PH.D. PROGRAM
The
School of Technology Management offers a Ph.D. with concentrations
in Information Management, Technology Management, and
Telecommunications Management. The Howe School also participates in
an interdisciplinary Ph.D. program in Telecommunications Management.
Within these concentrations, students may focus their research on a
number of more specialized areas in which the faculty has strength,
including project management, innovation management, and systems
integration. The Ph.D. program is primarily designed for full-time
students; however, outstanding part-time students may be admitted.
Admission and Graduation Requirements for Doctoral
Program
Students may be admitted upon completion of the master's degree or
its equivalent. All applicants to the Ph.D. program must submit
either a GMAT or GRE score. International students whose native
language is not English must also take the TOEFL test. In addition to the GRE or GMAT score, applicants are asked to submit with their application a sample of writing, such as a published paper, a master's thesis, a semester project paper, or an extensive case study for which they were the principal or sole author.
To obtain a Ph.D., a student needs to complete at least 90
credits beyond the B.S. level. A maximum of 30 credits is awarded
for a master's degree from another school. As part of their
coursework, students are required to attend research colloquia
(lectures) given at the Howe School by prominent researchers.
When certified for candidacy following completion of the written
exams and all coursework, students are required to write and defend
a dissertation in a selected area of concentration. It is expected
that doctoral dissertations will make significant contributions to
the creation of knowledge and the development of theory and practice
in a selected area. Please refer to the Graduate Student Handbook
for specific requirements.
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Information Management Ph.D. Concentration
The Information Management concentration is designed for highly-qualified
students interested in careers in teaching and research in the
management of information. Graduates are equipped to pursue careers
in either academia or industry.
The concentration is based on the premise that information systems
always exist within the context of a specific organization. Their
effectiveness is greatly dependent upon the attitudes towards such
systems of the individuals using them. With this in mind, students
are required to take courses and seminars in information management
and organizational behavior and theory. Appropriate
preparation for this program is a Master of Science degree in
Information Systems or its equivalent, Computer Science, and
Telecommunications Management, or an M.B.A. Students with insufficient
background in database management systems and organization theory
may be asked to take introductory master's level courses for no
credit toward the Ph.D. degree.
Typical Schedule for Information Management Ph.D. Students
The schedule below is an example of a schedule for a student with a
Master's degree in Information Management or a related field. Core
courses are shown in bold.
Year |
Fall Semester |
Spring Semester |
First |
MGT 718 Multivariate Analysis
MGT 736 Mathematical Methods in Management*
Elective Course
|
MGT 719 Quantative Methods
MGT 726 Theory in Management Research
Elective Course |
End of First Year |
The student’s status is reviewed by the
Ph.D. Committee. |
Second |
MGT 730 Design of Experiments and Qualitative Methods*
MGT 778 Principles of Information Management I
MIS 704 Knowledge Management |
MGT 716 Econ. Theoryi n Management Research* or Computational Methods in Management*
MIS 726 Process Innovation in Management
MIS 850 IT and Strategy
|
End of Second Year |
Students are qualified to take Comprehensive Exam covering core courses; Qualifying exams in
Information Management and Organizational Theory during the
third year in program. |
Third |
MGT 960 Research in Management
One additional elective selected from the list below |
MGT 960 Research in Management
One additional elective selected from the list below.
Dissertation research |
End of Third Year |
Successful Completion of Qualifying Examinations
Oral Defense of Dissertation Proposal* |
Fourth |
MGT 960 Research in Management
Completion and defense of doctoral dissertation |
Note: *Course under development. **Students must complete these requirements before a
dissertation proposal can be approved. Doctoral preliminary
examinations may be written or oral at the discretion of the
committee chair. Courses in bold represent the common core. Guidance
on electives should be obtained from the advisor.
