Manager Engineering

CURRICULUM VITAE

of

Anthony J. Verderese

*** **** ******

Beachwood, NJ 08722

732-***-****; 732-***-**** (Cell)

ac2162@r.postjobfree.com

GOALS and OBJECTIVES

To acquire a consulting position that utilizes my expertise and experience in the fields of Systems Engineering, Strategic Planning and/or Operations, Administration, Maintenance & Provisioning (OAM&P) in either the Telecommunications or the Defense Industries.

EDUCATION

B.S.E.E., NJIT; Major: Systems Theory

M.S.E.E., Rutgers University; Major: Automatic Control Theory

Achieved Ph.D. Candidacy at Rutgers, but never completed my thesis on Adaptive Estimation Theory

WORK HISTORY

CACI, INC. – Eatontown, NJ 6/1/2007 to 6/15/2011

TITLE: Lead Systems Engineer

Acting as an internal consultant, I spearheaded an innovative approach to the generation of Army Technical Architectures (DODAF TV-1s) using Technical Profiles consisting of a minimum set of standards that uniquely define the Technical Profile from an interoperability and supportability perspective. These Technical Profiles are based on the Applications, Systems and Equipments most prevalent in the infrastructure of the Army, such as Brigade Combat Teams (BCTs). In addition,

a methodology was developed that transformed top level requirements, such as: Required Capabilities, Functional Requirements and/or Objectives to these Technical Profiles. This approach

was in synchronism with the Joint Combat Integrated Development System (JCIDS) Process, which

resolved any Capability Gaps. The following activities were also performed on an on-going basis: (1) Review and Comments pertaining to Information Support Plans (ISPs), and (2) participation in the Geospatial, Security and Business Technical Working Groups.

COMPUTER SCIENCES CORPORATION - Eatontown, NJ 11/1/1996 to 1/27/2006

TITLE: Subject Matter Expert

I have been supporting the Army’s Architecture and Systems Engineering Office (ASEO) at CERDEC, Ft. Monmouth, NJ as their technical expert on Systems Engineering including protocols, imagery, video and various weapon systems. In addition, I have acted as an internal consultant to the Director of ASEO in such areas as: (a) Analysis and Development of Integrated Architectures using POPKIN’s System Architect, (b) the Joint Capabilities, Integration and Development System (JCIDS) Analysis, of which I wrote the first Functional Area Analysis (FAA) for the JBFSA initiative, (c) generated SVs and TVs for the JBFSA initiative (d) Performed Assessment of Combat ID Architectures constructed by BAE under CERDEC/BAE CRADA, and (e) reviewed and analyzed various CR Proposals for entry into the DISR, including the entire ISDN, SS7 and ATM Standards’ Families.

Other accomplishments included: (1) Played a lead role in the generation of an Enterprise Systems Engineering Plan for General Russ, wherein an interoperability analysis for all systems within the First Digitized Division was performed, (2) Directed various subcontractors in the evaluation of new imagery dissemination protocols to replace TACO2 as a JTA-A standard, and wrote a comprehensive report on the subject including a Project Plan for Phase 2, which has resulted in the allocation of additional funding to perform laboratory tests, (3) Performed various systems engineering tradeoff studies, including: (a) the assessment of new digital TV standards, namely, the US ATSC standard vs. the European DVB-T standard, and (b) the assessment of new bus architectures including: Infiniband, Rapid IO, Switched Fabric, LVDS, and DVI.

Received outstanding performance ratings for five consecutive years.

Received the Distinguished Meritorious Award by the Army’s Remote Unmanned Systems Program Office.

Received an award from Van B. Honeycutt, CEO CSC for Systems Engineering Reviews.

Received the best technical paper award in 2000 from the Armed Forces Communications and Electronics Association.

AJV INDUSTRIES, INC. Beachwood, NJ.

TITLE: President

CLIENTS

Stevens Institute of Technology, Hoboken, NJ. - Generated strategic partnerships to leverage Stevens’ incubator high technology programs in the following fields of endeavor: (1) Design of seamless ATM networks using self-healing algorithms, (2) Inter-active distance learning for ISDN maintenance, and (3) low-loss, high compression video transmission products.

DGM&S, Mt. Laurel, NJ. - Generated a Telco focused Strategic Plan which led to the successful entry of DGM&S into the Service Control Point (SCP) market associated with the Advanced Intelligent Network (AIN).

Bellcore, Navesink, NJ. – Acted as the Systems Integration Liaison Consultant among Bellcore, the RBOCs and Martin Marietta on the FTS-2000 proposal.

AT&T Bell Laboratories, Holmdel, NJ. – Generated the first OAM&P plan for ISDN services using the concept of modular integrated planning. Also performed life cycle cost studies between nailed-up 4ESS toll circuit switches and DACS farms using Present Worth Analysis.

