SEI Industry Briefing - Master 17 Mar 09 actual.ppt

LAAFB Requirements for SE&I Contract Lt Col David Hazelton Capt Shaun Hunt

LRSW/EN

SE&I Agenda

Agenda/Briefers

Overview

LAAFB

Launch and Range Systems Wing Shaping the future of Launch and Range Operations Mission:

Define, develop, field, and sustain expendable launch vehicles and Eastern / Western Range Systems. Lead launch integration, mission assurance, launch campaigns, and range modernization

Mission:

1) Develop, Acquire, and Launch Expendable Launch Systems

2) Provide Range Systems for operations on Eastern Range and Western Range

What Have we done?

1) Wing designation sets expectation within the Air Force

2) Did not remove SPD responsibilities

3) Merged thru stovepipe missions and cultures CL; EV; RN

Pictures (from left to right):

1) Delta II

2) Delta IV Heavy Demo

3) Atlas V

4) Western Range Operation Command Center (WROCC)

5) SatCom at Antigua

Col Gary N. Henry Commander Launch and Range Systems Wing 1 Mar 09 Mr Eddie Porr Management Operations Col Thomas Junyszek Spacelift Range Group Commander Mr. John Wagner Chief Technical Director Lt Col David Hazelton Engineering Ms Jo Ann White Program Control Ms Joanne Morrow Contracting Col Michael Moran Atlas Group Commander Col Gary Wirsig Delta Group Commander Lt Col Steven Behrens Det 2 - VAFB Lt Col Stacy Exum Det 1 - PaAFB Sr Aerospace Leads Ray Johnson Ken Holden Mark Brosmer Col William Hodgkiss Vice Commander Capt Roger Finley Executive Officer Ms Anna Wilson Administrative Assistant Mr. Jim Knauf Ms Charrise Lum Mr. Andy Chang Mr. Albert Ramos Commander’s Action Group Mr Walt Damewood Systems Support Manager

Partners in Success

LRSW Mission Capabilities Two families of Evolved Expendable Launch Vehicles (EELV) support national need to place spacecraft into space at lower cost and higher reliability than previous launch systems

Upcoming Launches: Atlas V WGS SV-2, Delta IV WGS SV-3 Delta IV Atlas V Delta II Spacelift Range Providing Assured Access to Space for the Nation and Warfighter through responsive and effective Launch and Range Capabilities

Last remaining heritage system 2 AF Missions remaining Next Launch: GPS IIR-20 Provides command and control, tracking, telemetry, communications and safety systems to support DoD, civil, and commercial space launch operations.

Delivering national security spacecraft to orbit

Delta Group

Current Mission Program Objectives Capabilities

Medium to heavy spacelift

Delta Family Overview/Performance

Delta II 732X-9.5 742X-9.5 792X-10 Medium (4,2) (5,2) (5,4) 792X-H10 GTO (lb) 2,050 2,490 3,880 4,700 9,330 13,100 10,730 15,040 28,120 792X-9.5 Medium+ Heavy 4,040 Delta IV Delta II GTO = 19,323 nmi x 100 nmi @ 27.5o Delta IV = 19,323 nmi x 100 nmi @ 27o LEO = 220 nmi circular @ 28.7o C3 = 10.0 km2/sec2 @ 28.7o All values reflect separated spacecraft mass, single manifest performance LEO (lb) 5,670 6,530 10,140 12,450 20,080 27,120 23,400 30,580 48,260 10,540 C3 (lb) 1,110 1,450 2,200 2,670 5,170 7,640 6,050 8,360 17,650 2,300 135 ft 205 ft 225 ft 235 ft

Atlas Group

Current Mission Program Objectives Capabilities

Medium to Intermediate Spacelift

Atlas Family Overview/Performance

* HLV configuration at Critical Design Review level (not operational)

Delta IV - Production

ULA

Huntington Beach, CA Program Office transition to new HQ in Denver (ECD Dec 2008) B. F. Goodrich

