Outgoing Chairman’s Report

Overview

The 1997-98 year marked our second year of operation as a separate Department of Electrical and Computer Engineering (ECE), and a transition year to the newly appointed Chairman, Professor Prith Banerjee, whose term starts on Sept. 1, 1998. The staffing and budgetary actions which were necessary due to the split were completed during the year, as the transition to the new department was planned over a two-year period. In addition, the plans for taking administrative responsibility for all of the central McCormick computing staff were completed this year. Finally, two tenure cases were considered and a search for two faculty candidates was completed.

During 1997-98, ECE continued to operate under the administrative structure adopted a year earlier. Major decisions were considered by the Chairman with the consultation and approval of the Executive Committee. By the end of the academic year, Prof. Banerjee had worked extensively with the ECE faculty to develop a comprehensive new structure and plan for the Department to be implemented beginning with his appointment in Sept. 1998.

A major effort in forming the Motorola Research Center in Telecommunication Systems at Northwestern culminated in success. The Center officially started in early Aug. 1998 with $600,000 funding for its first year. It is managed by a Director, Prof. Aggelos Katsaggelos, and a faculty Board. While this is a McCormick Center, the faculty currently involved are all affiliated with ECE. The other Centers affiliated with ECE continued to be very successful. In fact, externally funded Department and Center research activities grew to an aggregate level of about $9 million. While our total faculty count remained at 33, we recruited two new faculty members in computer engineering and solid-state engineering to start in 1998-99. A new public relations committee developed an updated and enhanced Research Brochure and produced two issues of the new Department newsletter, ECE News, that were sent to alumni and colleagues at other universities, including EE and ECE department chairs.

Faculty Spotlights

     Prof. James E. Van Ness, professor emeritus of electrical and computer engineering, was elected to the National Academy of Engineering. His election brings to 12 the number of faculty of the McCormick School of Engineering who are currently members of the prestigious academy.

     Since joining the Northwestern faculty in 1952 while still a doctoral student in the former Department of Electrical Engineering, Jim has devoted his research to studying power systems. For the past 25 years, his research interests have been the design of digital computer algorithms and configurations for the parallel solution of power system problems and the development of eigenvalue-eigenvector programs for studying the dynamics of large power systems.

     Early in his career, Jim developed a Newton-type iterative method which is now the most widely used approach for solving the load-flow problem. He also studied issues in the concurrent demands for electric power and clean air. From 1957 to 1965, he served on the pioneer University Computer Committee, chairing it from 1960 to 1965. This committee started the Vogelback computing center. He also served as Chairman of the Department of Electrical Engineering.

Jim is a Fellow of IEEE and has been a long-term member of the IEEE Power System Engineering Committee. He is the author of more than 60 journal articles, and has held visiting appointments at the University of California at Berkeley, MIT, and Arizona State University.

     Prof. Aggelos Katsaggelos was nominated by a faculty search committee and subsequently appointed by the Dean as the Ameritech Professor of Information Technology for a three-year term beginning Sept. 1, 1997. This past year, he was also elected a Fellow of IEEE "for contributions to the theory and application of iterative image restoration methods."

     Aggelos received the Diploma degree in electrical and mechanical engineering from the Aristotelian University of Thessaloniki, Greece, in 1979, and the M.S. and Ph.D. degrees in electrical engineering from Georgia Institute of Technology in 1981 and 1985. He joined our Department upon receiving his Ph.D. degree.

     Aggelos was Associate Editor of IEEE Trans. Signal Processing, Editor of the book, Digital Image Restoration (Springer-Verlag, 1991), and is currently Editor-in-Chief of
IEEE Signal Processing Magazine. He was General Chairman of the 1994 Visual Communications and Image Processing Conference. His current research interests include image recovery, processing of moving images (including motion estimation, enhancement, and very-low bit-rate compression), and computational vision.

     Prof. Bruce Wessels was named a Walter P. Murphy Professor by the Dean. He holds a joint appointment in the Department of Materials Science and Engineering and the Department of Electrical and Computer Engineering.

     Bruce received the B.S. in metallurgical engineering and materials science from University of Pennsylvania in 1968, and the Ph.D. in materials science from MIT in 1973. He was a member of the technical staff at the GE R&D Center, Schenectady, NY from 1972-1977, and was a visiting scientist at Argonne National Laboratory in 1978.

