Curriculum Vitae: 
Ronald W. Knepper

Photonics Center, Rm 439
8 Saint Mary's Street
Boston, MA 02215
(617) 353-0223

Professor, Electrical and Computer Engineering
Boston University
Boston, MA
EDUCATION PhD in Electrical Engineering, 1969
  Carnegie Mellon University
Pittsburgh, PA
  Thesis:  Characterization, Electrical Noise, and Modeling 
             of Silicon Double Injection Diodes at 77K
  Advisor:  Prof. Angel G. Jordan
  MS in Electrical Engineering, 1966
  Carnegie Mellon University
Pittsburgh, PA
  BS in Electrical Engineering, 1965
  Carnegie Mellon University
Pittsburgh, PA
  BA in Pre-engineering, 1965
  Juniata College
Huntingdon, PA
9/99-present  Boston University
                      Department of Electrical and Computer Engineering
                      Boston, MA
Responsible for teaching courses in SC312:  Computer Organization and SC466:  Senior Design Project.  Research interests include VLSI device & circuit design/modeling of low power SOI for analog/mixed signal appl's, Si/Ge HBT/BICMOS RF/mixed signal communications ckts, and chip interconnect performance modeling & simulation. 

1995-1999   IBM Microelectronics, SRDC
                   Hopewell Junction, NY
                   Senior Technical Staff Member
Responsible for technical strategy planning, semiconductor technology roadmap competitive assessment, silicon device performance/density/cost projection, interconnect performance evaluation, advanced packaging studies, and
new/emerging technology facilitation.

1994-1995   Stanford University Center for Integrated Sys
                   Stanford, CA
                   IBM Visiting Scholar
Responsible to represent IBM at CIS, schedule & present seminars, mentor PhD students, arrange visits, facilitate university interaction & PhD student hiring, team teaching of graduate level EE S/C device course.

1991-1993   IBM Microelectronics, SRDC
                   Hopewell Junction, NY
                   Senior Manager & STSM
Senior manager of Technology Modeling project reporting to Director of ASTL, responsible for development, consolidation, and support of TCAD software 2D/3D process and device simulation tools.

1979-1991  IBM Microelectronics, Hopewell Jct, NY
                 Project Manager, Advanced Bipolar Devices
Management of 2nd level projects within IBM in advanced bipolar device design, device technology modeling, and exploratory devices.  Responsibilities included staffing, project planning & management, funding & coordination of university contracts, SRC mentoring, and design/development/modeling of IBM's advanced bipolar & BICMOS device technologies.

1969-1979   IBM Components Division, Hopewell Jct, NY
                  Staff Engineer/Advisory Engineer
Circuit design, device design, and modeling of IBM bipolar and early FET technology - both memory and logic.  Development of high speed 1K x 3 bipolar cache array circuit technology for S/370 application.  Invention of E/D FET dynamic depletion mode circuitry for bootstrap driver and voltage doubling ckt's.  Invention of early 1972 DRAM cell layout for 8K bit array design.  Development of  internal FET Circuits Design course MOSFET Applications.

  • IBM Outstanding Innovation Award, 1989, Semiconductor Device Modeling & Design
  • IBM Outstanding Technical Achievement Award, 1983, Conception and Definition of Circuit Techniques for High Performance Arrays
  • IBM Division Award, 1988, Hera Project
  • Four IBM Informal Awards
  • 5th Plateau IBM Invention Achievement Award:  14 patents issued
  • Elected to Tau Beta Pi, Eta Kappa Nu, Sigma Xi

  • Elected Fellow, IEEE, 2000 
  • IEEE BCTM Technical Program Committee, '89-'94
  • Chair, BCTM Modeling Subcommittee, '92-'94
  • SRC CSMS CRADA IBM TAB Rep, '95-'99
  • SRC Mentor, Microstructures TAB, '85-'95
  • Editor, Solid-State Electronics, '83-'93

  • Computer Organization, SC312, Boston Univ, 9/99 
  • Graduate level EE316 device course, team teaching lectures, Stanford University, 1995
  • MOSFET Applications, self-developed IBM internal circuits course, 1972-1983
  • Semiconductor Electronics, Carnegie Mellon University, 1967 Fall Semester

  • Advanced CMOS, Bipolar, and BICMOS Devices
  • Semiconductor Physics, Device Modeling
  • High Performance Digital Circuit Design
  • Analog & RF/Communications Circuit Development
  • 2D/3D Semiconductor Modeling & Simulation
  • Low Power SOI Devices and Circuit Application
  • High Performance SiGe Devices/Circuits
  • Embedded DRAM
  • Advanced Interconnect Performance Modeling
  • Silicon CMOS Technology Scaling and Roadmap
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Comments  |  24 November 1998