic bandgap structures, superlens, optical cloaking.
5223 Nanophotonics
Three credits. One 3-hour lecture. Recommended preparation: ECE3223.
This course and ECE4223 may not both be taken for credit.
Fundamental principles and applications of nanophotonics with focus on optical metamaterials,
plasmonics, and photonic bandgap crystals. Topics covered include electric plasma, magnetic
plasma, optical magnetism, negative index metamaterials, localized and non-localized surface
plasmon polaritons, photonic bandgap structures, superlens, optical cloaking, surface enhanced
Raman spectroscopy, transformation optics, plasmonic sensors, plasmonic waveguides.
2. Remove the non-ECE PR requirement. Thus, students will be required to take 4 PRs, of which at
least two must be ECE courses.
3. Change to ECE6122
ECE6122 (3 credits) Digital signal Processing
This course and ECE4131 may not both be taken for credit.
Discrete-time signals and systems. the z-transform. The Discrete Fourier Transform (DFT).
Convolution and sectioned convolution of sequences. IIR and FIR digital filter design and
realization. Computation of the DFT: the Fast Fourier Transform (FFT), algorithms. Decimation
and interpolation. Parametric and nonparametric spectral estimation. Adaptive filtering. finite
word length effects. Components: Lecture
4. Remove the cross-listing of ECE3301 with BME3101 (Intro to Biomedical Engineering) and
eventually remove ECE3301 completely from the catalog.
To: The C & C Committee, ECE Department
From: Eric Donkor
Re: Request for Catalog number for a new undergraduate course.
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Current Course Number: ECE 4095
Course Title: Nanophotonics
Instructor: Eric Donkor,
Previous semester offering: Spring 2012
Required Text:
1) Optical Metamaterials: Fundamentals and Applications
Wenshan Cai, Vladimir Shalaev, Springer
2)
Plasmonics: Fundamentals and Applications
Stefan A. Maier, Springer
Others:
1) Instructor lecture notes
2) Reference text: Photonic Crystals
John D. Jaonnopoulis, Robert D. Meade, Joshua N. Winn, Princeton Univ. Press
Background:
The new nanophotonics course (currently assigned course number ECE 4095) is designed for senior
level undergraduates the purpose of which is to expose students to the field of nanophotonics. The
course may be positioned in the ECE undergraduate course sequence as a follow-up to ECE 3223 Optical Engineering - and may serve as an Elective and/or “Professional Requirement” for a student
“Plan of Study”. Its initial offering is for the current Spring 2012 semester, and has eight
undergraduate students enrolled.
Catalog Description and Course Syllabus.
Catalog course number: To be assigned
Catalog course title:
Nanophotonics
Semester Offering: Spring semester
Number of Credits: 3
Contact hours:
One 3-hrs lecture per week
Prerequisite:
ECE 3223, or consent of instructor
Catalog Description: Principles and applications of nanophotonics with focus on optical
metamaterials, plasmonics, and photonic bandgap crystals. Topics covered include electric plasma,
magnetic plasma, optical magnetism, negative index matematerials, localized and non-localized surface
plasmon polaritons, photonic bandgap structures, superlens, optical cloaking.
Syllabus:
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Optical properties of metal-dielectric mixtures
Electric metamaterials
Magnetic metamaterials
Negative index metamaterials
Surface plasmon at metal-dielectric interface
Excitation of surface plasmons polaritons at planar interfaces
Localized surface plasmons
1D, 2D and 3D photonic crystals
Super resolution with meta-lenses
Surface plasmon sensors
Surface enhanced Raman spectroscopy
To: The C & C Committee, ECE Department
From: Eric Donkor
Re: Request for catalog number for a new graduate course.
- - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Current Course Number: ECE 6095
Course Title: Nanophotonics
Instructor: Eric Donkor,
Previous semester offering: Spring 2012
Required Text:
3) Optical Metamaterials: Fundamentals and Applications
Wenshan Cai, Vladimir Shalaev, Springer
4)
Plasmonics: Fundamentals and Applications
Stefan A. Maier, Springer
5) Photonic Crystals
John D. Jaonnopoulis, Robert D. Meade, Joshua N. Winn, Princeton Univ. Press
Catalog Description and Course Syllabus.
Catalog course number: To be assigned
Catalog course title:
Nanophotonics
Semester Offering: Spring semester
Number of Credits: 3
Contact hours:
One 3-hrs lecture per week
Prerequisite:
ECE 3223, or consent of instructor
Course Description
Fundamental principles and applications of nanophotonics with focus on optical metamaterials,
plasmonics, and photonic bandgap crystals. Topics covered include electric plasma, magnetic
plasma, optical magnetism, negative index matematerials, localized and non-localized surface
plasmon polaritons, photonic bandgap structures, superlens, optical cloaking, surface enhanced
Raman spectroscopy, transformation optics, plasmonic sensors, plasmonic waveguides.
Syllabus:












Optical properties of metal-dielectric mixtures
Electric metamaterials
Magnetic metamaterials
Negative index metamaterials
Surface plasmon at metal-dielectric interface
Excitation of surface plasmons polaritons at planar interfaces
Localized surface plasmons
1D, 2D and 3D photonic crystals
Super resolution with meta-lenses
Transformation optics and optical cloaking
Surface plasmon sensors
Surface enhanced Raman spectroscopy
New Business:
a. CBE – New Capstone Design Sequence
Chemical & Biomolecular Engineering:
Existing Senior Design Sequence:
4140. Unit Operations and Introduction to Design
Two credits. Prerequisite: CHEG 3112, 3123, 3124, and 3151. Corequisite: CHEG 4142.
Theoretical treatment and design of large-scale chemical engineering unit operations. Chemical
engineering process synthesis and design; comparison of alternative processing steps; instrumentation;
cost estimation; economic analysis; process optimization; emphasis on conceptual design in application
of chemical engineering principles; design of process equipment, computer-aided design of equipment
and flow sheets; design and analysis of complete process plants.