     Bruce is a Fellow of the American Society of Materials, and is past President of the Minerals, Metals, and Materials Society (TMS). Currently, he is Section Editor of J. Electronic Materials.
His current research interests include the synthesis and characterization of electronic and photonic materials and devices, compound semiconductors, materials preparations, defect studies by deep-level transient spectroscopy, and MOCVD processing of ceramic superconductors.

     Prof. Michael Honig was tenured. Mike is a Ph.D. graduate from the University of California, Berkeley, and an IEEE Fellow.

     He worked at Bell Labs in Holmdel, NJ from 1981 to 1983.
He then moved to the Applied Research Area of Bellcore in Morristown, NJ when it was formed in 1983. His work there focused on signal-processing and coding techniques for digital communications. This work was initially motivated by voice-band modems and digital subscriber lines, and subsequently by wireless applications such as personal communications services. In Oct. 1994, he joined Northwestern as a professor, and was the first holder of the three-year Ameritech Professorship of Information Technology.

     Mike was recently elected to a three-year term on the Board of Governors of the IEEE Information Theory Society, and was appointed Associate Editor of IEEE Trans. Information Theory. His current research interests include communications, signal processing, networks, spread-spectrum wireless communications systems, interference suppression and multiuser detection, multiple-access techniques, and resource allocation to support integrated services.

                                                                                                            Associate Prof. Alok Choudhary was tenured. Alok received his Ph.D. from the University of Illinois at Urbana-Champaign.
He joined Northwestern in Sept. 1996 after seven years on the faculty at Syracuse University. His main research interests are in high-performance computing and communications systems and their applications in multimedia, information processing, and scientific computing. Specific areas include the design and evaluation of architectures, software systems, servers, and databases.

     Alok received the NSF Young Investigator Award in 1993, the IEEE Engineering Foundation Award, the IBM Faculty Development Award, and the Intel Research Council Award.

In other faculty honors, Prof. Jorge Nocedal was selected as the Bette and Niesen Harris Chair of Teaching Excellence by the McCormick School of Engineering. Prof. Randy Freeman received an NSF Career Award titled: "Career: Nonlinearity and Uncertainty in Control System Design" effective June 1, 1997 through May 31, 2001. Prof. Freeman was also selected for our Department’s Best Teacher Award.

Prof. Alvin Bayliss was named to the editorial board of J. Computational Physics. Prof. Abe Haddad served as Chairman of the IEEE Edison Medal Committee. He was also Associate Editor at Large of IEEE Trans. Automatic Control and Secretary of the American Automatic Control Council. Prof. Larry Henschen was Program Chairman of the 14th Int. Conf. on Advanced Science and Technology. Prof. Prem Kumar was appointed Co-Editor of Optics Express, the Optical Society of America’s new all-electronic journal devoted to rapid dissemination of new research results.
Prem was also the General Chairman of the Fourth Int. Conf. on Quantum Communication, Measurement, and Computing sponsored by the U.
 S. Office of Naval Research and the U. S. National Security Agency. Prof. Manijeh Razeghi and her colleagues received the SPIE Best Paper Award for 1998. Prof. Alan Sahakian was elected Vice President for Publications and Technical Activities of the IEEE Engineering in Medicine and Biology Society (EMBS) for 1997-1999. Alan was also appointed a Distinguished Lecturer of IEEE/EMBS, and was honored at the Provost Reception celebrating 25 years of the residential college program at the Lindgren Residential College of Science and Engineering. Prof. Majid Sarrafzadeh was the General Chairman of the 1998 IEEE/ACM Int. Symp. on Physical Design. Majid was also appointed Assoc. Editor of IEEE Trans. Computer-Aided Design for 1997–99.

We hired two new faculty during 1997–98. In computer engineering, we hired Dr. Andreas Moshovos, who recently received his Ph.D. in computer science from the University of Wisconsin-Madison. Dr. Moshovos is starting as a tenure-track assistant professor in Oct. 1998. In solid-state engineering, we hired Dr. Christopher Jelen, who recently received his Ph.D. from our Department. Dr. Jelen will start as a tenure-track assistant professor in 1999–2000.

Dr. Eric Schwabe ended his faculty appointment on Aug. 31, 1998. Prof. Gordon Murphy retired and was granted emeritus status effective Sept. 1, 1997.

