christopher jackson

Supervisor of 10+ System Engineers in the area of Primary and Secondary Systems at a Dual Unit Pressurized Water Reactor. Responsible for administration of Equipment and System Health, Key Performance Indicators, Corrective Action Program, Capital and O&M Budgets, Nuclear Regulatory, Compliance and Licensing Issues, Complex Troubleshooting Teams, Refueling Outage Scope, and Leading Cross-functional Teams to Achieve Strategic Goals.

Systems Engineer Responsible for Equipment Reliability, Configuration Control, Preventive Maintenance and other activities for multiple Balance of Plant Systems including: Condensate, Demineralized Water, Secondary Water Treatment and Sampling...

Served as Leading Petty Officer for 6 Military and 4 Civilian personnel in a Maintenance Production based industrial marine complex.

Senior Manager of Outages for a dual Unit PWR generating station.

Sales and Business Development for an advanced line of Sonar Based Flow and Gas Void Fraction Meters to the Power Generation Industry, with a primary focus on Nuclear Domestic markets.

Field Construction Manager for Engineering Design Build firm in the Energy Conservation field.

10 CFR 50 Appendix J Program Manager and Pumps Component Engineer. Collaterial duties as PM Program Coordinator and Check Valve/Relief Valve Component Engineer at Calvert Cliffs Nuclear Power Plant.

Manager of the Instrumentation and Controls Maintenance group at Calvert Cliffs Nuclear Power Plant.

* Mechanical and I&C Systems Engineer for a dual unit PWR site. General responsibilities included: * Trending and Condition Monitoring Program Management. * Equipment Troubleshooting and Issue Resolution. * Modification Project Management. * Support of Operations Activities and Procedure Revision. * Maintenance and Control of Design Configuration. * Corrective Action Program response. * Business Case Development for Modification Projects.

Activities and Societies: Course of study in specification and design of air operated valves, trim sets, operators and digital valve controllers, with a focus on thermodynamics and acoustic system impacts.

1440 hours training)","Completed course of study in physics, material science, reactor principles,","electrical theory, mechanical theory and applications thereof.","Fully meets all requirements of section 4.6.2 of ANSI Standard N18.1-1971."]

Activities and Societies: Qualified ISO/ANSI Level II Vibration Analyst

Activities and Societies: Nuclear Machinist Mate "A" School and Naval Nuclear Power School.