4142. Process Simulation Laboratory
Two credits. Corequisite: CHEG 4140.
Computer-based simulation of chemical engineering processes and integration of multiple processes
into a holistic plant design using modern chemical engineering process design tools.
4143. Process Design and Economics
(243) Three credits. Prerequisite: CHEG 4140 and 4142.
Continuation of CHEG 4142. Students will continue work on chemical process and simulation projects
assigned during the fall semester. Spring semester will focus on group work, written and oral
communication, and presentation of the final project, which analyzes a chemical process from a
technical, economic, safety, and environmental perspective.
Proposed Revised Design Sequence:
4140. Chemical Engineering Capstone Design 1
One credit. Prerequisite: CHEG 3112, 3123, 3124, and 3151. Corequisite: CHEG 4142.
Theoretical treatment and design chemical engineering processes and/or products. Comparison of
alternative processing steps; instrumentation; cost estimation; economic analysis; process optimization;
Safety and environmental concerns in design; ethical considerations in chemical engineering design;
emphasis on conceptual design in application of chemical engineering principles.
4142. Unit Operations and Process Simulation
Three credits. Corequisite: CHEG 4140.
Design and analysis of chemical engineering unit operations and process equipment, computer-aided
design of equipment and flow sheets; design and analysis of complete process plants. Computer-based
simulation of chemical engineering processes and integration of multiple processes into a holistic plant
design using modern chemical engineering process design tools.
4143. Chemical Engineering Capstone Design 2
Three credits. Prerequisite: CHEG 4140 and 4142.
Continuation of CHEG 4140. Students will continue work on chemical process and simulation projects
assigned during the fall semester. Spring semester will focus on group work, written and oral
communication, and presentation of the final project, which analyzes a chemical process from a
technical, economic, safety, and environmental perspective.
CSE department: new course (for SOE C&C, April 17, 2013)
The CSE department proposes a new undergraduate course, Introduction to Modern Cryptography. We
have not had this course at the undergraduate level, but it should fit well with CSE 4707, Computer
Security.
Catalog copy:
CSE 4702. Introduction to Modern Cryptography
Three credits. Prerequisites: CSE 3500 and CSE 3502.
An introduction to the fundamentals of modern cryptography focusing on development of secure
cryptographic tools based on hard computational problems. Topics include one-way functions,
pseudorandom generators, encryption, digital signatures, and protocols.
Rationale:
There is a good deal of interest in cryptography and security by the CSE undergraduates. Additionally,
this would act as another professional requirement course for CSE students.
We currently have two graduate courses in the area, CSE 5852 (Modern Cryptography: Foundations) and
CSE 5854 (Modern Cryptography: Primitives and Protocols); this course most closely resembles CSE
5852, taught at a level appropriate for advanced undergraduates.
ECE Curricula and Courses Committee
The following changes were approved by the ECE Curricula and Courses Committee on
April 5, 2013
5. Change prereqs for ECE4242
4242. Micro/Opto-electronic Devices and Circuits Fabrication Laboratory
(268) Three credits. One class period, and one 4-hour laboratory period. Prerequisite: ECE 3221,
4211 or 4225.
Semiconductor wafer preparation and characterization including: determination of carrier
concentration, mobility, and lifetime; oxidation, diffusion, metallization, mask layouts, and
photolithographic techniques as employed in the realization of discrete devices (e.g., bipolar and
MOS transistors, solar cells) and integrated circuits; design of basic IC components such as
transistors, resistors, and capacitors; monolithic fabrication of simple digital/analog circuits. Design
project. Written and oral presentations of laboratory results. A fee of $75 is charged for this course.
6. Add ECE3101 and ECE3201 as prereqs for Senior Design
4901. Electrical and Computer Engineering Design I
(290) (Also offered as CSE 4950.) Two credits. Prerequisite: ECE3101, ECE3201, and Senior standing.
Discussion of the design process; project statement, specification, project planning, scheduling and
division of responsibility, ethics in engineering design, safety, environmental considerations,
economic constraints, liability, manufacturing, and marketing. Projects are carried out using a teambased approach. Selection and analysis of a design project to be undertaken in CSE 4951/ECE 4902 is
carried out. Written progress reports, a proposal, an interim project report, a final report, and oral
presentations are required.
7. Require to be in School of Engineering to take any ECE 3000 or above classes
Materials Science & Engineering
Nanomaterials Minors (Catalog)
This minor offers the fundamentals and understanding in nanoscale materials physics and chemistry,
synthesis and characterization techniques, nanodevices fabrication, testing and applications, which are
derived from the latest progress and documentation in the nanoscience and nanotechnology. It requires
the completion of 15 credits including the following:
•
Application for the MSE Minor two semesters before graduation
•
An approved Plan of Study one semester before graduation
•
MSE 2001 (or 2101) and 2002 (or 2102)
•
9 credits selected from Group II courses containing MSE 4001, 4240, 4241, and 4095 (if related
to nanomaterials)
Note: Group II courses cannot be simultaneously used towards the Materials Science & Engineering
Minor and the Nanomaterials Minor.
Nanomaterials Minor (proposed)
This minor exposes non-Materials Science and Engineering students to the fundamentals and
applications of nanoscale materials. This includes synthesis and characterization techniques, nanodevice fabrication methods, testing and applications, and underlying MS&E, physics and chemistry
principles. Content in this fast developing area is frequently based on recent progress and reports
documentation in the nanoscience and nanotechnology disciplines, and is extensively interdisciplinary.
The minor requires the completion of 15 credits including as follows:
Application for the MSE Minor two semesters before graduation.
An approved Plan of Study one semester before graduation.
MSE 2001 (or 2101)and2002 (or 2102)
9 credits selected from Group II courses containing: MSE 4001,4240,4241, Eng 3195, and/or 4095, (if
significantly nano-related, subject to approval by Minor advisor)
Note: Group II courses cannot simultaneously be used towards multiple minors, e.g. the Materials
Science & Engineering Minor and the Nanomaterials Minor.