DSD

Albuquerque, NM

PCM

Pueblo, CO

RIFCA

L3 Communications Space and Navigation Teterboro, NJ

CCAFS

Cape Canaveral, FL

Pratt & Whitney West Palm Beach, FL RL10B-2 engine

El Paso, TX

ULA Delta Launch Vehicle Factory Decatur, AL

Stennis Space Center, MS

Spincraft Billerica, MA

• 4-m, 5-m domes

M/A Com Amesbury, MA Antennas

Moog Aurora, NY

Fluid-level sensor system

B. F. Goodrich A.I.S.

Vergennes, VT

Spacecraft separation systems

Saab Ericsson Space Linköping, Sweden

Halter Marine Pascagoula, Mississippi CBC and Delta IV hardware transportation vessels

Major subcontractor

Launch sites, test facilities

• RS-68 engine assembly

NASA-Stennis Space Center Stennis, MS

Mitsubishi Heavy Industries Nagoya, Japan

Alliant Techsystems Magna, UT Solid rocket motors

• EMA

Upper-stage tank

Composites

Alliant Techsystems Iuka, MS

Hydraulic pump

Sundstrand Rockford, IL

CBC transportation vessels

Foss Maritime Seattle, WA

Cordant Technologies Brigham City, UT RS-68 nozzle

Raytheon Denver, CO Launch site construction contractor

Cincinnati Electronics Mason, OH

Boeing Space Products Kent, WA EELV Heavy payload accommodations

VAFB

Lompoc, CA

Pratt & Whitney Rocketdyne Canoga Park, CA RS-68 engine

RS-68 engine test

Edwards Air Force Base

East Aurora, NY Moog, Inc

• Actuators Pevely, MO United Engineering Co

• CCB Tank Panels

LAAFB

Harlingen, TX United Launch Alliance, Harlingen

• Payload Fairing Fab & Assy

• Adapter Fab & Assy Denver, CO United Launch Alliance

• CCB Fab, Assy & Test

• Centaur Assembly & Test West Palm Beach, FL Pratt & Whitney Rocketdyne

• RL10 Engines Clearwater, FL Honeywell

• Guidance Avionics Los Angeles, CA Keystone Engr

• Tank Domes Albuquerque, NM BF Goodrich

• Telemetry Avionics Mason, OH L3Com-CE

• Avionics Berryville, AR LaBarge

• Cable Harnesses Lincoln, NE Lincoln Composites

• Helium Tanks Los Alamitos, CA Arrowhead Products

• Propulsion Components

San Diego, CA United Launch Alliance, San Diego

• Centaur Tank Fabrication

• Propulsion Components Atlas V – Production Zurich, Switzerland Oerlikon

• 5.4m PLF

CCAFS

Sacramento, CA Aerojet

• Solid Rocket Boosters

Goteborg, Sweden Saab

• Spacecraft Separation System

Madrid, Spain Casa

• Conical ISA

EELV Acquisition/Launch

Long Lead Time - Material Procurement Component Fabrication and Assembly

Sub- system and System Assembly and Test

Launch Vehicle Integration, Test, Checkout Mission Integration and Analyses

(Mission Specification Development)

Post- Flight Analysis Launch Operations Design, Qualify, Manufacture Verification, Analysis, Readiness Launch & Post Flt Operations Payload/Launch Vehicle

Integration Order Launch L-24 Months Mission Readiness Review L ~ 3 Months (Satellite) Flight Readiness Review L ~ 1 Week Launch Readiness Review L ~ 1 Day Launch L - 0

SMC/LRSW Responsibility/Accountability Extends Throughout Entire Process

* This chart represents the 24 Month process (From Birth to Grave)

- It takes two years from the moment it is ordered to the day of launch

Launch and Test Range System

Current Mission Program Objectives Capabilities

Summary

One Team, Mission Focused and Delivering on our Commitments

Pictures (from left to right):

Pillar Point STP-1 Launch on Atlas V

SYSTEMS ENGINEERING AND INTEGRATION

Systems Engineering

Integration

ENGINEERING LAUNCH SUPPORT SYSTEM (ELSS)