Department Organization and Infrastructure

During the past year, ECE operated under the organizational structure approved by the faculty in 1995–96. However, a new organization was approved to take effect on Sept. 1, 1998, the beginning of the term of our new Department Chairman, Prof. Prith Banerjee. Prof. Banerjee was elected by the Department in the fall quarter of 1997–98, and subsequently was appointed by the Dean.

As a result of the University’s continuing $110-million reconstruction of our building, we moved a large number of ECE faculty offices and research labs to newly reconstructed space. This affected about one-half of the CompE faculty. In addition, our EE teaching labs were moved to their final locations. We hired Norm Flasch to be the electronic technician in charge of these labs.
Norm replaced Mike Greenley, who assisted us on a part-time basis during 1997–98 despite his retirement.

Finally, our two new committees, the public relations and awards committees, continued the excellent job started last year. The public relations committee prepared a new Research Brochure which was mailed to all interested graduate students as well as to faculty at our peer institutions.
The external ECE News was published in Dec. 1997 and July 1998 and was mailed to alumni, faculty colleagues, and chairpersons of other ECE departments. The awards committee selected our best teacher, best teaching assistant, and best Ph.D. dissertation.

Sponsored Research

In 1997-98, the expenditures of externally sponsored research projects administered directly through the ECE Department totaled $5,080,256, as compared to $4,167,779 in 1996-97. Including the external support administered through the ECE Department’s Centers, the total amounted to
$9.0 million, or about $300,000 per faculty. This exceeds by 50% the target that we set five years ago for external research funding per full-time faculty member, and is comparable to average
per-faculty funding levels of the top 10 ECE departments in the country.

The significant external research funding attracted by the Center for Quantum Devices (CQD) headed by Prof. Manijeh Razeghi has been a key element in the large increase of our research expenditures over the past four years. We are now seeing a similar impact from the research funding attracted by the two-year-old Center for Parallel and Distributed Computing (CPDC). For example, during 1997-98, several CPDC faculty headed by Prof. Prith Banerjee submitted a successful proposal to DARPA in the amount of $1.85 million for 3 years.

An additional encouraging note about our research support is that support from industry continues to increase as well, especially from Motorola where a proposal for a Center for Telecommunications Research was approved with initial funding of $600,000 for the first year.
The contract was signed in early August 1998. The Motorola Center, which supports research in telecommunication systems, includes ECE faculty projects in the areas of video coding,
VLSI, wireless communications, and shared-network protocols.

Industrial Relations

We continued to expand our industrial relations during 1997-98, primarily targeting the information industry. In addition to the new Motorola Center, we have continuing or emerging support from AT&T, Lucent, U.S. Robotics (now part of 3Com), Cray Research (now part of Silicon Graphics), Thompson CSF, Amoco, and Matheson.

The expanded ECE Industrial Advisory Board (IAB) met twice during the year. The first meeting was on Sept. 11, 1997 just prior to the meeting of the McCormick Advisory Council. The second meeting was on May 11, 1998 just after our annual faculty reception and tribute to Prof. James Van Ness on his induction into the National Academy of Engineering. IAB agenda items included plans to revise our curricula and to establish improved administrative processes for the Department.
It is important to note that the Board has been very supportive of the Department. We hope that this will result in stronger relations with industry relative to student support and research involvement.

The Department continues to be involved with the National Communications Forum which serves the information industry.

Undergraduate Students

The total number of ECE undergraduates increased from 188 students (107 EE, 81 CompE) in
1996-97 to 200 students (105 EE, 95 CompE) in 1997-98. During this period, the yearly number of B.S. degrees granted increased from 41 (25 EE, 16 CompE) to 47 (31 EE, 16 CompE).

It is exciting to see an increased number of incoming freshman students declare CompE majors. Consider the entering McCormick freshman class of approximately 370 students in both 1996-97 and 1997-98. While the number of declared freshman EE majors was 19 in both of these years, the number of declared freshman CompE majors increased from 19 to 29. We wrote letters to all admitted freshmen describing the EE and CompE curricula offered by our Department. In order to attract more undecided students to ECE, we held an open house for all freshmen during New Student Week. Assisted by the IEEE and Eta Kappa Nu student organizations, we also held an open house for all McCormick students during Winter quarter. We plan to continue these activities, and are working on specific action items to increase our share of the declared majors by better acquainting freshmen with the exciting career possibilities in the ECE field. As a first step, we designed a new flyer promoting ECE to interested high school students and incoming freshmen.

