Henry — Database Administrator

Successfully coordinated, engineered and managed communications infrastructure designs on multiple Microsoft datacenter projects. Updated Microsoft's global communications infrastructure specification to reflect the most current TIA and BICSI standards. Provided communications infrastructure programming, design and coordination on Microsoft datacenters in Tukwila, WA, Quincy, WA, Chicago, IL, San Antonio, TX and Dublin Ireland. Defined power distribution and HVAC loading requirements for telecommunications IDF, MDF, co-lo and equipment rooms. Coordinated documents and drawings for delivery of telecommunications design package to primary A/E.

Successfully coordinated, engineered and managed communications infrastructure designs on multiple Microsoft datacenter projects. Updated Microsoft's global communications infrastructure specification to reflect the most current TIA and BICSI standards. Defined power distribution and HVAC loading requirements for telecommunications IDF, MDF, co-lo and equipment rooms. Provided communications infrastructure programming, design and coordination on Microsoft datacenters in Tukwila, WA, Quincy, WA, Chicago, IL, San Antonio, TX and Dublin Ireland. Coordinated documents and drawings for delivery of telecommunications design package to primary A/E.

Provided project management, pre-planning, engineering design and coordination services for the relocation of ESCO Corp's data center from their corporate campus to a colocation data center in Portland, OR. The project included a continuity plan to establish potential risks, methods and procedures for the orderly shutdown and relocation of applications and server farms. Accomplishments: Relocated Linux and Windows server farms, multiple SAN, NAS, Tape Backup and core H3C and Cisco networking switches and routers. Coordination oversight included installations of carrier services from AT&T, Verizon, Qwest and Integra. Additional technical support was coordinated to IT and engineering teams from ESCO, Logicalis and Hewlett Packard (HP). Provided space planning and engineering on all related infrastructures such as IT power and cooling, and optical fiber communications cabling for their 40GbE backbones.

C4I Design, Localization and Integration Manager on the Kunwon-CH2M Hill Program Management Consortium (K-C PMC) for United States Forces Korea (USFK) Yongsan Relocation Program (YRP). The program involved the design and construction of Camp Humphreys to consolidate US 8th Army, NATO and Republic of Korea (ROK) forces in South Korea. The $12 billion program included 600 new military facilities with an $800M communications infrastructure budget. Communications Design Manager Accomplishments: Managed a team of telecommunications engineers to ensure communications (C4I) designs meet military and US Army Corp of Engineers (USACE) specifications. Identified and resolved extraordinary C4I infrastructure challenges in the design and construction phases. Afterwards, published results in "Tech Notes" used to educate and provided C4I technical support contractors, CMS, PM and QA staffs program wide. Made recommendations to US Military and US Army Corp of Engineers to update older C4I specifications to reflect current TIA standards and NEC code requirements. Coordinated with US Army Information Systems Engineering Command (ISEC) on revisions to the current C4I specifications. Made C4I recommendations and drafted EMOUs (Engineering Memorandum of Understanding) for distribution by US Army Corp of Engineers that recognized program level C4I solutions. Managed Submittal Review Team who is responsible for reviewing, approving or rejecting C4I related communications infrastructure submittals such as materials, shop drawings and as-built drawings. Communications Material Localization Team Manager Accomplishments: Managed the material localization effort to review and cataloged C4I related materials manufactured in South Korea - that met the program's strict US based specifications, performance criteria, and approved by USACE and ISEC. Chaired weekly MLT meetings with contractors, Republic of Korea (ROK) and US representatives to review contractor performance for local material utilization. By my departure from South Korea in January 2016, 75% of all C4I communications infrastructure materials were being sourced from South Korean manufacturers with an estimated cost savings of $140M (2012-2015). The MLT cost savings was reported to the South Korean National Assembly monthly and similar to the Buy American Act in the United States. Communications Datacenter Integration Manager Accomplishments: Managed the integration of C4I related infrastructure systems at the Communications Center which includes the largest US Military datacenter facility in the Far East. The role incorporated aspects of Project Management, Project Engineer and C4I integration Consultant between the A/E firm, active systems teams and future military and government tenants. Identified and recommended solutions to provide DC power in the datacenter where a battery plant could not be implemented during the facility's protective button-up containment periods. Identified and recommended solutions to correct errors in the datacenter's AC power distribution plant to eliminate single points of failure, provide fault tolerance and improve resiliency in the event of failure from the PDUs (power distribution units) to the emergency back-up generators. Identified and recommended hybrid cooling solutions in the datacenter using cooling doors on cabinets (heat exchangers) in high density heat zones and cold aisle containment for medium heat zones. Identified and recommended solutions to correct errors in the datacenter's fiber optic distribution system between the ICAN transport network rooms, classified and unclassified sever rooms, between cabinets within each server room, and backbone distribution to the dedicated TRs (telecommunications rooms).

Coordinated and designed communications distribution for Life Safety, Security and chemical processing including communications for OIT, PLC and SCADA devices in the fabs as well as high-density workstations in adjacent office buildings.

