4.2 Other Resource Requirements This section includes the items needed for implementing our project. These are the electronic components for the platform. This list does not include those items used for implementing the platform that will be done by the Engr 466 Senior Design Team. This list is an estimate of the ideal case. The exact items bought may differ depending on funding, which is not currently set. 4.3 Financial Requirements The following is the summary of the financial requirements for this project. This is based on a labor cost estimate of $20 per hour. Despite the total of $24,350, only the components cost will need to have funding for. Therefore, the real financial cost without labor is $1,550 without the cost of the platform designed by the Engr 466 Senior Design Team. 5. Project Schedule 6. Closure Materials 6.1 Project Team Information 6.1.1 Client Information The client for this project is the Space systems and Controls Lab. This is a lab in the aerospace department at Iowa State University which runs multiple projects such as High Altitude Balloon Experiments in Technology, (CySAT) Cyclone SATellite cubesat project and the Mars Analog Vehicle for Robotic Inspection & Construction.
4.2 Other Resource Requirements This section includes the items needed for implementing our project. These are the electronic components for the platform. This list does not include those items used for implementing the platform that will be done by the Engr 466 Senior Design Team. This list is an estimate of the ideal case. The exact items bought may differ depending on funding, which is not currently set. 4.3 Financial Requirements The following is the summary of the financial requirements for this project. This is based on a labor cost estimate of $20 per hour. Despite the total of $24,350, only the components cost will need to have funding for. Therefore, the real financial cost without labor is $1,550 without the cost of the platform designed by the Engr 466 Senior Design Team. 5. Project Schedule 6. Closure Materials 6.1 Project Team Information 6.1.1 Client Information The client for this project is the Space systems and Controls Lab. This is a lab in the aerospace department at Iowa State University which runs multiple projects such as High Altitude Balloon Experiments in Technology, (CySAT) Cyclone SATellite cubesat project and the Mars Analog Vehicle for Robotic Inspection & Construction.
Project%20Plan-Final.docx