ENGINEERING LAUNCH SUPPORT SYSTEM (ELSS)

RD-180 Engineering Overview

RD-180 Engineering Tasks

MISSION INTEGRATION MANAGEMENT

Mission Integration Management

SYSTEMS SAFETY ENGINEERING

SYSTEM SAFETY ENGINEERING ACTIVITIES

SYSTEMS ENVIRONMENTAL ENGINEERING

SYSTEMS ENVIRONMENTAL ENGINEERING ACTIVITIES

SYSTEMS SECURITY

INFORMATION ASSURANCE

SYSTEMS SECURITY & INFORMATION

ASSURANCE ACTIVITIES

ASSURANCE ACTIVITIES

PROGRAM PROTECTION PLANNING

ASSURANCE ACTIVITIES

PROGRAM PROTECTION PLANNING (Continued)

ASSURANCE ACTIVITIES

PROGRAM PROTECTION PLANNING (Continued)

ASSURANCE ACTIVITIES

MISSION SYSTEMS CERTIFICATION AND ACCREDITATION

ASSURANCE ACTIVITIES

MISSION SYSTEMS CERTIFICATION AND ACCREDITATION (Cont)

PRODUCT ASSURANCE

Product Assurance

LAUNCH SCHEDULE MANAGEMENT

Launch Schedule Management

WMS compatible with LVC provided schedule

The contractor shall analyze the launch activity scheduling process and provide an integrated approach for the development of an integrated Wing Master Schedule (WMS). The contractor shall ensure the WMS tool is compatible with the LVC-provided schedules.

The contractor shall develop and maintain an integrated WMS, which includes launch impacting activities of Launch Group (LCG), LVC, ELSS/LV_LSC, SMC reviews, and Range Group acquisition and sustainment. The contractor shall analyze the WMS and provide the government with options to mitigate conflicts and milestone slippages.

The contractor shall update the Space Launch Manifest resident on the Launch Information Support Network (LISN), or equivalent (includes LRSW and Office of Space Launch (OSL) missions). The contractor shall evaluate the Space Launch Manifest identifying potential scheduling conflicts (launch dates, facilities, rehearsals, etc) and provide an assessment to LRSW, on available options. The contractor shall assemble an LRSW Launch Manifest using the LISN. The contractor shall post the manifest on LRSW’s Integrated Data Environment (IDE) and distribute via email to government provided distribution list.

The contractor shall develop and maintain the LRSW Launch Manifest Operating Instruction.

LAUNCH RISK MANAGEMENT

Launch Risk Management

The contractor shall evaluate current EELV risk management processes for compliance with the standards set in the Risk Management Guide for DoD Acquisition. The contractor shall bring deficiencies, and recommended changes, to LRSW Chief Engineer’s attention. The contractor shall document the EELV risk management process, update the EELV Risk Management Plan, and submit the plan for Government approval. The contractor shall review the EELV Risk Management Plan annually, and provide LRSW with recommended changes. TOR-2005(8583)-4018, TOR-2005(8583)-4019, and ANSI/PMI 99‑001‑2004 will be used as references.

The contractor shall develop a weekly consolidated Atlas, Delta, and Launch and Test Range System risk status report for the LRSW Chief Engineer. The contractor shall conduct a monthly LRSW Risk Management Board (RMB), chaired by the Chief Engineer. The contractor shall present the status of all current and potential risks at the RMB. The contractor shall continue to status all risks identified for tracking by the Chief Engineer.

CCAFS

March 17, 2009 Industry Day Briefing System Engineering &Integration (SE&I) Requirements for 45 Launch Group, Cape Canaveral Air Force Station

Mr. Scott Traxler, DO FAC Capt Joseph Hammes, DO FAE

DRAFT COPY

*Note: refer to SE&I PWS for complete task descriptions

Vigorously pursue mission success through seamless partnership with launch and satellite systems wings to satisfy National, Civil, and Combatant Commander requirements for space access 45th LCG Mission Lead launch base mission assurance operations from hardware arrival through launch

Key Tenets:

The LCG relies on a seamless partnership with the launch vehicle and satellite vehicle program offices.