Justifications:
The nanomaterials minor has been updated to incorporate newly developed courses that are
applicable, and to remove those that are infrequently or no longer taught. Additional flexibility in course
selection is also offered to accommodate complicated student scheduling challenges (e.g. Eurotech or
transfer students). Finally, the overall description has generally been improved.
Biomaterials Concentration (Catalog)
The four-course sequence, MCB 2000, CHEM 2443, BME 3700, and BME 4701, constitutes the
Biomaterials concentration. These MSE professional and technical elective courses are
appropriate for undergraduate students in their Junior and Senior years. The courses will
review different biomaterials including, metals, ceramics, polymers, composites and natural
materials, focusing on materials for hard tissue replacement, tissue engineering scaffolds,
materials for drug delivery applications and other emerging fields.
Biomaterials Concentration
MCB 2000
CHEM 2443
BME 3700
BME 4701
Biomaterials Concentration (proposed)
The biomaterials concentration is a four-course (minimum 12 credits) series based on a range of
electives that emphasize on biology, biomaterials and tissue engineering. Each student must take at
least one of three electives: “Biomaterials” (MSE 3700), “Advanced Biomaterials” (BME 4701), or
“Introduction to Tissue Engineering” (BME 4710). These courses introduce a variety of topics, including:
a series of biomaterials, such as metallic, ceramic, polymeric, composite and natural biomaterials; the
application of biomaterials, such as drug delivery, orthopedic implants etc.; the role of biomaterials in
tissue engineering; interactions between biomaterials, especially scaffolds, and cells; tissue engineering
scaffold fabrication and stem cells.
Reflecting the interdisciplinary nature of biomaterials study, the remaining 9 credits may be
selected from a series of courses drawn from different departments, including “BIOL 1107:
Principles of Biology”, “MCB 2210: Cell Biology”, “CHEM 2443: Organic Chemistry” and
“BME 4xxx: Advanced Tissue Engineering”. These courses will review the fundamentals in
biology, cell biology and organic chemistry, and they will also provide the recent development
in the field of biomaterials and tissue engineering. Biomaterials-advisor-approved research in
faculty labs directly related to biomaterials study may be taken up to 3 of the 9 elective credits
as well (MSE 4095) .
All courses may be taken in any order.
At least one of the following:
MSE 3700: Biomaterials
BME 4701: Advanced Biomaterials
BME 4710: Introduction to Tissue Engineering, 3 credits
The rest of the courses can be selected from any above or the following:
BIOL 1107: Principles of Biology
MCB 2210: Cell Biology
CHEM 2443: Organic Chemistry
BME Sp-14: Special Topics UG/G course: Regenerative Medicine and Engineering
MSE 4095: Significantly biomaterials-related research in faculty labs (3 credits total, may be split across
multiple terms, must be approved by biomaterials faculty advisor).
New courses developed by various UConn departments involving significant biomaterials content, with
approval of the bioomaterials advisor.
Reasons for change:
Provide more flexibility to students and reflect the true interdisciplinary nature of the biomaterial study.
BIOL 1107, 1108. Principles of Biology
(107, 108) May be taken in either order. Four credits. Three class periods and one 3-hour
laboratory period. Students may not receive more than 12 credits for courses in biology at the
1000's level. A course in high school level chemistry or concurrent enrollment in CHEM 1127
are recommended for students enrolling in 1107.
Designed to provide a foundation for more advanced courses in Biology and related sciences.
Topics covered include molecular and cell biology, animal anatomy and physiology (BIOL
1107); ecology, evolution, genetics, and plant biology (BIOL 1108). Laboratory exercises in
BIOL 1107 include dissection of preserved animals. A fee of $10 is charged for this course. CA
3-LAB.
MCB 2210. Cell Biology
(210) Three credits. Prerequisite: BIOL 1107. This course is intended to be taken before MCB
2000 or 3010.
Structural organization of cells and the molecular basis of dynamic cellular processes, with
emphasis on eukaryotic cells. Topics include protein targeting, vesicle trafficking, cytoskeleton,
cell-cell interactions in tissues, and the molecular basis of related human diseases.
CHEM 2443. Organic Chemistry
(243) Three credits. (Two credits for students who have passed CHEM 2241.) Prerequisite:
CHEM 1128Q or 1138Q or 1148Q or 1126. CHEM 1126Q may be taken concurrently.
Structure and reactions of the simpler classes of the compounds of carbon.
MSE 3700. Biomaterials
Introduction to a series of implant materials, including metals, ceramics, glass ceramics, polymers, and
composites, including comparison with natural materials. Issues related to mechanical properties,
biocompatibility, degradation of materials by biological systems, and biological response to artificial
materials will be addressed. Particular attention will be given to the materials for the total hip
prosthesis, dental restoration, and implantable medical devices.
MSE 4701. Advanced Biomaterials
In-depth coverage of a series of biomaterials for various applications. Topics include calcium
phosphates and composites for hard tissue replacement, drug delivery systems, tissue
engineering and issues unique to the biomedical field.
BME 4710 Introduction to Tissue Engineering, 3 credits
(274) Three credits. Prerequisite: BME 3700; open only to Biomedical Engineering majors,
others by instructor consent.
Presents basic principles of biological, medical, and material science as applied to implantable
medical devices, drug delivery systems and artificial organs.
Sp-14: Special Topics UG/G course: Regenerative Medicine and Engineering
prerequisite: BME 4710/5700
Nanomaterials Concentration (Catalog)
The nanomaterials concentration is a four-course sequence including two required ‘nanomaterials’
courses and two elective nanotechnology-related courses which are mainly open to junior and senior
undergraduate students, with a minimum total of 12 credits to be elected. The two ‘nanomaterials’
courses, “Nanomaterials Synthesis and Design” (MSE 4240) and “Nanomaterials Characterization and
Applications” (MSE 4241), will review the nanoscale materials fundamentals, synthesis and
characterization techniques, nanodevices fabrication, testing and applications, which are derived from
the latest progress and documentation in the nanoscience and nanotechnology. The two elective
courses can be chosen from a pool reflecting the interdisciplinary nature of this topical area, which
includes Physics 3401 (Introductory Quantum Mechanics), Chemistry 3563 (Physical Chemistry I),
Engineering 4243 (Nanoscience and Nanotechnology I), etc. These elective courses offered from other
disciplinary departments will review the fundamentals in nanoscale materials physics and chemistry as
well as the fundamentals in nanomaterials-based device engineering.