An important factor in our undergraduate program is the number of our co-op students, which decreased slightly from 41 to 38. We expect this decline to be temporary.

Graduate Students

Due to our Department’s surge in external research funding, our total graduate student enrollment increased from 125 in 1996–97 to 171 in 1997–98. Reflecting earlier years which included computer science (CS) students within our Department, the number of awarded M.S. degrees decreased from 33 to 27, and the number of Ph.D. degrees decreased from 21 to 17. Several recipients of Ph.D. degrees in CS (not counted in the above totals) were actually students of ECE faculty.
These students were allowed to continue after the Department’s split and obtain a CS degree under the mentorship of ECE faculty.

We continued to stress quality control in the admission of graduate students. The Executive Committee served as the primary body controlling fellowships and other Departmental financial aid offers. Our graduate programs continued to be administered by associate chairman, Prof. Larry Henschen, with admission decisions recommended by the faculty in our six research groups.

This year the Best Ph.D. Dissertation Award was presented to Susan Hagness (discussed below). The Best Teaching Assistant Award was presented to Amy Cszimar for her work in the new freshman course, Engineering Analysis 1 (EA1).

An additional initiative undertaken by ECE was the start of a professional masters degree offered by the McCormick School in the area of information technology. The program held its first graduation ceremony for the 29 students enrolled in the class of 1998. The class of 1999 (28 students) started the first year in 1997-98, and 28 new students are expected to enroll in 1998-99.

First B.S. / Ph.D. Students Receive Their Doctorates

An important milestone occurring during 1997-98 was the graduation with the Ph.D. of students in the first entering class (1989-90) of McCormick’s Honors Program in Undergraduate Research.
This McCormick program was originated by Profs. Allen Taflove of ECE and John Torkelson of ChemE. It aims to attract a small number of the brightest high school students in the U.S. each year; provide them with strong mentorship by research-active faculty from their freshman year on; encourage them to engage in meaningful research at an early age; and point them toward Ph.D. studies. Because it counts the undergraduate research as the equivalent of an M.S. thesis,
it eliminates the formal need for this degree and thus has become known as the B.S.
 / Ph.D. program.

Of the eight students entering McCormick under this program in Sept. 1989, two selected the ECE Department: Susan Hagness and Chris Jelen. In June 1998, Susan and Chris received their Ph.D.’s as advisees of Prof. Taflove and Prof. Manijeh Razeghi, respectively. During their studies, Susan and Chris accumulated impressive publication records: a combined total of over 65 refereed journal and conference papers.

Susan’s wide-ranging Ph.D. research involved computational electromagnetics (CEM) modeling of optical microcavity resonators / lasers and a new ultra-wideband microwave radar technology for detection of early-stage breast cancer. In June, she received the ECE Department’s 1998 Best Ph.D. Dissertation Award for this work. Her current research interests are in CEM algorithm development and analysis for biomedical and optical applications. She joined the ECE Department at the University of Wisconsin-Madison as a tenure-track assistant professor in Aug. 1998.

Chris’ Ph.D. thesis reported the growth, characterization, and fabrication of GaInAsP-based
n-type long-wavelength quantum well infrared photodetectors. His current research interests include semiconductor detector arrays for multi-spectral infrared imaging. Chris was recently engaged as a lecturer in the ECE Department at Northwestern. He will begin his appointment as a tenure-track assistant professor in our Department in Sept. 1999.

McCormick’s New Engineering-First Program

In 1997, the McCormick School introduced the Engineering-First program, a nationally innovative curriculum for freshman and sophomore engineering students. Previously, McCormick students were not exposed to engineering courses until they entered their junior year. The first-year and second-year educational program was comprised of highly analytical courses in physics, chemistry, and mathematics that were taught with little or no reference to engineering problems and design methods. Under Engineering First, this thinking is turned on its head. Now, the teaching of mathematics, physics, and computer programming for all McCormick students is integrated into a four-course Engineering-Analysis curriculum that solidly grounds these fundamentals in examples taken from the various fields of engineering.

The second component of the Engineering-First program is a two-course Engineering Design and Communication sequence, which is team-taught with English Department faculty from Northwestern’s Writing Program. This sequence teaches freshmen the methods involved in engineering design. Simultaneously, the students are instructed in ways to effectively communicate to their colleagues, supervisors, and sponsors through oral, written, and multimedia reports.

