Wireless Arduino wiring diagram, code and part list needed.

Hello. I would like to sub-out an Arduino wiring diagram, part list and code to drive a real-time wireless data collector for barometric pressure, gauss measurements, and video/pictures. I am measuring the performance of multiple "bladders" that I will be placing inside a small aluminum pressure vessel. I need an Arduino to be inside the vessel that will measure the real-time-barometric-pressure, video the performance of the bladder, and take/transmit gauss measurements as I drive the pressure up, then down and equalize. The bladders will be pulling a small sled (like 1-2cm) containing a magnet and the gauss-meter will be used to measure linear distance of the bladder compressing under the pressure. Each trial of data collection will last no more than a minute each. Real-time data during each measurement will need to be wirelessly transmitted to a laptop located outside the thin walled, aluminum vessel (hopefully to a USB connection). I will be switching out the bladder, and doing the same measurement over, and over, and over, and over. . . . I will be designing and building the physical test unit, but I would like you to develop the code, wiring diagram and parts-list for the Arduino-side. I have some experience with Arduino programming but much with data analysis, prototyping and circuitry. I have the following parts that I would like to use: 1) 2 x Arduino UNO R3s 2) 1 x ArduCam OV2640 Mini 2MP 3) 1 x JBtek BMP180 Barometric Pressure, Temperature and Altitude Sensor 4) 1 x Board-mount hall effect sensor (SS49) 5) lots of breadboards, capaciters, resistors, wires, switches, etc. I will need the following part(s) that I would like you to recommend (I would purchase the parts you recommend): 1) 1 x RF transmitter serial port to USB setup (1 internal antenna, 1 external antenna, 1 USB convertor) I would like the code to do the following: 1) I power-up the Arduino (9V battery) and close the pressure vessel with the Arduino and bladder-measuring-device (A&BMD) inside. The A&BDM waits for the pressure to start increasing before it takes data. 2) Once some minimum pressure-threshold that I would set (Pmin) is passed, the Arduino camera turns on and the gauss meter starts taking data. 3) I will drive the pressure up to a maximum pressure (Pmax), hold Pmax for about 30 seconds, then vent the chamber and the A&BDM continues taking/transmitting data until Pmin is reached again. Upon passing Pmin for the second time, data collection/transmission ceases and the system waits to be reset and done all over again. 4) The data needs to be transmitted to a laptop in a .csv, or .m format that I will be collecting and post processing on my own, but methods to "watch" the data real-time is HIGHLY DESIRED. Please let me know if this seems like a project you are qualified to perform and how much you would charge to do so. We can discuss more details about the project when we make contact. Thank you very much and I look forward to hearing from you! -Mike