Nanomaterials Concentration(proposed)
The nanomaterials concentration is a four-course (minimum 12 credit)series based on a range of
electives that emphasize nanomaterials and nanotechnology. Each student must take at least one of
three electives taught by MS&E faculty: “Nanomaterials Synthesis and Design” (MSE 4240),
“Nanomaterials Characterization and Applications” (MSE 4241), or “Nanoscience and Society” (ENGR
3195). These coursesintroduce a variety of topics, including: nanoscale materials fundamentals;synthesis
and characterization techniques;nanodevice fabrication, testing and applications; and the positive and
negative potential impacts of nanotechnology on society. Course content draws extensivelyfrom recent
publications and reports in nanoscience and nanotechnology, addressing issues in semiconductors,
nano/micro-mechanical systems, catalysis and filtration, bio-interfaces, coatings, etc.
Reflecting the interdisciplinary nature of nanotechnology, the remaining 9 credits may be selected from
the 3 MS&E nano-courses described above, and/or from additional elective courses in physics,
chemistry, electrical engineering, general engineering, and otherprograms. These elective courses will
review the fundamentals in nanoscale materials physics and chemistry, and/or the fundamentals in
nanomaterials-based device engineering. Nanomaterials-advisor-approved research in faculty labs
directly related to nanotechnology may be taken for up to 3 of the 9 elective credits as well (MSE 4095).
All courses may be taken in any order.
In summary, students must take 12 credits based on:
At least one of the following:
MSE 4240: Nanomaterials Synthesis and Design.
MSE 4241: Nanomaterials Characterization and Applications.
Engineering 3195: Nanoscience and Society.
And any combination of the above and/or the following:
Engineering 4243: Nanoscience and Nanotechnology I-electronic devices.
Engineering 4244: Nanoscience and Nanotechnology II-fabrication lab.
Physics 2300: Development of Quantum physics.
Physics 3401: Quantum Mechanics I.
Physics 3402: Quantum Mechanics II.
Chemistry 3563: Physical Chemistry I.
Chemistry 3564: Physical Chemistry II.
MSE 4095: Significantly nano-related research in faculty labs (3 credits total, may be split across
multiple terms, must be approved by nanomaterials faculty advisor).
New courses developed by various UConn departments involving significant nanomaterials
content, with approval of the Nanomaterials advisor.
Justifications:
The nanomaterials concentration has been updated to incorporate newly developed courses that are
applicable, and to remove those that are infrequently or no longer taught. Additional flexibility in course
selection is also offered to accommodate complicated student scheduling challenges (e.g. Eurotech or
transfer students). Finally, the overall description has generally been improved.
Metallurgy Concentration (Catalog)
The metallurgy concentration allows an MSE major the opportunity to select four courses from MSE
3020, ME 3228, MSE 4021, MSE 4038, MSE 3032, and MSE 4034. The four courses selected will provide
in depth knowledge and understanding of manufacturing, materials selection, and design processes for
contemporary and advanced alloy systems. Emphasis is placed on the application of the fundamental
principles that relate processing, structure, properties, and performance of metallic materials.
Issues: Difficulties have arisen because some of the six electives listed are not offered frequently, and
because some main classes of alloys are not covered in the curriculum. To address this problem two new
electives are proposed: one on ferrous alloys and the other on non-ferrous alloys. These new classes will
be open to both juniors and seniors, and will be offered in alternate years in the first instance.
Metallurgy Concentration (proposed)
The metallurgy concentration allows an MSE major the opportunity to select four courses from MSE
3020, MSE 3032, MSE 3034, MSE 3036, MSE 4021, MSE 4034, MSE 4038 and ME 3228. The four courses
selected will provide in depth knowledge and understanding of manufacturing, materials selection, and
design processes for contemporary and advanced alloy systems. Emphasis is placed on the application of
the fundamental principles that relate processing, structure, properties, and performance of metallic
materials.
MSE 3034 - Ferrous Alloys - Three credits.
Prerequisites: MSE3001 and 3003 (both of which may be taken concurrently)
Application of materials science and engineering principles to extraction, refining, processing, phase
transformations, heat treatment, properties and applications of iron-based alloys. Alloys covered include:
plain-carbon steels, alloy steels (micro-alloyed, high-speed, stainless) and cast irons.
MSE 3036 - Non-Ferrous Alloys - Three credits.
Prerequisites: MSE3001 and 3003 (both of which may be taken concurrently)
Application of materials science and engineering principles to extraction, refining, processing, phase
transformations, heat treatment, properties and applications of non-ferrous alloys. Materials covered
include alloys of: aluminum, copper, magnesium, nickel, titanium, zinc and refractory metals.
Minor Changes: A change is proposed in the pre-requisites (MSE 3002 and MSE3003) for MSE 4038. In
the revised version, these classes may be taken concurrently with MSE4038.
Current:
4038 - Alloy Casting Processes
(238) Three credits. Prerequisite: MSE 3002 and 3003.
Principles of alloy solidification are discussed and applied in the context of sand, investment, and die
casting; continuous and direct chill casting; electroslag and vacuum arc remelting, crystal growth, rapid
solidification, and laser coating.
Proposed:
4038 - Alloy Casting Processes
(238) Three credits. Prerequisites: MSE 3002 and 3003 (both of which may be taken concurrently).
Principles of alloy solidification are discussed and applied in the context of sand, investment, and die
casting; continuous and direct chill casting; electroslag and vacuum arc remelting, crystal growth, rapid
solidification, and laser coating.