Undergraduate Curriculum Revisions

At the undergraduate level, the EE curriculum was revised to leverage the new Engineering-First program and to begin core courses during the fall quarter of the sophomore year. However, the number of our required EE courses is still too large. This limits the flexibility of our program relative to that afforded by the curricula of other major universities. Therefore, the EE curriculum revision will continue during 1998-99 to bring it to the same modern level as that of our CompE curriculum, which was revised last year.

In our curriculum revision, there is a strong emphasis on laboratory-based learning. For example, all CompE courses have migrated to the use of commercial computer-aided design (CAD) tools from Mentor Graphics. These tools are used in courses dealing with logic design, computer architecture, very-large-scale integrated-circuit (VLSI) design, and various project-based courses. In addition, many of the courses in the networking, communications, and signal-processing areas in the EE curriculum have started using MATLAB software packages in their design and analysis problems.

As part of this revision, ECE is reworking and updating all of its undergraduate instructional laboratories to make them exciting and relevant to the students. In the past year, two-dozen new Hewlett-Packard (HP) and Sun workstations and twenty new personal computers (PC’s) were acquired for this purpose. This year, ECE is acquiring several lab benches, each consisting of a sophisticated digital oscilloscope, logic analyzer, and function generator integrated with a PC for programmable control, data acquisition, and display. This equipment is comparable to the latest used by professional engineers in industrial settings.

Teaching

The number of course and research units taught by ECE faculty increased from 2,377 in 1996–97
to 2,410 in 1997–98. One reason for the increase was the full implementation of McCormick’s new Engineering-First program, in which the ECE Department is responsible for teaching Engineering Analysis 1 (EA1). A second reason is the increase in CompE course offerings, which reflects an increase in the number of CompE majors.

Our teaching should continue to improve as more new and young faculty teach all of our courses, improve their contents, and generate new courses reflecting recent trends in ECE. Our best faculty were assigned to teach EA1.

Our Department continued to participate in the AAHE project on peer review of teaching.
Profs. Alan Sahakian and Martin Plonus continued to offer innovative approaches to improve teaching and involve all ECE faculty in the process. In addition, Prof. Nocedal was selected as the Bette and Niesen Harris Chair of Teaching Excellence, indicating the major effort at improving teaching in ECE. Finally, ECE was made responsible for the McCormick computing staff who have key roles in setting up the Engineering-First labs as well as in maintaining the McCormick administrative network and server and all computer teaching labs.

Fourth International Conference on Quantum Communication, Measurement, and Computing

The ECE Department and Northwestern University were pleased to host the Fourth International Conference on Quantum Communication, Measurement, and Computing (QCM’98) during
Aug. 22–27, 1998. This was the latest in a series of international symposia held since 1990 in this technical area. The Conference’s organizers were: Profs. Prem Kumar and Horace Yuen of our ECE Department; Prof. G. Mauro D’Ariano of the University of Pavia, Italy; Prof. Osamu Hirota of Tamagawa University, Japan; and Prof. Jeffrey H. Shapiro of MIT. Prof. Prem Kumar was the General Chairman of the Conference.

The Conference was devoted to exploring the physical, mathematical, and technical problems related to quantum noise and quantum information in open systems, particularly those in information processing, optical-communication networks, and quantum computing. These topics have tremendous potential impact on the practice of communication, computing, and cryptology.
The Conference allowed key researchers in experimental and engineering aspects of quantum optics and communication systems to interact with physicists and applied mathematicians working in the areas of quantum probability and measurement theory. The Conference program was in the form of invited, regular, and poster papers, with proceedings to be published by Plenum Press.
Conference sponsors included Tamagawa University, Tokyo, Japan; Northwestern University;
the U.S. National Security Agency; and the U.S. Office of Naval Research.

A highlight of the Conference was the presentation of the 1998 International Quantum Communication Awards to Prof. H. J. Kimble of Caltech for "outstanding experimental advances in the areas of quantum measurements, cavity QED, and quantum logic," and Dr. P. Shor of AT&T Research for "ground-breaking contributions to the field of quantum computing." This award was established by the Research Institute of Tamagawa University to acknowledge an individual or a group of individuals for their pioneering contributions to the development of quantum communications. The award carries a plaque and a cash prize.

