THE ICE, Cloud, Elevation, Satellite (icesat-2) Mission IS the Second Nasa Mission With the Objective to Measure Global ICE Topography and Canopy Height. to DO SO, the Mission Requires Multiple Micropulse Space Flight Laser Systems. the Contractor Shall Provide the Facilities, Personnel, Services, Tools, Equipment, and Materials Necessary to Design, Analyze, Manufacture, Test, Verify Life, Estimate Reliability and Deliver the Hardware and Data in Accordance With the Requirements of the Statement of Work and the Documents Referenced Therein. AS Such, the Contractor Shall Manage and Administer ALL Phases of the Work Specified by the Contract and Ensure That ALL Requirements ARE MET and Deliverables ARE Accomplished Within Schedule Constraints, Interact With the Nasa/Goddard Space Flight Center (gsfc) Contracting Officer S Technical Representative (cotr) for ALL Technical Aspects for the Lasers, and Establish and Apply a Program Control System. the Contractor Shall Organize and Present a KOM Establishing the Personnel Interfaces and Organization Structure Between the Vendor S Team and the Gsfc Laser Team. the Contractor Shall Organize and Present a Preliminary Design Assessment )PDA) to a Gsfc Review Team AT the Contractor S Facility. the Contractor Shall Organize and Conduct a Critical Design Assessment (CDA) AT the Contractor S Facility. the Contractor Shall Organize and Conduct a Pre-Environmental Review (PER) AT the Contractor S Facility Before the Environment Test of Each Flight Laser. the Contractor Shall Hold a Pre-Ship Review for Each Flight Laser AT the Contractor's Facility. the Contractor Shall Plan for and Facilitate Quarterly Informal, Face-To-Face Technical Interchange Meetings to BE Held AT the Contractor Facilities. the Contractor Shall Ensure the Generation and Delivery of ALL Documentation AS Called for in the Contract. the Contractor Shall Perform Design and Analyses of the Laser. the Contractor Shall Provide a Laser User S Manual for Each Laser Delivery. the Contractor Shall Conduct Laser Structural Analysis. the Contractor Shall Conduct Laser Electrical Analysis. the Contractor Shall Conduct Laser Thermal Analysis. the Contractor Shall Perform ANY Safety Related Analyses Necessary to Support the Safety Requirements. the Contractor Shall Either Procure or Manufacture ALL Components Required to Assemble, Integrate, and Test the Lasers to Support the Delivery Dates. the Contractor Shall Assemble the Quantities of Laser Hardware Described in the SOW (1. Four Lasers, 4 User Manuals, and 4 Shipping Containers; 2. TWO Sets of Laser Support Equipment Including Electrical Support Equipment, Mechanical Support Equipment Necessary to Integrate and De-Integrate the Laser PER the ICD, Optical Support Equipment Necessary to Operate Laser Installed in the Instrument, Thermal Support Equipment; 3) ONE Integration&test Laser (ITL) Complying With the Laser Contamination Control Plan, Electrical, Mechanical and Optical ICD and Including User S Manual, Electrical Support Equipment, Mechanical Support Equipment, Optical Support Equipment, and Thermal Support Equipment and Shipping Containers for the ITL. the Contractor Shall Supply Flight Quality Connector Savers for Each Flight Connector on the Lasers and ITL and ONE Spare SET of Connector Savers. the Contractor Shall Supply Break OUT Boxes With Connectors That Mate to the Lasers and ITL Power and Signal and Test Connectors. the Contractor Shall Supply a Flight Quality Closeout CAP and CAP Installation Procedures for Each of the Test Connectors. the Contractor Shall Generate a Verification Plan and Verification Test Procedures. the Contractor Shall Generate a Quality Test Plan and Quality Test Procedures. the Contractor Shall Have a Quality Management System That IS Compliant With the Requirements SAE AS9100 Quality Systems
Contract Overview
Contract Amount: $53,626,187 ($53.6M)
Contractor: Fibertek, Inc.