Students
in the Information Management program select two additional courses
or seminars from among the following:
MGT 716/726/736 Seminars: Advanced Topics in Information Management and
Technology Management
MGT 777 Information Management Applications of Artificial
Intelligence
MGT 801 Special Problems in Management
MIS 710 (formerly MGT 783) Enterprise Systems Management
MIS 730 (formerly MGT 784) Integrating Information System
Technologies
Comprehensive Examination in Research Methods and Management Theory
This is a comprehensive examination on topics of methodology and management theory covered in the core courses. Students entering the program with a Master’s degree are expected to take this examination after completing the equivalent of two years of full-time study in the program. This examination will be prepared and scored by faculty members teaching the core courses. This examination must be passed before students can begin their dissertation.
Qualifying Examination in Information Management
In the third year of the program, or after the completion of the first eight courses, students are required to sit for two qualifying examinations -- one in Information Management topics and the other in Organizational Theory and Management topics. These examinations cover topics in the design and development of information systems, information management and organizational theory and behavior, networks and distributed information management, strategic management of information systems, and the management of the information technology organization.These examinations are prepared and scored by the faculty involved in teaching these courses.
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Technology Management Ph.D. Concentration
The Ph.D. concentration in Technology Management is designed for
highly-qualified students interested in careers in teaching and
research. Graduates are equipped to pursue careers in either
academia or industry. A candidate for the Ph.D. program in
Technology Management is expected to have demonstrated research
competency in order to be admitted to the program.
Typical Schedule for Technology Management Ph.D. Students
The schedule below is an example of a schedule for a full-time student
with a Master's degree. Core courses are shown in bold.
Year |
Fall Semester |
Spring Semester |
First |
MGT 718 Multivariate Analysis
MGT 736 Mathematical Methods in Management*
Elective |
MGT 719 Quantitative Methods
MGT 726 Theory in Management Research
Elective
|
End of 1st Year |
The student's status is reviewed by the Ph.D. Committee. |
Second |
MGT 730 Design of Experiments and Qualitative Methods
MGT 801B Special Problems in Management
Elective
|
MGT Econ. Theory in Management Research* or Computational Methods in Management*
MGT 736 Research Seminar
Elective |
End of 2nd year |
Completion of independent research - for students who did not
complete a Master's Thesis*
Successful completion of Qualifying exam in Research Methods |
Third |
MGT 960 Research in Management |
MGT 960 Research in Management |
End of 3rd year |
Successful Completion of Doctoral Qualifying Examination**
Oral Defense of Dissertation Proposal* |
End of 3rd or start of 4th year |
Completion and defense of doctoral dissertation |
Note: *Course under development. **Students must complete these requirements before a
dissertation proposal can be approved. Doctoral preliminary
examinations may be written or oral at the discretion of the
committee chair. Courses in bold represent the common core. Guidance
on electives should be obtained from the advisor.
Comprehensive Examination in Research Methods and Management Theory
This is a comprehensive examination on topics of methodology and management theory covered in the core courses. Students entering the program with a Master’s degree are expected to take this examination after completing the equivalent of two years of full-time study in the program. This examination will be prepared and scored by faculty members teaching the core courses. This examination must be passed before students can begin their dissertation.
Qualifying Examination in Technology Management
This is a comprehensive examination on topics related to the student’s area of research emphasis within the concentration in Technology Management, e.g., project management, entrepreneurship, leadership, and teams. The examination is to be taken after completing the equivalent of two years of full-time study. It is designed to demonstrate understanding and competence in this area and is further intended to determine the student’s fitness to begin the dissertation proposal stage of his/her research.
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Telecommunications Management Ph.D. Concentration
The Ph.D. concentration in Telecommunications Management is designed
for highly qualified students interested in careers in teaching and
research. Graduates are equipped to pursue careers in either
academia or industry. A candidate for the Ph.D. program in
Telecommunications Management is expected to have demonstrated
research competency in order to be admitted to the program.