Conclusion

The academic year 1997–98 reflected the excitement of establishing our new (two-year-old)
ECE Department. We also worked on the transition to a new Department administration under the
incoming Chairman, Prof. Prith Banerjee, beginning Sept. 1, 1998. Our faculty are very excited about the many changes and continued improvement in all aspects of our activities. We had an excellent year in terms of research funding, laboratory development, reconstruction, and curriculum revision.

     We expect to build upon these successes to achieve our goal of being a top-ranked ECE department. With a focus on:

     •  excellence, visibility, and international impact in research;

     •  fine undergraduate teaching by motivated faculty using
      
  modern curricula and high-quality facilities; and

     •  recruitment of high-quality faculty at all levels

we hope to reach the top rank in the near future.

I conclude with my thanks to the University’s upper administration for their support, including, but not limited to, Dean Jerome Cohen, Provost Lawrence Dumas, and President Henry Bienen. I wish the best to Prof. Banerjee, who has set the stage for continued improvement to an even higher level.

Kind regards,

Abraham H. Haddad

Henry and Isabelle Dever Professor, August 1998

 

 

 

Incoming Chairman’s Message

Mission and 10-Point Action Plan

I thank the faculty members of the ECE Department and the Northwestern University administration for entrusting me with the responsibility of leading the Department into the 21st century. Our field is at the heart of the information-technology revolution, and we want our students to be prepared to take leadership roles in it.

The mission of the ECE Department at Northwestern University is to be a leading department in the country in undergraduate and graduate education and research. Over the next five years, our specific goals are:

To be ranked among the top 15 ECE departments in the U.S.;

To provide a relevant, exciting, and high-quality education to our students;

• To place our graduates at the country’s leading educational and industrial institutions;

To perform internationally recognized research.

In order to achieve these goals, we have generated a 10-point action plan, described in fair detail in the following sections:

1. Increase the excellence of our faculty;

2. Increase our research activity;

3. Make our curriculum relevant, interesting, and state-of-the-art;

4. Develop better instructional labs related to coursework;

5. Recruit more and better-quality students;

6. Perform better professional placement of our graduating students;

7. Improve industrial interactions;

8. Improve alumni relations;

9. Provide better publicity through newsletters, research brochures, seminars, and the Web;

10. Improve the Department’s infrastructure and administration.

1. Increase the Excellence of Our Faculty

We plan to hire one to two new faculty every year over the next five years. Junior and senior faculty will be recruited in key growth areas such as digital signal processing, networking and communications, wireless and optical communications, solid-state engineering, novel computer architectures, embedded and adaptive computing, and computer-aided design tools for systems on a chip. We will strengthen our mentoring program for our junior faculty, and apply the highest standards in the promotions process. To this end, we have set up a Promotions, Tenure, Recruiting, and Improvement Committee consisting of full professors representing each of the areas of research strength in the Department: solid-state engineering; optical systems and technology; networks, communication, and control; signal processing; parallel and distributed computing; and VLSI design and CAD. Over the years, we plan to further strengthen each of these areas.

2. Increase Our Research Activity

We plan to further increase the yearly research funding in the Department from last year’s value of about $9 million, including Center funding (about $300K per faculty). To this end, we will encourage our faculty to write larger collaborative research proposals instead of single-investigator grants.
We will also increase our mutual awareness of research activities within the Department by establishing a 1–2 day workshop every year. The workshop will have research presentations by all faculty and poster sessions by all graduate students. Colleagues from other universities and industries will be invited to this event. Finally, we will encourage our faculty to write more scholarly publications in prestigious conferences and journals.

3. Make Our Curriculum Relevant, Interesting, and

State-of-the-Art

We will significantly improve the quality of the undergraduate and graduate education of both the EE and CompE programs. To this end, we have set up three curriculum committees: undergraduate EE; undergraduate CompE; and graduate. Each committee includes key active senior faculty and undergraduate and graduate students. The committees will develop new courses, emphasizing strong lab-based and project-based learning enhanced with newer equipment and computers in the teaching labs. Work to date includes updating and revising both the undergraduate and graduate study manuals to include the latest course descriptions, goals, and objectives. This updating and revising process will be repeated every year. All information regarding the study manuals and course descriptions will be kept online on the ECE Web page.

We also plan to improve the teaching assistance in the Department by complementing the existing use of graduate TA’s with undergraduate TA’s. Senior-year undergraduates will be involved in the curricular-improvement process and in advising younger students.