APPENDIX B
Candidates for the Degree of B.S. Engineering May 2013
Adams,Jacob Ryan
BIOMED_BSE
Bachant,Thomas Patrick
BIOMED_BSE
Baril,Jacob Charles
BIOMED_BSE
Betageri,Omkar
BIOMED_BSE
Burke,John Francis
BIOMED_BSE
Calavan,Brandon Lee
BIOMED_BSE
Calistri,Nicholas L.
BIOMED_BSE
Caporale,Linda Jeanne
BIOMED_BSE
Carney,Andrew Ryan
BIOMED_BSE
Coleman,Brian Christopher
BIOMED_BSE
Conklin,Matthew Robert
BIOMED_BSE
Connolly,David E
BIOMED_BSE
Decker,Joseph Peter
BIOMED_BSE
DePoi,Brittany
BIOMED_BSE
Desai,Shreena Jatin
BIOMED_BSE
Dobler,Kathryn Marie
BIOMED_BSE
Etter,Jennifer Nicole
BIOMED_BSE
Gajdosik,Matthew David
BIOMED_BSE
Gale,Alex Roland
BIOMED_BSE
Garofalo,Andrew Jean
BIOMED_BSE
Giara,Jeffrey Robert
BIOMED_BSE
Gibney,Christian William
BIOMED_BSE
Gray,Alex
BIOMED_BSE
Groff,Ana
BIOMED_BSE
Guadalupe,Eross Sogo-An
BIOMED_BSE
Holyoak,Derek Timothy
BIOMED_BSE
Iftikhar,Aimon
BIOMED_BSE
Jackson,Caroline Emily
BIOMED_BSE
Jannetty,Nicholas
BIOMED_BSE
Jones,Mark
BIOMED_BSE
Kapinos,Steven Michael
BIOMED_BSE
King,Adrienne Lyn
BIOMED_BSE
Knoff,David Storms
BIOMED_BSE
Lewis,Brian Patrick
BIOMED_BSE
Mallek,Christine Denise
BIOMED_BSE
Mandragouras,Andrea
BIOMED_BSE
Matieda,Viraj Narendrasinh
BIOMED_BSE
McDermott,Casey Charles
BIOMED_BSE
Miller,Stephen Thomas
BIOMED_BSE
Mody,Nihit Hemant
BIOMED_BSE
Morra,Matthew Lee
BIOMED_BSE
Nanakos,Yvonne Christina
BIOMED_BSE
Napoli,Danielle Nicole
BIOMED_BSE
Napolitano,Michael Gary
BIOMED_BSE
Osborn,Brian Patrick
BIOMED_BSE
Pineo,Sebastian W.
BIOMED_BSE
Reichert,Ashley Elizabeth
BIOMED_BSE
Rinker,Dylan Patrick
BIOMED_BSE
Roberge,Jeffrey Raymond
BIOMED_BSE
Roberts,Benjamin Deckert
BIOMED_BSE
Sands,Eric Benjamin
BIOMED_BSE
Schuller,Jordy
BIOMED_BSE
Smith,Alyssa Jane
BIOMED_BSE
Stratton,Kelly
BIOMED_BSE
Tansey,Alex Harris
BIOMED_BSE
Thibeault,Christopher John
BIOMED_BSE
Vallieres,James Ryan
BIOMED_BSE
Vessicchio,Anthony Raymond
BIOMED_BSE
Wakefield,Christine Theresa
BIOMED_BSE
Wallis,Ian Edward
BIOMED_BSE
Ward,Kyle Matthew
BIOMED_BSE
Wennberg,Maren Anne Cooley
BIOMED_BSE
Werne,Alexander Lee
BIOMED_BSE
Wolanski,Joseph Andrew
BIOMED_BSE
Xie,Andy Kingsley
BIOMED_BSE
Fernandez,Victoria Eugenia
BIOMED_BSE
Razzaq,Umar
BIOMED_BSE
Shahabuddin,Maysarah
BIOMED_BSE
Zlatev,Vesselin
BIOMED_BSE
Barna,Jeffrey Peter
CHEMEG_BSE
Bauer,Timothy Carl
CHEMEG_BSE
Bernard,Joshua R.
