Payload Integration and Processing

DURATION: TWO DAYS
COURSE NO.: 2050

Payload Integration and Processing is a practical course on understanding the mission integration and launch vehicle/spacecraft integration process. The course examines the evolution of mission integration functions, the structure of the integration team and roles and responsibilities of team members. Processing of payloads onto expendable vehicles and the space shuttle will be presented, with emphasis on the development of mission integration documentation, including payload requirements and the interface control document (ICD). The course provides a wealth of lessons learned from the integration of payloads onto launch vehicles. Location permitting, attendees may tour local NASA payload processing facilities.

COURSE MATERIALS:
Include extensive notes and reference materials.

Spacecraft and launch vehicle integration engineers and managers, contract managers and other professionals requiring a working knowledge of payload processing and the role of mission and payload integration in the successful accomplishment of space missions.

Description of the Payload integration Process. Definition of the Launch and Payload Systems. General Launch vehicle performance capability and design constraints. Roles and responsibilities of various Mission Integration agencies and key Managers. Launch site Documentation Requirements. Launch site Planning and Facilities Requirements. Function and structure of planning meetings. Review of Mission verification Methodology and lessons learned.

1. Introduction to Payload Integration and Processing.
   

   Uniqueness of the space mission integration process. Typical organizational structures. Typical processing and activities. Definitions.

2. Launch Vehicle Compatibility.
   

   Functions of the mission integration activity and contractual interfaces. Role of various inter agencies and key managers.

3. Launch Vehicle Structure and Interfaces.
   

   General performance capability overview. Launch vehicle selection criteria. Design constraints. Functional and physical interfaces.

4. Documentation.
   

   Typical Documentation Interfaces. User handbooks and manuals. Interface Control Document (ICD). Launch site operations requirements.

5. Payload Processing at Launch Site.
   

   Launch site activities flow. Facilities requirements.

6. Lessons Learned.
   

   Verification methodology and what to do for a successful mission. Critical areas for oversight.

7. Mission Management and Structure Objectives.
   

   Organizational structure and oganizational structure membership.

8. The Role of the Mission Manager in Achieving Mission Success.
   

   Reliability. Cost. Schedule.