- Ensures smooth hand-off as hardware moves from design to factory to site through payload delivery on-orbit

- Support to national missions such as the National Reconnaissance Office

- Support to civil missions such as NASA

- Support to Combatant Commander such as for GPS, DSP, DSCS missions Lead launch base mission assurance operations from hardware arrival through launch

45th Launch Group Org Structure

H - The 45th Launch Group at Cape Canaveral AFS is made up of the 1st Space Launch Squadron, the 45th Launch Support Squadron, and the 5th Space Launch Squadron.

Cape Canaveral AFS SE&I Requirements

SE&I IN SUPPORT OF

LRSW LAUNCH SERVICES

Launch Site System Engineering and Integration Launch Vehicle Verification Database (LVDB)

Task Description: Actively monitor the launch flow process and synthesize lessons learned Contractor Tasking: Input all identified lessons learned into the LVDB within three work days of identification.

Launch Site Mission Assurance

Task Description: Provide launch site activity mission assurance related recommendations on heritage and EELV launch site activities Contractor Tasking: Provide recommendations to 45 LCG/CC, TD, 5 SLS/CC

Launch Site System Engineering and Integration (Cont’) Strategic Plans/Operating Instructions/ConOps

Task Description: Maintain/update the 45 LCG strategic plan, operating instructions and ConOps.

Contractor Tasking: Review and draft Launch and Range related AF and AFSPC level instructions for technical validity and recommend revisions within three work days of receipt of documents. Review draft squadron booster and launch flow processing instructions for technical validity, recommend revisions, and implement approved changes as required.

Technical Risk Management Program

Task Description: Maintain and updated the 45 LCG technical risk management program documentation.

Contractor Tasking: Identify risks and recommend mitigation plan

LVDB

Task Description: Provide technical expertise, inputs, manage and act as primary POC for LVDB.

Contractor Tasking: Participate in system TIMs/TEMs, reviews, providing technical expertise. Conduct LVDB training, track and manage status of the Launch Verification Matrix (LVM) loading into LVDB, ensure consistent use of LVDB and coordinate with 5 SLS and LVDB developers regarding database enhancements. Evaluate 45 LCG personnel on consoles and report findings to leadership

Launch Flow Processing

Task Description: Provide system integration for launch flow processing, including range and range systems for heritage and EELV programs.

Contractor Tasking: Comply with and complete required tasks identified in the Master Control Checklist (MMC) for each mission.

Operational Status Review Meetings

Task Description: Participate and contribute in all Operational Status Review Meetings.

Contractor Tasking: Responsible for briefing the status of the MMC.

Schedule Management

Task Description: Provide technical evaluation of schedules from multiple launch campaigns.

Contractor Tasking: Produce an integrated launch flow processing master schedule.

Launch Vehicle Launch Support Center (LV_LSC) ELSS Integration

Task Description: Perform ELSS integration in support of launch vehicle systems operations to include but not limited to Contractor Tasking:

Maintain configuration managements of current LV_LSC architecture Develop and maintain an integrated schedule of the LV_LSC Provide EELV processing and launch rehearsal de-confliction recommendations to the Launch Mission Manager and implement improved schedule Develop maintenance plans for all equipment in the LV_LSC as well we EELV acquired equipment and monitor plan compliance Act as a technical point of contact for mission communications kick-off meeting and analyze requirements and configure LV_LSC for each launch campaign

Launch Software Development and Sustainment Launch Verification Software Applications

Task Description: Maintain and Manage mission assurance and launch verification software applications Contractor Tasking:

LVDB

Critical Data Management Applications (CDMAs) Change Problem Request (CPR) Databases Launch vehicle checklists

Software Documentation

Task Description: Develop and maintain all software documentation Contractor Tasking: Make the following doc’s avail for Govt use.

Commenting in the code User’s Manuals and Training Guides Explanation of the software coding and audit /change logs

Launch Software Development and Sustainment Cont’ Integrated Data Environment

Task Description: Host and maintain a fully integrated data environment for mission assurance and launch verification software applications on a government server.