CHEMEG_BSE
Boch,Kelsey Nicole
CHEMEG_BSE
Butera,Patrick Tensen
CHEMEG_BSE
Card,Amanda Elizabeth
CHEMEG_BSE
Chin,Danica Kenae
CHEMEG_BSE
Ciezynski,Brian Thomas
CHEMEG_BSE
Cuppernull,Patrick Joseph
CHEMEG_BSE
Dailey,John Franklin
DeLucia Jr.,Salvatore Nicholas
Angelo
CHEMEG_BSE
Dizon,Anthony Marco
CHEMEG_BSE
Dout,Kimberly Marissa
CHEMEG_BSE
CHEMEG_BSE
Dwyer,Leia Mary
CHEMEG_BSE
Dy,Auttdomm Joshua
CHEMEG_BSE
Giovannoli,Laurelle Margot
CHEMEG_BSE
Hawxhurst,Christopher James
CHEMEG_BSE
Hope,Kyle David
CHEMEG_BSE
Huang,Jonathan Yuen-Chia
CHEMEG_BSE
Hunter,Derek James
CHEMEG_BSE
Icart,Michael Christopher
CHEMEG_BSE
Intoci,Nicholas James
CHEMEG_BSE
Jetmar,Justin Kyle
CHEMEG_BSE
Kek,Michael Elias
CHEMEG_BSE
Kelly,Thomas Claybrook
CHEMEG_BSE
Kelting,Ryan Erickson
CHEMEG_BSE
Koban,Matthew Weiss
CHEMEG_BSE
Labonte,Alec Brian
CHEMEG_BSE
Lemkin,Joshua Robert
CHEMEG_BSE
Lincoln,Stephen Todd
CHEMEG_BSE
Lutz,Bryan Patrick
CHEMEG_BSE
Malaspina,Alexandra Susan
CHEMEG_BSE
Masotta,Amanda Marie
CHEMEG_BSE
McGillivray,Colleen Elizabeth
CHEMEG_BSE
Moen,James Edward
CHEMEG_BSE
Morse,Nicholas Joseph
CHEMEG_BSE
Muratori,Breanne Suzanne
CHEMEG_BSE
Nolan,Zachary Thomas
CHEMEG_BSE
Nykyforchyn,Christine Sarah
CHEMEG_BSE
Pacileo,Christopher Joseph
CHEMEG_BSE
Simmons,Taylor Irene
CHEMEG_BSE
Snopkowski,Jamie Lynn
CHEMEG_BSE
Stevens,Robert Joseph
CHEMEG_BSE
Tremblay,Kyle Paul
CHEMEG_BSE
Trinh,Uyen Boi
CHEMEG_BSE
Tutunjian,Michael Armen
CHEMEG_BSE
Unger,Cody Thomas
CHEMEG_BSE
Lapierre,Marc Joseph
CHEMEG_BSE
Abo,Eric
CIVLEG_BSE
Basar,Raymond Inanc
CIVLEG_BSE
Baskys,Darius Romas
CIVLEG_BSE
Baxter,Lauren Ashley
CIVLEG_BSE
Berlinski,Daniel Damase
CIVLEG_BSE
Blanc,Bryan Philip
CIVLEG_BSE
Burlhis,Michael Scott
CIVLEG_BSE
Capuno,Michael John
CIVLEG_BSE
Carvalho,Mitchell Santos
CIVLEG_BSE
Chateauvert,Lindsay Mari
CIVLEG_BSE
Corbo,John Michael
CIVLEG_BSE
Cote,Timothy Patrick
CIVLEG_BSE
Curry,Thomas Howard
CIVLEG_BSE
Duluc,Javier Adolfo
CIVLEG_BSE
Ellis,Jason Huang
CIVLEG_BSE
Flannery,Christopher Ryan
CIVLEG_BSE
Gangi,Michael Joseph
CIVLEG_BSE
Gladding,Taylor Rae
CIVLEG_BSE
Henion,Jason Edwin
CIVLEG_BSE
Hobert,Christopher Charles
CIVLEG_BSE
Kang,Jonathan Wonmo
CIVLEG_BSE
Kanyo,Zoltan Miklos
CIVLEG_BSE
Karica,Andi
CIVLEG_BSE
Kastura,Juned S
CIVLEG_BSE
Kocsis,Ashley Joan
CIVLEG_BSE
Kolev,Valeri Ivanov
CIVLEG_BSE
Kononchik,Gregory Richard
CIVLEG_BSE
Kovacs,Chelsey Catherine
CIVLEG_BSE
Kramer,Philip Ryan
CIVLEG_BSE
Kuegler,Zachary Alois
CIVLEG_BSE
Machnicki,John Peter
CIVLEG_BSE
Magda,Paul Joseph
CIVLEG_BSE
Miller,Samantha Grace
CIVLEG_BSE
Moldvay,Eric Andrew
CIVLEG_BSE
Montemurro,Vincent Charles
CIVLEG_BSE
Morison,Kelly Elizabeth
CIVLEG_BSE
Ouellette,Karin
CIVLEG_BSE
Palmer,Thomas Gavin
CIVLEG_BSE
Popolizio,Nicholas David
CIVLEG_BSE
Potoniec,Corey Alexander
CIVLEG_BSE
Qweider,Faiyha Hashem
CIVLEG_BSE
Roessler,Jessica
CIVLEG_BSE
Schnerr,Eric Douglas
CIVLEG_BSE
Smith,Colin James
CIVLEG_BSE
Stuthmann,Margaret Mary
CIVLEG_BSE
Tedeschi,Domenico A
CIVLEG_BSE
Tremblay,Matt Carl
CIVLEG_BSE
Vantine,Ryan Patrick
CIVLEG_BSE
Vento,Marcello John
CIVLEG_BSE
Vliet,Kevin Ayers
CIVLEG_BSE
Wallace,Chad Anthony
CIVLEG_BSE
White,Matthew Stephen
CIVLEG_BSE
Winger,Brian Joesph
CIVLEG_BSE
Bienkowski,Adam Joseph
COMPEG_BSE
Zannoni,Christopher John
COMPEG_BSE
Murphy,Nathan James
COMPEG_BSE
Neaton,Jeremy Robert
COMPEG_BSE
Smedberg,Christopher Patrick
COMPEG_BSE
Bujak,Steve Thomas
COMPSCI_BS
Calder,Ashley Elizabeth
COMPSCI_BS
Chu,Justin
COMPSCI_BS
Dandan,Kraig Agustin Lorenzo
COMPSCI_BS
Furnes,David Eric
COMPSCI_BS
Jancewicz,Russell J.
