MEP design, commissioning, and energy studies for new and existing construction.

Consultation for Design and Planning for Apogee's fiber optic network serving 40+ properties surrounding the University of Texas at Austin.

Managed all efforts related to the design of video and high-speed Internet access solutions for Resident Technology Services (RTS) customers. The RTS team assists owners, managers, developers and general contractors in negotiating and designing the best possible resident-facing services and technologies.• Coordinated with design managers team, customer GCs and architects, and field managers regarding multifamily developments• Authored all video and high-speed Internet access design, schedules, and scopes of work for over 80 projects.• Assisted with all related incoming drawings and backgrounds, using AutoCAD.• Provided recommendations for corresponding systems and technologies• Reviewed all drawings, proposals, and workmanship for contract observance, code compliance, and functionality

Manage data network deployments for Internet, Cable TV and IPTV services at universities and student housing properties nationwide. Provide planning, oversight and reporting for clients and internal company departments.Represent company while interfacing with new and existing clients, as well as working with general contractors. Design and Planning for Apogee's fiber optic network serving 40+ properties surrounding the University of Texas at Austin. Represent Apogee at City of Austin utility meetings regarding new and existing Outside Plant fiber infrastructure.

•Standardized processes for instrumentation calibration and critical fire and safety equipment at LaPorte Plant.•Worked closely with reliability engineers, managers, operators, mechanics and first line emergency responders.

BOP Reliability Team:•Developed solutions to reduce downtime associated with subsea blowout preventer (BOP) equipment, while increasing safety of operations on five 6th generation deepwater dynamically positioned drill ships•Specialized in testing for reliability of subsea BOP control systems and MUX systems•Ensured all BOPs comply with 30 CFR 250 and API S53 regulations during between well testing and certification•Participated in test & deployment of Dual Gradient Drilling (DGD) Mudlift Pump (MLP) system.•Supported operations through troubleshooting and Root Cause Analysis, emergency response and unplanned pulls•Played major role in first Wet Stack Hop and Verification•Represented Chevron on API Standard 16D Electrical and Software task group, to define manufacturing requirements on control systems, meeting regulatory compliance and advocacy of lessons learned•Provided on-location guidance during 30 separate two week visits between five drillships, with goal of developing cost effective strategies through reduction of non-productive time associated with BOP equipment•Implemented complex SOP encompassing API CFR requirements resulting in 100% compliance•Developed solutions for tracking best practices / lessons learned for BOP testing, between well maintenance and deployment•Recognized by Manager: "understanding and overcoming the unique project challenges with discipline and attention to detail"Jack-Saint Malo Major Capital Project Intervention Team: Specialized in project engineering and field operations for subsea intervention & completions equipment design, fabrication, testing, and preventative maintenance•Played major in-field role in 2015 unplanned workover campaign, completing project ~15 days ahead of forecast•Headed installation of Intervention Workover and Control System (IWOCS) on deepwater DP vessels•Created procedures for installation, acceptance testing and operation of Subsea Trees, Test Trees, L&L, ROV Tooling, Coil Tubing equipment

•Held DoD Secret clearance•Coordinated integration between Multi-Disciplined Teams on Joint Strike Fighter program to provide a Systems Engineering approach in solving system interoperability issues for Global Sustainment mission•Verified test criteria and results meet contractual requirements before delivery to customer•Supported Design & Development, and Initial Production for system which ties together aircraft maintenance crews with spares inventory logistics and F35 Prognostic Health Management System •Performed analysis map between test documents to interconnectivity requirements, defining interoperability between Autonomic Logistics Information System (ALIS) and SAP software•Authored reports covering Verification, Test and Evaluation (VT&E) Success Criteria for the F35 JSF contract closure, acquiring and managing associated evidence required for aircraft delivery•Maintained a burndown metric tracking item closure and brief stakeholders on progress

•Held DoD Secret clearance•Drove initial field setup of operations in Israel. Maintained new radar communications node for two years. Deployed system to additional sites in Japan, Germany & Pacific. Led all sites to become functional and operational during this period of time.•Traveled from Israel to Germany to transfer baseline setup to support European Command’s Command and Control Battle Management Communications center (C2BMC) for Lockheed Martin.•Deployed, tested communications sites for missile defense radar systems with “Air Defense Systems Integrator”.•Sustainment lead of a ten-member crew for the Missile Defense National Team’s Operations and Maintenance Integrated Product Team in support of European Command’s forward-deployed Missile Defense Agency’s HMMWV-Based Ballistic Missile Defense Systems Communications Node.•Integrated Product Team (IPT) in support of European Command’s forward-deployed Missile Defense Agency HMMWV-Based Ballistic Missile Defense Systems Communications Node.•Performed site activation for Flight Test (FTG06 missile intercept), deployment of C2BMC Deployable Interface Node at Pacific Missile Range Facilities Hawaii.•Developed operations and sustainment best practices, requirements, and methodology for future site deployments.•Support operations of the “Defense Multi-Echelon Training Suite” for testing war-gaming scenarios.•Integrate systems to Space Command & Control, NORAD/NORTHCOM Cheyenne Mountain.•Responsible for analysis and specification of power distribution at C2BMC installation sites.•Performed feasibility study on redesigned communication systems for nuclear bunker to resolve grounding issues.•Designed and implemented command & control communications infrastructure and system at Peterson AFB.

●Responsible for pre-configuration, staging and deployment of all network equipment for large scale projects, including complete rebuild of four University networks.●Served as on-site technical lead for remote installations; responsible for “rack and stack”, testing, and field implemented changes in coordination with project manager, network engineer, and client.●Created configuration template for Cisco switches cutting configuration time 50%-70% on larger projects.●Managed mid-level projects; including metro fiber builds, fiber relocations, and permitting for future projects.●Responsible for technical and infrastructure aspects of service implementation projects.●Acquired comprehensive knowledge of telecommunications infrastructure; including fiber fusion splicing, Ethernet terminations, and wireless backhaul.

● Engineer on human swimmer detection project.● Developed test methodology for recording plasma generated sounds using hydrophone array; analyzed and presented sonar results utilizing MATLab software.● Responsible for accuracy analysis of sonar test results including utilization of live subjects to establish baseline on human swimmer detection system.● Involved with software debugging, fabrication of under water electronic radios and mechanical structures.

Defined new transformer performance requirements and supplied project specifications and installation procedures.Evaluated new technology for Preventative Maintenance equipment monitoring.