Developed the Integration SOP (Standard Operating Procedures) for while recognizing schedule is king." Microsoft's Azure (cloud) datacenter construction program worldwide. - Accomplishments: o Documented detailed Microsoft integration team methodologies and processes across the Design, Construction and Handover stages on all Detail oriented and highly respective datacenter builds and leased sites globally. adaptable professional with o Analyzed existing SOP documents, processes and RACI matrix of the extensive experience in management of integration stakeholder's datacenter integration (DCI) involvement and dependencies. o Identified lean opportunities across the respective processes. and implementation of communications infrastructures and associated o Worked with onsite datacenter Integration teams to validate acceptance and handover processes during and after construction. systems - including: structured copper and fiber optic cabling, LAN/WAN networks, IT power Datacenter Integration Project Manager

(1973 - 1976) Program Management Consortium (K-C PMC) for United States Forces Korea (USFK) Yongsan Relocation Program (YRP). The program involved the design and PRP Nuclear construction of Camp Humphreys to consolidate US 8th Army, NATO and Republic of Korea (ROK) forces in South Korea. The $12 billion program included 600 new military facilities with an $800M communications infrastructure budget

Managed communications systems integration during construction of Microsoft's BN7 datacenter. The position bridged contractors and Microsoft Operations to ensure the 300,000sf facility was production ready

C4I Design, Localization and Integration Manager on the Kunwon-CH2M Hill Program Management Consortium (K-C PMC) for United States Forces Korea (USFK) Yongsan Relocation Program (YRP). The program involved the design and construction of Camp Humphreys to consolidate US 8th Army, NATO and Republic of Korea (ROK) forces in South Korea. The $12 billion program included 600 new military facilities with an $800M communications infrastructure budget.

Communications Infrastructure Designer for three Intel semi-conductor manufacturing facilities located in Hillsboro, Oregon, Leixlip, Ireland and Chandler, Arizona. Designed campus Outside Plant including telecommunications manholes, duct banks, copper and optical fiber cabling distribution systems. Designed and coordinated Campus Communications Rooms, Building Communications Rooms and Satellite Communications Cabinets inside the FAB(s), FSB, PUB1, SES1, EGEN1 buildings including plan views and elevations. Designed cabling pathways across large scale pipe trestle systems to volatile bulk and specialty gas yards. Coordinated and designed communications distribution for Life Safety, Security and chemical processing including communications for OIT, PLC and SCADA devices in the fabs as well as high-density workstations in adjacent office buildings.

Provided project management, pre-planning, engineering design and coordination services for the relocation of ESCO Corp's datacenter from their corporate campus to a colocation datacenter in Portland, OR. The project included a continuity plan to establish potential risks, methods and procedures for the orderly shutdown and relocation of applications and server farms. Accomplishments: Relocated Linux and Windows server farms, multiple SAN, NAS, Tape Backup and core H3C and Cisco networking switches and routers. Provided space planning and engineering on all related infrastructures such as IT power and cooling, and optical fiber communications cabling for their 40GbE backbones. Coordination oversight included installations of carrier services from AT&T, Verizon, Qwest and Integra. Additional technical support was coordinated to IT and engineering teams from ESCO, Logicalis and Hewlett Packard (HP).

Successfully coordinated, engineered and managed communications infrastructure designs on multiple Microsoft datacenter projects. Updated Microsoft's global communications infrastructure specification to reflect the most current TIA and BICSI standards. Provided communications infrastructure programming, design and coordination on Microsoft datacenters in Tukwila, WA, Quincy, WA, Chicago, IL, San Antonio, TX and Dublin Ireland. Defined power distribution and HVAC loading requirements for telecommunications IDF, MDF, co-lo and equipment rooms. Coordinated documents and drawings for delivery of telecommunications design package to primary A/E.

My primary duty was to oversee and develop a process to streamline AT&T's F2 circuit conditioning process that identified qualified circuits that would allow them to run VDSL video grade service to the home over existing twisted pair copper. After finding a solution, I wrote a software interface in VBA that successfully automated the circuit qualifying process by comparing data between AT&T's FEI and LFACS databases during the QC tracking and P-Commit process. The rollout of this program saved AT&T approximately 60,000 engineering man hours.

Communications QC Manager on 200 new schools for Los Angeles Unified Schools District. Accomplishments: Successfully managed a team of QC engineers who reviewed and commented on communications infrastructure designs submitted by communications contractors. Provided onsite QC for new campus outside cable plant, inside cable plant, PABX, Security Intrusion (Motion Detection, and CCTV) Audio Surveillance, CATV, Public Address, Autonomous PA and Intercom Systems.

Project engineered the communications construction on the US Air Force Space Command and Los Angeles Air Force Base Redevelopment Project. Oversight included inside and OSP cable plant to support PBX, Red & Black Networks, Security and Mass Notification Systems. The project included retrofitting 30 existing buildings along with the construction of a new medical center, child care center, commissary and three new administration, acquisition and research buildings totaling 750,000 square feet with approximately 8500 workstations.