David E. Lieberman
Computer Methods
Fremont, CA 94538
510-***-**** Office, 408-***-**** Cell
**********@********-*******.***
Provide software engineering services developing Windows and
MISSION STATEMENT:
Apple iPhone* applications for medical, scientific and small-
business clients.
*Registered iPhone Developer
CLIENT LIST:
Cetrus, San Ramon, CA (2008 to Present): A provider of Pay-
Per-Use Software Technology (http://cetrus.com). Develop
support tools for Publishers to integrate Cetrus metering
technology and deploy their applications. Tools include an
Windows API Integration DLL and Dashboard application.
The metering technology integrates with any language platform
including ASP.NET, C#, VB, C++, C, Delphi, VB6, VBA and
Fortran. The applications install on the user s local machine.
Numerous security measures circumvent SSL vulnerabilities,
spoofing, impersonation and bucket-brigade attacks.
The Dashboard tool authenticates users and meters
the publisher s applications.
ActivitySuite.com, Fremont, CA (2008 to Present): Host and
support internet applications for Private Security Companies to
track and report daily activities. Web site builds and emails
PDFs with client reports. Geocoding and mapping APIs
render mash-ups of patrol sites and security officers.
Developed iPhone application using Mac OSX and XCode
IDE to push GPS data up to the ActivitySuite server for real-
time tracking. Telerik charting is used to display statistical
analysis of security incidents. Site was developed in ASP.NET
3.5 with SQL Server Express 2008 on the back end.
Security officers tracked in
proximity to patrol sites
AMARC Advanced Medical Assessment Rating Center,
Westlake Village, CA (2008 to Present): A provider of
Functional Capacity Assessments in the State of California
(http://www.amarc-ca.com/). Develop and maintain a web-
based application to collect functional capacity assessment test
results and render a comprehensive report. Site was developed
in ASP.NET 3.5 with SQL Server Express 2008 on the back
end. Word application objects render the reports in DOC
format.
Medical examiners upload test
results and generate reports
Exar. Milpitas, CA (2009 to Present): Manufactures analog
and mixed-signal ICs for the video, imaging, and
communications markets. We develop and support I/O Lab a
web-based design tool used by Exar s clients to configure the
XR21B1411IL16 Enhanced 1-Ch Full-Speed USB UART chip.
The application was developed in C#.NET with SQL Server
2008 on the back end. http://exar.computer-methods.com.
Design Template with USB Chip Configuration
Biodex, Shirley, NY (1996 to Present): A medical equipment
manufacturer for physical therapy, sports medicine, Nuclear
Medicine and Radiology. We develop and support C#,
C++/MFC applications for System 4 -- an isokinetic
dynamometer a device that rehabilitates, measures and reports
joint and muscle performance (Biodex Advantage). DirectX
technology is used to assist therapists with anatomical
orientation of clinical testing fixtures. WPF (Windows
Presentation Foundation) is used to present simple yet
functional GUI for manipulation of patient files. We also
develop and support software for Atomlab, a multi-channel
radiation analyzer for measurement of Nuclear Medicine
Virtual 3D dynamometer model
isotope concentrations in the human body (Atomlab 950).
visualizing anatomical fixtures
Spectral Dynamics, San Jose, CA (2000 to 2008): A
manufacturer of high-speed data acquisition systems. We
developed application software and drivers for VXI and
CAMAC instrumentation. Customer sites include NASA,
Livermore National Labs, Stanford Linear Accelerator, Arecibo
Observatory, Ohio State University, Sandia National Labs,
General Motors and Ford Motor Company. Includes KRONOS,
a combustion analyzer that employs real-time FFTs to detect
engine knock conditions.
Knock analysis of an eight cylinder engine
Kaiser Aluminum Research Center, Pleasanton, CA (1995 to
1998): A provider of scientific support services support to
Kaiser-affiliated smelting facilities throughout the world. We
developed a Visual Basic application for an aluminum coil-
slitting machine used in a cold mill plant. Operators use the
application to control machinery and inspect aluminum for
defects as the coils are processed. Also developed an
application to model and simulate the chemical processes in an
aluminum smelting pot.
Surface inspection images
of an aluminum coil
PROFESSIONAL EXPERIENCE:
1984 to Present: Owner
Physio Systems, Inc., (dba Computer Methods) Fremont, CA. Providing software engineering
and support services (see client list above)
1980 to 1984: Software Manager
Diasonics, Inc., Milpitas, CA
Supervised a team to develop software for acquisition, display and post-processing of image data
acquired from digital subtraction angiography systems. Designed an off-line ultrasound
image review station with image archival, retrieval and quantitative functions.
1972 to 1980: Part-time Software Engineer
Medical Data Systems, Ann Arbor, MI
Developed image processing software for Nuclear Medicine applications.
ENVIRONMENTS: Windows Platforms, Microsoft Visual Studio .NET, VB.NET, ASP.NET,
C#, WPF, LINQ, Visual C/C++ MFC, Device Driver DLLs, Windows
DDK, Classic ASP & HTML, CSS, MS SQL Server and Express, ODBC,
Access, DAO, ADO, API and SDK, VBX and Custom Control DLLs,
Borland C/C++, Delphi, Pascal, Telerik, Quinn Curtis Graphics,
ObjectWindows (OWL), Paradox, ObjectPAL, PC BIOS, 8086 Assembler,
MASM, Modula-2, FORTRAN, Mac OSX, XCode IDE
EDUCATION: MSEE - 1978, BSEE - 1976, The University of Michigan, Ann Arbor,
Michigan
PUBLICATIONS: Lieberman, David E., The Fundamentals of Digital Nuclear Medicine, The
C. V. Mosby Company, St. Louis, MO 1978
APPOINTMENTS: Certified Blended Learning Instructor and Teaching Adjunct at Devry
University, Fremont Campus, Fremont, CA.
PATENTS: Signal Processor for Personal Computers (#5,133,055); David E.
Lieberman; G. Mark Remelman
PERSONAL: Married, Age 55. Hobbies include Amateur Radio (call sign KT8E), Martial
Arts (Shotokan Black Belt), Scuba, Golf
E-MAIL: **********@********-*******.***
WEB SITE URL: www.computer-methods.com