New Prototype Project - Need Competent Help

I'm currently working on a project to build an machine that uses Impact Sensors to register the user's force of impact and convert the incoming analog data into an electronic format for storage and data calculations. The system will be able to run a number of pre-programmed routines that control multiple analog outputs (LEDs, Sound Components, Etc) and output statistical reports of a user's use during their session.

The problem is that I have no electronics training and am quite lost when it comes to even the most trivial of tasks. I've been hounding my friends and family trying to find someone who knows someone who is competent in the inner workings of component electronics.

I am hoping to find someone here that will be able to help me with this project. As I'm funding this project from proceeds from my full time job, I don't have the financial ability to hire someone to build the components for me. I'm looking for someone who likes a challenge, is capable of creating a system as described briefly below and is interested in working on a startup project.

The system would encompass the following (excerpts taken from a friend): - Hook up force sensors of a "variable resistance type" - Use chipsets to collect data and send it to a computer - Use software to interpret incoming data and run pre-programmed routines - Control lights and sound devices based on those pre-programmed routines - Control lights and sound devices based on input from the sensors - Return user data describing timing, force used and statistical data - ...as well as a laundry list of items planned for Phase II, III, IV, V etc.

If this sounds like a project you're interested in, please feel free to contact me. I live in upstate NY and proximity is a plus, but not required.

Thanks,

- Jace

From what I can deduce from your description the techniques required would be similar to those used in vehicle crash test dummies plus the required output options (lights and sounds). The project involves many different aspects of design based upon the real-time environment including hardware sensors and housings as well as methods of attachment to the bodies in question etc, etc. It is not just a matter of electronics and software design or something which could be done overnight. Depending upon the application environment and what you were trying to achieve, the complexity may be relatively simple and require few sensors, or it may be much more complex. Storing the data and getting it from the operating point to the control point might also be simple or complex depending upon the application environment.

A complete specification would be mandatory in order to even make a guess at manpower, time and costing. Could be $100K or several $M to develop.