BULL WORLDWIDE INFORMATION SYSTEMS - Woodbridge, NJ. 1988-1992.

TITLE: Director of Telco Marketing - Reported to Dave Cleary, VP/GM of Sales and Marketing for Honeywell-Bull.

Launched Bull’s marketing effort into the RBOCs by writing a marketing plan which delineated four areas of pursuit: (a) Network Management, (b) Operational Support Systems, (c) Electronic Funds Transfer, and (d) Multi-application Platforms.

Got Bull Italia’s UNIX machine certified via Bellcore’s OSMINE process,

Formed strategic alliances with DATAP, DGM&S, Phoenix Telecom, Alltel, etc. to provide UNIX based solutions in the above areas to key clients (RBOCs, AT&T, PT&Ts, etc.),

ELECTRONIC DATA SYSTEMS – Morristown, NJ 4/1/1986 to 8/1/1988

TITLE: Telco Marketing Manager - Reported to Howard Danziger, VP of Business Development

Directed the development of Network Management Systems alliances with Tandem, Pac-Bell, Avante-Garde and Concurrent Computer.

Alliance with Pac-Bell led to EDS’s first integrated multi-vendor system sale to GM to control the GM dealer network (~ $50M over 5 years).

Directed the sale of an Evaluation Study on Western Union’s business units (~$100k).

Prepared a Network Management Transition Plan in going from a Data Processing to Telecommunications Culture in the Facilities Management Business.

PERKIN ELMER CORPORATION - Danbury, CT. 1980- 1983

Director, Worldwide Military C2 Systems (WWMCCS), Reported to H. Rehnberg, VP of Government Systems.

Successfully led the effort to qualify PE as an eligible bidder for the WWMCCS Automatic Message Handling subcontract.

OTIS ELEVATOR - Farmington, CT. 1977 – 1980.

Manager of Systems Engineering,

Started and staffed OTIS’s first SE Department,

Directed the development of Otis’ first direct-drive controlled elevator, which increased Otis’ sales by 20% annually with concomitant cost reduction of 20%.

NAVAL RESEARCH LABORATORIES – Washington, DC 1975-1977

Manager of Systems Analysis

Designed the control and navigation subsystems for the first Unmanned Free Swimming Submersible.

AVCO Everett Research Laboratories – Everett, MA 1972-1975

Manager of Systems Analysis

Formulated a pattern recognition theory that detected artificial earth satellites using Ground-Based Electronic Sensors.

Generated an Error Analysis for a two-colored airborne radiometer.

Designed a digital matched filter to maximize S/N ratio for radiometric systems.

PUBLICATIONS

1.0 “The Computer Generation of Probability Distribution Functions for the Milky Way Galaxy”. The International Federation of the Astronomical Congress; San Diego, CA, October 1976.

2.0 “The Guidance and Control of an Underwater RPV”. IEEE Oceans 76; Washington, D.C. September 1976.

3.0 “The Analysis and Design of a Smart Free Swimming Submersible”. ASNE; Washington, D.C. May 1976.

4.0 The “Detection and Recognition of Faint Artificial Earth Satellites Using Ground-Based Electro-Optical Sensors”.

Journal of Astronautical Sciences; November 1975.

5.0 “Generating an Error Analysis for an Airborne Radiometric System”. Optical Engineering Journal, November 1975.

6.0 “An Adaptive Filter Design Which Requires No Statistical Information”. AIAA Guidance and Control Conference; Boston, MA, 1975.

7.0 “Optical Data Processing Applied to Airborne Radiometers”. AIAA Electro-Optics Proceedings, 1974, Modeling and Simulation Conference; Albuquerque, NM, May 1974.

8.0 “Application of Recursive Least Squares to the Identification and Smoothing of an Airborne Radiometer”. IRIS/IRIA

Proceedings; San Diego, CA, January 1974.

9.0 “Energy Conservation Flight Control Systems Using Motor-Flywheel Combinations”. AIAA Conference Proceedings on Energy Conservation; Philadelphia, PA, August 1973.

10.0 “Radar Navigation via Map Matching”. Electro-Optics Symposium Proceedings; New York, NY, September 1972.

ARMY REPORTS

1.0 The ATSC Digital TV Standard vs. The Digital Video Broadcasting Terrestrial (DVB-T) TV Standard, June 4, 2002.

2.0 The Evaluation of Potential TACO2 Replacement Protocols for Still Image Dissemination, October 4, 2002.

3.0 Bus Architectures Applied to Military Systems, May 1, 2001.

4.0 The FBCB2 Common Card Story, October 2, 2002.

5.0 The JBFSA Functional Area Analysis (FAA) Report, October 27, 2004.

Contact this candidate