COMPSCI_BS
Johnson,J'Vaughn M
COMPSCI_BS
Levine,Ethan Simon
COMPSCI_BS
Magrane,Chris Charles
COMPSCI_BS
Piscitelli,Jordan Robert
COMPSCI_BS
Rodriguez,Danilo
COMPSCI_BS
Bajorin,Garrett Stanley
CSCIEG_BSE
Birtwell,William Clifford
CSCIEG_BSE
Blair,James Barry
CSCIEG_BSE
Byrd,Alexandria
CSCIEG_BSE
Chen,Victor
CSCIEG_BSE
DePoi,Brittany
CSCIEG_BSE
Duong,Nhat-Tan Phuoc
CSCIEG_BSE
Frank,Gregory William
CSCIEG_BSE
Gao,Jiali
CSCIEG_BSE
Green,Justin T
CSCIEG_BSE
Gutierrez,Paul Anthony
CSCIEG_BSE
Intino,Anthony Francis
CSCIEG_BSE
Jahandarie,Darius
CSCIEG_BSE
Johnson,Kevin Daniel
CSCIEG_BSE
Kathrani,Nirav Pradip
CSCIEG_BSE
Kovalev,Eugene Dmitriyevich
CSCIEG_BSE
Light,Brian Daniel
CSCIEG_BSE
Lin,Wei Cheng
CSCIEG_BSE
Luddy,Benjamin Michael
CSCIEG_BSE
Naidu,Nikhith Bodapati
CSCIEG_BSE
Nhan,Linh Thuy
CSCIEG_BSE
Parsadanov,Igor
CSCIEG_BSE
Peters,Kamau Ako
CSCIEG_BSE
Richard,James Henry
CSCIEG_BSE
Ronquillo Rodriguez,Jose Jorge
CSCIEG_BSE
Swircenski,Matthew
CSCIEG_BSE
Teeling,Robert Louis
CSCIEG_BSE
Wong,Stanley
CSCIEG_BSE
Wong,Steven
CSCIEG_BSE
Zhou,Ranran
CSCIEG_BSE
Carmichael,Gregory Dennis
EGPHY2_BSE
Gee,Russell Orin
EGPHY2_BSE
Wei,Kevin
EGPHY2_BSE
Gondek,Nicholas Gregory
EGPHY2_BSE
Murphy,Nathan James
ELECEG_BSE
Bellantoni,Anthony John
ELECEG_BSE
Bienkowski,Adam Joseph
ELECEG_BSE
Bogan,Lawrence
ELECEG_BSE
Buhlmann,Christopher Richard
ELECEG_BSE
Burns,Connor Douglas
ELECEG_BSE
Daukas,Michael John
ELECEG_BSE
Dumaine,Ethan Donald
ELECEG_BSE
Elias,Alfredo Paolo
ELECEG_BSE
Fischer,Sean Robert
ELECEG_BSE
Folz,Joseph Andrew
ELECEG_BSE
Galtieri,Jason Andrew
ELECEG_BSE
Golob,Michael Lawrence
ELECEG_BSE
Grassi,Joseph Andrew
ELECEG_BSE
Hiltz-Maher,Joseph Brendan
ELECEG_BSE
Hitchcock,Joanne Erica
ELECEG_BSE
Ifert-Miller,Karl James
ELECEG_BSE
Jurgiel,Joseph Alexander
ELECEG_BSE
Khatri,Muhammad Mustaqeem
ELECEG_BSE
King,Kevin
ELECEG_BSE
Lazar,Patrick Lawrence
ELECEG_BSE
Madore,Max Anthony
ELECEG_BSE
Mahmood,Kaleel Roland
ELECEG_BSE
Malinowski,Sebastian
ELECEG_BSE
McDowall,Kevin James
ELECEG_BSE
Obst,Francis Joseph
ELECEG_BSE
Orosz,David Matthew
ELECEG_BSE
Park,Keun Min
ELECEG_BSE
Perugini,Christopher Joseph
ELECEG_BSE
Pool,Michael John
ELECEG_BSE
Powell,Edward Thomas
ELECEG_BSE
Shah,Shalin Yogesh
ELECEG_BSE
Shaikh,Tausif Y
ELECEG_BSE
Stettenbenz,Michael Andrew
ELECEG_BSE
Thomas,Johanna Sarah
ELECEG_BSE
Trombetta,Anthony Michael
ELECEG_BSE
Walczak,Tomasz Jan
ELECEG_BSE
Winczura,Marcin
ELECEG_BSE
Zannoni,Christopher John
ELECEG_BSE
Fogarty,Elias James
ELECEG_BSE
Cornell,David Dean
ENVENG_BSE
Ferguson,Margaret Elizabeth
ENVENG_BSE
Gobillot,Garrett M
ENVENG_BSE
Graham,Ryan Joseph
ENVENG_BSE
Grainger,Chris Timothy
ENVENG_BSE
Harrigan,Kerry Marie
ENVENG_BSE
Marinoff,Skyler Thomas
ENVENG_BSE
Moyer,Steven Teague
ENVENG_BSE
Parmeswar,Nathan Raj
ENVENG_BSE
Smith,Malcolm Devree
ENVENG_BSE
Stelzer,Shari Rose
ENVENG_BSE
Szerakowski,Claudia
ENVENG_BSE
Tenaglier,Christopher Harry
ENVENG_BSE
Chase,Margaret McKenna
ENVENG_BSE
Levine,Ethan Simon
MECHEG_BSE
Andreoli,Thomas Ronald
MECHEG_BSE
Arpin,Tyler Christian
MECHEG_BSE
Badran,Karim Mustafa
MECHEG_BSE
Bonomo,Gregory Joseph
MECHEG_BSE
Boruch,Joseph Alexander
MECHEG_BSE
Browning,Caleb John
MECHEG_BSE
Bruzinski,Caraline Dwyer
MECHEG_BSE
Cadden,Christopher Stephen
MECHEG_BSE
Chow,Nina
MECHEG_BSE
Christian,Morae Chenai
MECHEG_BSE
Ciurylo,Michael Xavier
MECHEG_BSE
Connors,Bryan Douglas
MECHEG_BSE
Cook,Nicholas Fiore
MECHEG_BSE
Corona,Paul
MECHEG_BSE
Cremins,Matthew Daniel
MECHEG_BSE
Czaja,William Patrick
MECHEG_BSE
DeGostin,Matthew Barra
MECHEG_BSE
Desjardin,Daniel Scott
MECHEG_BSE
Dinino,Matthew Anthony
MECHEG_BSE
Donlon,Michael Rossi
MECHEG_BSE