Typical Schedule for Telecommunications Management Ph.D. Students
The schedule below is an example of a schedule for a full-time student
with a Master’s degree in Telecommunications Management or a related
field. Core courses are shown in bold. MGT 960 must be taken to
satisfy the remaining 24 points of the dissertation requirement.
Core courses are shown in bold.
Year |
Fall Semester |
Spring Semester |
First |
MGT 718 Multivariate Analysis
MGT 736 Mathematical Methods in Management
MGT 716/726/736 or other electives |
MGT 719 Quantitative Methods
MGT 726 Theory in Management Research
TM 765 Selected Topics in Telecom Management
MGT 736 Research Seminar in Telecom or Electives |
End of 1st Year |
The student’s status is reviewed by the
Ph.D. Committee. |
Second |
MGT 730 Design and Analysis of Experiments
TM/MGT 801A Special Problems
Elective |
MGT 716 Econ. Theory in Management Research* or Computational Methods in Management*
TM/MGT 801B Special Problems
MGT 736 Research Seminar
Elective |
End of 2nd year |
Students are qualified to take Comprehensive exam covering core courses**; Qualifying exam in Telecommunications Management. |
Third |
MGT 960 Research in Management |
MGT 960 Research in Management |
End of 3rd year |
Successful Completion of Qualifying Examination**
Oral Defense of Dissertation Proposal** |
End of 3rd or start of 4th year |
MGT 960 Research in Management
Completion and defense of doctoral dissertation |
Notes:
*Course under development. **Students must complete these requirements before a dissertation
proposal can be approved. Doctoral qualifying exam may be written or oral at the
discretion of the committee chair. Guidance on electives
should be obtained from advisor.
Students in the Telecommunications Management program select two
additional courses or seminars from among the following:
MGT 710 Risk Management
MGT 716/726/736 Seminars: Advanced Topics
in Information/Technology
Management/Telecommunications
Management
TM 765 Selected Topics in Telecommunications
Management
TM 615 Wireless Network Mobile Computing
TM 617 Next Generation Wireless Networks
TM 618 Performance Management of Wireless
Networks
Comprehensive Examination in Research Methods and Management Theory
This is a comprehensive examination on topics of methodology and management theory covered in the core courses. Students entering the program with a Master’s degree are expected to take this examination after completing the equivalent of two years of full-time study in the program. This examination will be prepared and scored by faculty members teaching the core courses. This examination must be passed before students can begin their dissertation.
Qualifying Examination in Telecommunications Management
This is a comprehensive examination on Telecommunications Management subjects. Students entering the program with a Master's are expected to take this examination after the equivalent of two years of full-time in the program. This examination will be prepared and scored by the Telecommunications Management faculty. The qualifying examination in Telecommunications Management is designed to demonstrate your understanding and competence in areas relevant to Telecommunications Management: fundamentals of telecommunications and quantitative methods for telecommunications; and two areas from the following topics: engineering economics, policy and regulation, wireless, and performance analysis.
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STEVENS-FORDHAM EXCHANGE PROGRAM
Stevens has arranged an exchange program for Stevens graduate
students with the Office of Graduate Studies of Business
Administration at Fordham University, located at Lincoln Center in
New York City.
This program enables graduate students at Stevens to enroll in
advanced courses in accounting, finance, and marketing at the
Graduate School of Business Administration at Fordham University, Lincoln
Center, in New York. In turn, Fordham M.B.A. students can enroll in
selected computer science and engineering courses at Stevens.
Students register and pay for exchange courses at their home
schools, and grades are sent directly to the Registrar of the home
school. The School of Technology Management coordinates the program
for Stevens.
RESEARCH
Center for Technology Management Research (CTMR)
Profs. Patricia Holahan and
Edward A. Stohr
http://howe.stevens.edu/CTMR
CTMR
conducts research on issues related to innovation and the management
of technologies in a global context. Our mission is to develop
concepts and frameworks to help executives address the challenges of
a rapidly changing technology-based world. Research results are
disseminated through publications, books, working papers, an annual
conference, and sponsor forums.