Contractor Tasking: Server shall be accessible to all authorized users, to include remote users. Verify configuration requirements of all computers supporting mission assurance and launch verification software. Provide system-level management of mission assurance and launch verification software.

Structured Query Language

Task Description: Perform Structured Query Language (SQL) server database administration.

Contractor Tasking: Perform database programming, back-up, disaster recovery and security to prepare for launch operations, satellite and booster processing, and contingency/anomaly resolution.

MISSION INTEGRATION MANAGEMENT

Mission Integrated Management

Task Description: The contractor shall provide continuity of mission management activities and knowledge transfer to government mission team members

Systems Safety Engineering

Task Description: Provide systems safety engineering for activities at CCAFS.

Contractor Tasking: Review the System Safety documentation (e.g. SSMP and PESHE) IAW NSS 03-01 and AFI 91-2020 AFSPCSUP1 to ensure compliance with applicable DoD and Air Force Requirements

LVC Documentation

Task Description: Review and verify LVC documentation and activities are in compliance with applicable system safety requirements.

Contractor Tasking: Provide the government with written documentation of discrepancies.

SYSTEMS SAFETY ENGINEERING Cont’ Systems Safety Assessments

Task Description: Provide systems safety assessments of payload integration, ground testing, and flight safety activities to ensure mission readiness.

Contractor Tasking: Report noted deficiencies to the government within 24 hours of the assessments.

Launch Vehicle Flight Termination

Task Description: Analyze the design and testing of launch vehicle flight termination systems and other critical safety components Contractor Tasking: Provide the government with written recommendations for risk mitigation.

SYSTEMS SAFETY ENGINEERING Cont’

LVC

Task Description: Assess the LVC’s hazard analyses to verify all hazards are properly identified and mitigated.

Contractor Tasking: Findings reported in written form to the government.

EWR 127-1

Task Description: Evaluate mission unique EWR 127-1 requirements.

Contractor Tasking: Provide the government with written documentation of discrepancies and potential cost impacts

Deactivation Activities Task Description: Provide systems safety engineering analysis for the deactivation and disposition of LRSW systems.

Contractor Tasking: Provide system safety and environmental analysis reports related to disposition alternatives/closeout activities.

SYSTEMS ENIRONMENTAL ENGINEERING

LVC’s Design, Operations and Procedures

Task Description: Evaluate the LVC’s designs, operations and procedures for launch vehicles and ground support systems Contractor Tasking:

Verify compliance with all environmental requirements.

Evaluate the LVC’s environmental compliance through all programmatic phases, from concept and development through program closeout and disposal.

Provide written strategies needed to achieve and maintain compliance with federal, state and local environmental laws, regulations, and standards.

Review launch ECP’s and provide written mitigation options to decrease or limit potential environmental liabilities and costs

LVC Environmental Compliance and Pollution Prevention

Task Description: Survey LVC environmental compliance and pollution prevention progress to ascertain compliance with the provisions of applicable federal, state, local laws, regulations, requirements, and standards.

Contractor Tasking:

Provide written documentation of compliance status Assess proposed federal, state and local environmental regulations

ESOCHAMP

Task Description: ESOCHAMP Compliance process Contractor Tasking:

Prepare ESOSCHAMP audits assessing compliance with applicable laws Review the audit report and develop a mitigation plan for resolution Validate government approved plan is implemented and completed

NEPA Documentation

Task Description: Review NEPA launch operations documentation.

Contractor Tasking:

Verify the documentation complies with all applicable requirements.

Perform research and analysis of environmental impacts associated with launch operations IAW EELV EMP.

Research and Analysis

Task Description: Perform research and analysis of environmental impacts associated with launch operations IAW EELV EMP.

Contractor Tasking: Initiate the NEPA process for launch activities

HAZMAT

Task Description: Monitor all activities for HAZMAT management, environmental and bioenvironmental Contractor Tasking: Ensure HAZMAT complaince

SYSTEMS SECURITY AND

INFORMATION ASSURNACE

SYSTEMS SECURITY & INFORMATION ASSURNACE

System Security Program

Task Description: Manage and implement system security, program protection planning and information assurance policies, products, and procedures.

