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Water Integration - Critical Phase 1, City of
<br />Buckeye, AZ: Serving as Program Manager for
<br />implementation the first critical project identified
<br />in the SCADA Improvements Program. This project
<br />involves upgrade and integration of 4 water wells, a
<br />reservoir, booster pump station and arsenic treatment
<br />facility. Additional as part of this project, development
<br />of key deliverables for the entire program are included,
<br />specifically a general Request for Qualifications (RFQ)
<br />for systems integrators and panel builders.
<br />Aqua Engineers Cybersecurity Assessment, Aqua
<br />Engineers, Honolulu, HI: Conducting an assessment of
<br />the current Cybersecurity posture of the Aqua's SCADA
<br />system and subsequent evaluation of the system using
<br />the AW WA Cybersecurity Guidance Tool. The scope
<br />of work includes site visits and development of as -is
<br />documentation, and prioritized recommendations for
<br />addressing vulnerabilities.
<br />SCADA Master Plan, City of Davis, CA: The City
<br />of Davis SCADA Master Plan scope of work included
<br />documenting the SCADA Vision, Goals and Objectives,
<br />conducting a Baseline Assessment and Gap Analysis,
<br />development of a detailed Project Portfolio, SCADA
<br />Systems Standards and final development of a compiled
<br />SCADA Master Plan. The Project portfolio included
<br />development of conceptual level cost estimates for
<br />upgrades to key facilities for input into the City's Capital
<br />Improvements Plan and budget. Also included in the
<br />Master Plan was development of SCADA System Support
<br />Roles and Responsibilities, in coordination with the City
<br />IT department, standards for control system equipment
<br />as well as a high level system architecture and network
<br />design.
<br />SCADA Network Analysis and Detailed Design,
<br />City of Davis, CA: Identified in the City's SCADA
<br />Master Plan, this project included detailed network
<br />analysis and documentation; detailed network design;
<br />development of a detailed implementation plan and
<br />penetration testing. This project addresses the Detailed
<br />Network Analysis and Documentation portion of the
<br />SCADA Master Plan Project.
<br />IT and SCADA Infrastructure Cybersecurity Risk
<br />and Vulnerability Assessment, Eastern Municipal
<br />Water District. Perris, CA: Program Manager, with
<br />responsibilities including development of project scope,
<br />fee, and schedule; baseline gap analysis; penetration
<br />testing; assessment using NIST -CSF framework; and
<br />development of SCADA-specific project portfolio based
<br />on recommendations.
<br />SCADA Master Pian, Water Replenishment District
<br />of Southern California, Lakewood, CA: Program
<br />Manager with responsibilities including development of
<br />project scope, fee, and schedule; and deliverable QA/QC.
<br />Wastewater Treatment Plant Upgrade Procurement
<br />Phase, City of Davis, CA: Subject Matter Expert for
<br />SCADA and Cybersecurity, with responsibilities working
<br />with client IT and SCADA staff to review integrators
<br />design and submittals. Reviewing City IT technology
<br />standards and incorporating these in the final design.
<br />Establishing roles and responsibilities for operational
<br />support of network and server infrastructure.
<br />Secure SCADA Network Implementation - Fridley
<br />Campus, Minneapolis Water Works, MN: The
<br />Fridley Filter Plant was constructed in the late 1920's
<br />and the Fridley Softening Plant on the same campus
<br />was constructed in 1941 on the same campus. This
<br />project included implementation of network upgrades
<br />and improvements at Fridley Filter Plant, based on a
<br />previous network and security assessment completed
<br />by the same technical team. The scope of work included
<br />detailed network design, PLC programming, and system
<br />implementation to upgrade the treatment plant while the
<br />system continue to treat water.
<br />Secure SCADA Network Implementation -
<br />Columbia Heights, Minneapolis Water Works, MN:
<br />The Columbia Heights Membrane Plant, which opened
<br />in 2005, has a capacity of 78 mgd, with ultrafiltration
<br />membranes and equipment. This project includes design
<br />(Phase 1) and implementation (Phase 2) of network
<br />upgrades and improvements at Columbia Heights
<br />Membrane Plant, based on a previous network and
<br />security assessment completed by the same technical
<br />team. The scope of work included detailed network
<br />design, PLC programming and system implementation
<br />to upgrade the treatment plant while the system continue
<br />to treat water. This project includes extensive design
<br />and implementation of a complete replacement of the
<br />ControlNet network currently implemented in the plant
<br />and conversion to Ethernet communications.
<br />SCADA Master Plan, Town of Marana, AZ: Project
<br />Manager, with responsibilities including project scope
<br />and fee development, overall project management, data
<br />collection, baseline gap analysis, and development of
<br />project portfolio based on recommendations.
<br />SCADA Phase II Implementation. City of
<br />Goodyear, AZ: Project Manager, with responsibilities
<br />including project scope and fee development, overall
<br />project management, data collection, baseline gap
<br />analysis, and development of project portfolio and lead
<br />technical manager for implementations.
<br />IT-SCADA Secure Network Design and Secure
<br />Integration, City of Minneapolis, MN: Program
<br />Manager for Secure Network Design, responsible for
<br />coordination of multiple projects to implement key
<br />foundational projects identified in the IT-SCADA
<br />Security Integration plan. As Project Manager for Secure
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