Awarding Agency: National Aeronautics and Space Administration
Start Date: 2011-06-06
End Date: 2021-11-14
Contract Duration: 3,814 days
Daily Burn Rate: $14.1K/day
Official Description: THE ICE, CLOUD, ELEVATION, SATELLITE (ICESAT-2) MISSION IS THE SECOND NASA MISSION WITH THE OBJECTIVE TO MEASURE GLOBAL ICE TOPOGRAPHY AND CANOPY HEIGHT. TO DO SO, THE MISSION REQUIRES MULTIPLE MICROPULSE SPACE FLIGHT LASER SYSTEMS. THE CONTRACTOR SHALL PROVIDE THE FACILITIES, PERSONNEL, SERVICES, TOOLS, EQUIPMENT, AND MATERIALS NECESSARY TO DESIGN, ANALYZE, MANUFACTURE, TEST, VERIFY LIFE, ESTIMATE RELIABILITY AND DELIVER THE HARDWARE AND DATA IN ACCORDANCE WITH THE REQUIREMENTS OF THE STATEMENT OF WORK AND THE DOCUMENTS REFERENCED THEREIN. AS SUCH, THE CONTRACTOR SHALL MANAGE AND ADMINISTER ALL PHASES OF THE WORK SPECIFIED BY THE CONTRACT AND ENSURE THAT ALL REQUIREMENTS ARE MET AND DELIVERABLES ARE ACCOMPLISHED WITHIN SCHEDULE CONSTRAINTS, INTERACT WITH THE NASA/GODDARD SPACE FLIGHT CENTER (GSFC) CONTRACTING OFFICER S TECHNICAL REPRESENTATIVE (COTR) FOR ALL TECHNICAL ASPECTS FOR THE LASERS, AND ESTABLISH AND APPLY A PROGRAM CONTROL SYSTEM. THE CONTRACTOR SHALL ORGANIZE AND PRESENT A KOM ESTABLISHING THE PERSONNEL INTERFACES AND ORGANIZATION STRUCTURE BETWEEN THE VENDOR S TEAM AND THE GSFC LASER TEAM. THE CONTRACTOR SHALL ORGANIZE AND PRESENT A PRELIMINARY DESIGN ASSESSMENT )PDA) TO A GSFC REVIEW TEAM AT THE CONTRACTOR S FACILITY. THE CONTRACTOR SHALL ORGANIZE AND CONDUCT A CRITICAL DESIGN ASSESSMENT (CDA) AT THE CONTRACTOR S FACILITY. THE CONTRACTOR SHALL ORGANIZE AND CONDUCT A PRE-ENVIRONMENTAL REVIEW (PER) AT THE CONTRACTOR S FACILITY BEFORE THE ENVIRONMENT TEST OF EACH FLIGHT LASER. THE CONTRACTOR SHALL HOLD A PRE-SHIP REVIEW FOR EACH FLIGHT LASER AT THE CONTRACTOR'S FACILITY. THE CONTRACTOR SHALL PLAN FOR AND FACILITATE QUARTERLY INFORMAL, FACE-TO-FACE TECHNICAL INTERCHANGE MEETINGS TO BE HELD AT THE CONTRACTOR FACILITIES. THE CONTRACTOR SHALL ENSURE THE GENERATION AND DELIVERY OF ALL DOCUMENTATION AS CALLED FOR IN THE CONTRACT. THE CONTRACTOR SHALL PERFORM DESIGN AND ANALYSES OF THE LASER. THE CONTRACTOR SHALL PROVIDE A LASER USER S MANUAL FOR EACH LASER DELIVERY. THE CONTRACTOR SHALL CONDUCT LASER STRUCTURAL ANALYSIS. THE CONTRACTOR SHALL CONDUCT LASER ELECTRICAL ANALYSIS. THE CONTRACTOR SHALL CONDUCT LASER THERMAL ANALYSIS. THE CONTRACTOR SHALL PERFORM ANY SAFETY RELATED ANALYSES NECESSARY TO SUPPORT THE SAFETY REQUIREMENTS. THE CONTRACTOR SHALL EITHER PROCURE OR MANUFACTURE ALL COMPONENTS REQUIRED TO ASSEMBLE, INTEGRATE, AND TEST THE LASERS TO SUPPORT THE DELIVERY DATES. THE CONTRACTOR SHALL ASSEMBLE THE QUANTITIES OF LASER HARDWARE DESCRIBED IN THE SOW (1. FOUR LASERS, 4 USER MANUALS, AND 4 SHIPPING CONTAINERS; 2. TWO SETS OF LASER SUPPORT EQUIPMENT INCLUDING ELECTRICAL SUPPORT EQUIPMENT, MECHANICAL SUPPORT EQUIPMENT NECESSARY TO INTEGRATE AND DE-INTEGRATE THE LASER PER THE ICD, OPTICAL SUPPORT EQUIPMENT NECESSARY TO OPERATE LASER INSTALLED IN THE INSTRUMENT, THERMAL SUPPORT EQUIPMENT; 3) ONE INTEGRATION&TEST LASER (ITL) COMPLYING WITH THE LASER CONTAMINATION CONTROL PLAN, ELECTRICAL, MECHANICAL AND OPTICAL ICD AND INCLUDING USER S MANUAL, ELECTRICAL SUPPORT EQUIPMENT, MECHANICAL SUPPORT EQUIPMENT, OPTICAL SUPPORT EQUIPMENT, AND THERMAL SUPPORT EQUIPMENT AND SHIPPING CONTAINERS FOR THE ITL. THE CONTRACTOR SHALL SUPPLY FLIGHT QUALITY CONNECTOR SAVERS FOR EACH FLIGHT CONNECTOR ON THE LASERS AND ITL AND ONE SPARE SET OF CONNECTOR SAVERS. THE CONTRACTOR SHALL SUPPLY BREAK OUT BOXES WITH CONNECTORS THAT MATE TO THE LASERS AND ITL POWER AND SIGNAL AND TEST CONNECTORS. THE CONTRACTOR SHALL SUPPLY A FLIGHT QUALITY CLOSEOUT CAP AND CAP INSTALLATION PROCEDURES FOR EACH OF THE TEST CONNECTORS. THE CONTRACTOR SHALL GENERATE A VERIFICATION PLAN AND VERIFICATION TEST PROCEDURES. THE CONTRACTOR SHALL GENERATE A QUALITY TEST PLAN AND QUALITY TEST PROCEDURES. THE CONTRACTOR SHALL HAVE A QUALITY MANAGEMENT SYSTEM THAT IS COMPLIANT WITH THE REQUIREMENTS SAE AS9100 QUALITY SYSTEMS.
Place of Performance
Location: Virginia, 20171
State: Virginia Government Spending