Contractor Tasking: In accordance wit h NSS Acquisition Policy 03-01, DoDD 5000.1, DoDD 5200.1, DoDD 5200.39, DoDD.1-M, AFI 63-17 and SMC AF PEO/SP Policy 63-17

Safeguard Critical Program Data

Task Description: Safeguard critical program data IAW AFI 31-401 Contractor Tasking: Document and provide a written report of results and any subsequent actions and participate in periodic IPR’s

EIDTR Database Task Description: Update /maintain the EITDR database Contractor Tasking: Ensure mandatory FISMA reporting compliance

Integrated LCG Master Schedule

Task Description: Develop and maintain and integrated LCG Master Schedule that includes key 45 LCG activities and existing schedules.

Contractor Tasking:

Analyze the 45 LCG Master Schedule and provide the government with options to mitigate conflicts and milestone slippages.

Provide a scheduled assessment of LV and SV readiness, technical schedule risks and mitigation recommendations.

Provide written status to Launch and Spacecraft Mission Managers Task Description: Identify, analyze and recommend mitigations on integrated launch flow process flow issues including technical review and recommendations to LCG technical correspondence and taskers.

Contractor Tasking:

Update mission schedule documentation, including, but not limited to: weekly VAR slides, weekly LCG mission assurance/readiness slides, and weekly senior leader meeting documents/slides

LAUNCH SCHEDULE MANAGEMENT Cont’ Integrated LCG Master Schedule Cont’

Task Description: Compile inputs from LVC, SVC, SV program office and 45 Space Wing (45 SW) agencies.

Contractor Tasking: Provide strategic logistics planning to create a detailed schedule de-conflicting infrastructure requirements, anomaly reviews and daily vehicle processing activities.

Task Description: Develop an integrated schedule identifying the critical path and provide written detailed status of 45 LCG launch flow process activities and 45 SW launch support activities to the Group Control Center (GCC).

Contractor Tasking: Provide written detailed status of 45 LCG launch flow process activities and 45 SW launch support activities to the Group Control Center (GCC). The GCC serves as a single point of command and control (C2) node for 45 LCG during all processing, launch and contingency operations. The contractor shall participate in daily LCG Ops meeting

VAFB

I n t e g r i t y - S e r v i c e - E x c e l l e n c e

Mr. Ron Cockrell, FAC Capt Herman Brandon, FAE Industry Day Briefing System Engineering & Integration (SE&I) Requirements for 30th Launch Group (30 LCG), Vandenberg Air Force Base

Overview Cont’

30 LCG Mission

30th Launch Group Orgs 30th Launch Support Squadron Unique Role: LCG is the nexus of Ops, Acq, and Mnx!

4th Space Launch Squadron 30th Launch Group 1st Air and Space Test Squadron

Squadron Missions 1 ASTS Mission:

Conduct AFSPC spacelift operations to fulfill combatant commander and National Security Space launch requirements. Execute launch operations supporting developmental space systems (including Operationally Responsive Space), targets, and interceptors. Perform delegated launch vehicle processing, integration, and engineering support to meet mission assurance requirements both on site at Vandenberg AFB and designated off site locations.

30 LCSS Mission:

Defend the United States and our allies by providing safe, reliable, and timely spacecraft mission assurance and spacelift support to fulfill Combatant Commander and National requirements.

4 SLS Mission:

Mission Assurance of Atlas V and Delta IV launch operations through risk assessment, campaign integration, and program support.

Delineation of Requirements

SE&I IN SUPPORT OF LRSW LAUNCH SERVICES

SYSTEMS ENGINEERING AND INTEGRATION ACTIVITIES

SYSTEMS ENGINEERING AND

INTEGRATION ACTIVITIES (Cont’)

LAUNCH VEHICLE LAUNCH

SUPPORT CENTER ACTIVITIES

SOFTWARE DEVELOPMENT

AND SUSTAINMENT ACTIVITIES