4. Develop Better Instructional Labs Related to Coursework

We intend to provide our students exciting and relevant labs. To this end, an Instructional Labs Committee has been established including undergraduate students and faculty who are directors of courses having labs in them. In addition to developing plans for lab upgrades, this Committee will write proposals to companies and funding agencies to implement the upgrades. The goals are to acquire newer equipment in all of our labs, and devise new lab experiments that complement the revised lecture material. Our guiding principles are to have labs that are relevant, state-of-the-art, and exciting to students; and utilize computer-controlled or computer-based techniques as much as possible. Our thinking is that an old, obsolete lab is intrinsically a bad lab, and is worse than having no lab at all. One approach to help transform our labs is to have our graduate and undergraduate students develop new labs in exchange for receiving C99 or D99 special-projects course credit.

5. Recruit More and Better-Quality Students

It is fortunate that the EE and CompE disciplines are among the "hottest" in the entire field of engineering, thanks to great advances and demands in information technology and microelectronics. High-quality students are usually attracted to such "hot" areas. However, our experience and that at other universities shows that we cannot wait for such students to beat a path to our door. In fact, the current national trend is for stagnating or even weakening enrollments in ECE departments.

We are adopting a pro-active stance in undergraduate and graduate student recruiting by:

expanding and intensifying publicity regarding the Department;

• conducting open houses for McCormick freshmen;

• developing exciting lab-based Introduction-to-ECE courses for freshmen in the context
of design;

• encouraging more of our undergraduates to participate in undergraduate research with
our faculty as C99 independent-study projects, thereby attracting them to graduate
programs in similar areas;

pursuing better professional-placement options for our seniors and graduate students
(see item immediately below);

In combination, these steps should influence more McCormick freshmen to choose ECE as their major, and more of our top senior ECE students to remain in the Department for graduate school. Further, more and better undergraduate students from outside Northwestern would be influenced to join our graduate programs.

Over the next several years, our goal is to increase both EE and CompE undergraduate enrollment by at least 20%, and to increase our enrollment of high-quality M.S. and Ph.D. students.
We recognize that achieving this goal would buck the current national trend. However, we believe that this goal is feasible with the above action plan.

6. Perform Better Professional Placement of Our Graduating Students

Our records show that, over the past several years, our graduating seniors easily found jobs. However, most of these positions were at small companies in the local Chicago area. In the future, we want to place our students at the top-20 companies nationally in electrical and computer engineering. This would result in: (a) better ties with industry in terms of future student placement; (b) better opportunities for industrial funding of equipment and research within the Department; and (c) better overall visibility and reputation for our Department within the ECE community. One means to this end is to prepare professional-quality books of resumes of our graduating seniors, and target them to key corporate recruiters with personal letters and follow-up telephone calls from the Department Chair.

We also want to encourage more of our undergraduate students to continue on into graduate school and ultimately join leading universities as tenure-track professors. This would certainly lead to better visibility and reputation for our Department within the ECE community. One means to this end is to identify candidate seniors, involve them in undergraduate research, provide them with opportunities to attend technical conferences and to author and / or present papers, and hold regular meetings to alert them to opportunities for graduate admission and fellowship support at universities around the country (especially ours!).

7. Improve Industrial Interactions

Given the location of Northwestern University in the heart of one of the top population, commercial, and high-technology regions of the U.S., we perceive a large opportunity to increase our ECE Department interactions with industrial firms. This goal will be vigorously pursued by implementing the following multi-faceted action plan. We will:

establish regular industrial seminars in the areas of strength of our Department;

provide more and better information to industry using improved printed brochures and
Web-based media describing our undergraduate and graduate programs, our courses,
our students, and our research;

• invite industry leaders to serve on our Department’s Advisory Board and visiting
committees;

nurture industrial collaborations and consulting by faculty;

• arrange student internships and assist in professional placements;

• appoint industrial colleagues as adjunct instructors within our Department;

perform research that is relevant to industry’s needs by having thesis projects
selected in consultation with members of industry;

• seek out industrial funding for Ph.D.-level research in more basic areas of longer-term
interest;

grow our Masters in Information Technology program (aimed at people working full time
in industry).

A major step was taken during 1997-98 when we established the Motorola Center for Telecommunications Research. In the future, we plan to establish other such industrial centers.