CTMR
supports the Stevens Institute of Technology theme of Technogenesis-the
educational frontier wherein faculty, students, and colleagues in
industry jointly nurture the process of conception, design, and
marketplace realization of new technologies.
Center for
Technology Management for Global Development
Prof.
Edward A. Friedman
http://howe.stevens.edu/global/index.html
The
Center for Technology Management for Global Development seeks to
integrate the concepts and principles of technology management into
strategies for economic development of nations, regions, and firms.
Of special interest to the Center are research and education
initiatives that promote economic growth in developing countries.
The four areas of activity encompassed by the Center are: Education
Programs, Policy Conferences and Studies, Action-Oriented Projects,
and Field Initiatives and Research.
These four areas
are interrelated, since field efforts and research serve to inform
and enrich policy studies and education.
Consortium for Corporate Entrepreneurship
Prof. Peter Koen
http://www.ceconsortium.org/
The Consortium for Corporate Entrepreneurship focuses its
research in optimizing the front end of innovation approaches for
getting to breakthroughs and knowledge creation, and knowledge flow
at the front end.
Its mission is to better understand the Front End of Innovation
in order to increase the number, speed, and success probability of
highly profitable products entering development. The Consortium
offers a collaborative environment, where academia and industry are
dedicated to the discovery portion of the front end, leading to high
profits and breakthrough innovation.
In
addition to funding from the Consortium members (Becton Dickinson,
Ethicon, a division of Johnson and Johnson, ExxonMobil, Kraft, and
Honeywell) monies are also received from the National Science
Foundation to support the Consortium’s work in determining best
practice in the front end. The Consortium works closely with the
Industrial Research Institute (NRF), which is the largest organization of
leading industrial companies focused on innovation in the U.S. With support from NSF, the
Consortium is currently sponsoring the largest
best practice survey, which is focused on the front end. The
consortium supports topical symposia, which in the past have
included knowledge creation, intellectual property strategy, IT
tools used in innovation, and making high-risk portfolio decisions. Upcoming symposia will include one on disruptive business models
and virtual teams.
Stevens Alliance for Technology Management (SATM)
Dr. Lawrence Gastwirt, Director
http://howe.stevens.edu/SATM
The Stevens Alliance for Technology Management is an
industry-university partnership founded in 1991 under the auspices
of the Wesley J. Howe School of Technology Management at Stevens
Institute of Technology. Its mission is to help its member
organizations adopt and implement more effective practices for the
development and application of technology (in the broadest sense of
the term) in their businesses.
The
Alliance conducts conferences, seminars, and roundtable meetings,
sponsors research on various aspects of the management of
technology, and has also sponsored the development of the Howe
School’s unique Executive Master’s degree program in technology
management. Current SATM Sponsors, in addition to Stevens, are AT&T, the Columbia University Fu Foundation School of
Engineering and Applied Science, DRS, Infineum, ISO, Lucent
Technologies, Teknor Apex, and the U.S. Army Research Development and
Engineering Center. Other sponsors over the years have included
AlliedSignal, Bellcore, Engelhard Industries, ExxonMobil Research
and Engineering, GTech, IBM, Merck, Pershing, SIAC, and Unilever
Bestfoods.
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Center for Decision Technologies
Prof. Jeffery Nickerson
http://howe.stevens.edu/CDT/index.html
The
Center for Decision Technologies focuses on ways of improving human
decision making through the integration of information. New
technologies are creating new types of decision challenges. For
example, increased use of mobile communication and sensing create
situations in which we may actually change our movement patterns in
order to facilitate our electronic communication.
Past work of
the center has included research on transportation planning, mobile
ad hoc networks, and human-robot interaction. Current work is
focused on the design of processes related to sensor networks with
applications to security and emergency response. The center is part
of the Wesley J. Howe School of Technology Management, and integrates the work
of professors and graduate students in many disciplines in order to
solve emerging decision problems.
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