Dougherty,Kevin Michael
MECHEG_BSE
Dowling,Kevin Joseph
MECHEG_BSE
Drouillard,Joseph Steve
MECHEG_BSE
Emmons,Thomas John
MECHEG_BSE
Esposito,Calleigh Lynn
MECHEG_BSE
Ferris,Craig Adam
MECHEG_BSE
Fisher,James Robert
MECHEG_BSE
Ford,Jordon Whitman
MECHEG_BSE
Fuchs,Harrison Marlu
MECHEG_BSE
Gage,Kathryn Michele
MECHEG_BSE
Gerner,Kyle Edward
MECHEG_BSE
Glaras,Peter
MECHEG_BSE
Goldberg,David Michael
MECHEG_BSE
Greenbaum,Stuart Charles
MECHEG_BSE
Greenman,Adam Remington
MECHEG_BSE
Handahl,Sean Michael
MECHEG_BSE
Hegde,Arun Shantaram
MECHEG_BSE
Herdman,Deidre Lyn
MECHEG_BSE
Hill,Dennis Bardford
MECHEG_BSE
Jenkins,Colin
MECHEG_BSE
Johnson,Kayla D
MECHEG_BSE
Jones,Emmanuel Gregory
MECHEG_BSE
Karg,Donald
MECHEG_BSE
Kim,Hyung Nun
MECHEG_BSE
Kolev,Nikolay Ivanov
MECHEG_BSE
Koplin,Todd Douglas
MECHEG_BSE
Kotil,Timur Jan
MECHEG_BSE
LaPlante,Ashley Nicole
MECHEG_BSE
Lariviere,Peter Andrew
MECHEG_BSE
Leese,John Stevens
MECHEG_BSE
Li,Dong
MECHEG_BSE
Lozon V,Carl Fabian
MECHEG_BSE
Macdonald,Gavin Patrick
MECHEG_BSE
Mathioudakis,Alexandros Nikolaos
MECHEG_BSE
Mathioudakis,Alexandros Nikolaos
MECHEG_BSE
Mattran,Dane Redden
MECHEG_BSE
McGinley,Dennis Patrick
MECHEG_BSE
McGuire,Ryan Joseph
MECHEG_BSE
Mokarry,Raye Alexander
MECHEG_BSE
Morrisroe,Sean Patrick
MECHEG_BSE
Morrissey,Trevor Joseph
MECHEG_BSE
Mosuro,Oluwasubomi Bodunde
MECHEG_BSE
Music,Karl Edward
MECHEG_BSE
Napoleon,Billy
MECHEG_BSE
Natale,Frank
MECHEG_BSE
Nault,Michael Joseph
MECHEG_BSE
Parsons,Eric Alexander
MECHEG_BSE
Partola,Kostyantyn Rhys
MECHEG_BSE
Patel,Nirav Vijay
MECHEG_BSE
Patel,Sahil Ajit
MECHEG_BSE
Perrone,Andrew Louis
MECHEG_BSE
Powers,Curtis J
MECHEG_BSE
Pratt,William Steven
MECHEG_BSE
Quintiliani,Joseph Daniel
MECHEG_BSE
Redding,Cara Marie
MECHEG_BSE
Reiners,Robert Edsel
MECHEG_BSE
Roberts,Matthew Kyle
MECHEG_BSE
Schmidt,Stephen Paul
MECHEG_BSE
Schneider,Marc Donald
MECHEG_BSE
Senu,Cyril K
MECHEG_BSE
Sharretto,James Connor
MECHEG_BSE
Sneider,Bryan James
MECHEG_BSE
Snider,William Charles
MECHEG_BSE
Sobottka,Andrew Fredrich
MECHEG_BSE
Synnott,Daniel Michael
MECHEG_BSE
Thompson,Kenneth James
MECHEG_BSE
Thompson,Shelby Gail
MECHEG_BSE
Tischer,Preston Bryant
MECHEG_BSE
Vincent,Sean Gregory
MECHEG_BSE
Von Kohorn,Christopher Douglas
MECHEG_BSE
Wahrenburg,Christopher Paul
MECHEG_BSE
Walton,Andrew Russell
MECHEG_BSE
Williams,Nicholas Jesse
MECHEG_BSE
Williston,Matthew Nathaniel
MECHEG_BSE
Witherup,Brenda Kennelly
MECHEG_BSE
Zukowski,Matt Stanley
MECHEG_BSE
Atreya,Sumukh Srichandra
MECHEG_BSE
Bastian,Chase Lawton
MECHEG_BSE
Kanesaka,Haruka Rachael
MECHEG_BSE
Sharif,Mohammed Omar
MECHEG_BSE
Sulieman,Ibraheem
MECHEG_BSE
Bailey,Kyle Allen
MEM_BS
DeMio,Lauren Elizabeth
MEM_BS
Eschbach,David Vincent
MEM_BS
Issa,Ahmed Sami
MEM_BS
Kolev,Nikolay Ivanov
MEM_BS
Maher,James Joseph
MEM_BS
O'Connor,Tracy Eileen
MEM_BS
Perry,Michael Andrew
MEM_BS
Ruffy,Phillip Joseph
MEM_BS
Salamat,Suleiman Barakat
MEM_BS
Skonieczny,Shawn Michael
MEM_BS
Sundararajan,Siddharth
MEM_BS
Young,Candice Elizabeth
MEM_BS
Unger,Cody Thomas
MSE_BSE
Adams,Ryan Michael
MSE_BSE
Batt,Timothy David
MSE_BSE
Brueckner,Patrick J.
MSE_BSE
Capolupo,Drew Farley
MSE_BSE
Chan,Jason
MSE_BSE
Falcetti,Jillian Rosemary
MSE_BSE
Farnham,Melissa Lynn
MSE_BSE
Franchino,Alexander P
MSE_BSE
Liggett,Bryan Christopher
MSE_BSE
Marco,Adam Michael
MSE_BSE
Molnar,Kayla Marie
MSE_BSE
Nicewicz,Kayla Jean
MSE_BSE
Paun,Gabriel Chisolm
MSE_BSE
Plourde,Timothy David
MSE_BSE
Poucher,Austin Jeffrey
MSE_BSE
Rogoff,Erik William
MSE_BSE
Sperl,Scott Paul
MSE_BSE
Wikholm,David Brady
MSE_BSE
Freedman,Nathan William
MSE_BSE
Knox,Blake Robert
MSE_BSE
O'Neill,Connor Pierce
MSE_BSE