8. Improve Alumni Relations

We will set up a Department-level alumni relations and endowment program to generate funding for supporting some of the creative work outlined above. Prominent alumni will be invited to sit on the Department Advisory Board and visiting committees to provide their perspectives on our progress and needs for further improvement. A formal Department alumni event will be scheduled annually or semi-annually to coincide with a major University or McCormick affair such as graduation, the awarding of a chaired professorship, a distinguished lectureship, or a faculty retirement dinner.
At this event, we will present a new Distinguished Alumnus Award to spotlight outstanding achievements.

9. Provide Better Publicity

Better Department publicity will be provided through newsletters, research brochures, seminars, and the Web. Specifically, using both conventional printed media and a pro-active Web site, we will:

publish the external Department newsletter, ECE News, in February and September of
each year for distribution to alumni and faculty colleagues outside of Northwestern;

• publish the Department’s comprehensive, external Annual Report in December of each
year to compile all of the educational, research, publication, and award activities by our
faculty during the just-completed academic year;

• publish the Department’s Graduate Research Brochure every two or three years for
distribution to faculty colleagues and prospective students outside of Northwestern;

• provide detailed information regarding our undergraduate and graduate programs,
specific course materials, student vitae, and research programs;

establish regular seminars in the areas of strength of our Department.

These steps will improve the outside visibility of the Department by enhancing relations with university and industry leaders. In addition, these steps will attract new students and faculty,
and publicize various activities within the Department.

10. Improve the Department’s Infrastructure and Administration

Finally, our last objective is to have a more efficient administration and improved infrastructure in the Department. In the past, the Chairman was assisted in his duties with two Associate Chairmen,
one for undergraduate and one for Graduate studies. Now, we have an eight-member Board of Directors to assist the Chairman in implementing each of the goals discussed above. The Directors, their responsibilities, and their committee members are listed as follows:

ECE Graduate Program — Prof. Lawrence Henschen, Director

Profs. Alok Choudhary, Scott Hauck, Scott Jordan, Aggelos Katsaggelos, Prem Kumar,
and Manijeh Razeghi; graduate students Amy Csizmar, Jonathan Geisler, and Michael
Vasilyev

Undergraduate EE Program — Prof. Michael Honig, Director

Profs. Prith Banerjee, Scott Jordan, Aggelos Katsaggelos, Prem Kumar, Manijeh
Razeghi, and Alan Sahakian; undergraduate student Andrew Dukatz

Undergraduate CompE Program — Prof. Majid Sarrafzadeh, Director

Profs. Prith Banerjee, Alok Choudhary, Scott Hauck, Jorge Nocedal, and Valerie Taylor;
undergraduate student James Cooley

Computing Facilities — Prof. Alok Choudhary, Director

Profs. Randy Freeman, Andreas Moshovos, Jorge Nocedal, Majid Sarrafzadeh, and
Allen Taflove; Department staff Chris Walsh

Instructional Labs — Prof. Alan Sahakian, Director

Profs. Randy Freeman, Lawrence Henschen, Seng-Tiong Ho, Carl Kannewurf, Nathan
Newman, Valerie Taylor, and Chi-Haur Wu; Department staff Norm Flasch;
undergraduate student Jason Perlewitz

Publicity and Publications — Prof. Allen Taflove, Director

Alumni and Industrial Relations — Prof. Prem Kumar, Director

Administration — Ms. Deneen Bryce, Director

The eight Directors meet once each month with the Department Chairman to discuss the Board’s progress and to coordinate its work with the Department’s support staff. An additional committee has been set up to monitor faculty development:

Faculty Promotions, Tenure, Recruitment, and Improvement — Prof. Prith
Banerjee, Chairman

Profs. Lawrence Henschen, Michael Honig, Aggelos Katsaggelos, Prem Kumar, Manijeh
Razeghi, and Majid Sarrafzadeh

Further, in the near future, I plan to further improve the Department’s infrastructure by providing enhanced computing support and equipment for all personnel and newer furniture for all of the instructional labs.

Conclusion

     I wish to thank the outgoing Chairman, Abraham Haddad, for providing strong leadership in the ECE Department for the last 10 years. We shall build upon the solid foundation that he established. We shall endeavor to further strengthen the Department so that it becomes a consensus national leader in education, research, industrial relations, and alumni relations. In the latter vein, I welcome your perspectives on leading ECE into the 21st Century. Please send me your comments via email at banerjee@ece.nwu.edu.

Best wishes,

Prith Banerjee, Walter P. Murphy Professor,

September 1998