Where am I?
DOE & Reliability Engineering
Why Innovation Associates
Our Advanced Engineering Methods are specifically adapted for Fuel Cell applications. This is the result of expert knowledge in statistical analysis and extensive experience in the technologies and processes in your industry.
Specialized Design of Experiments
The “generic approaches” to DOE leave a significant knowledge gap in the real-world applications encountered in the Fuel Cell Industry- We have bridged that gap! A few examples include:
- Factorial & Fractional DOEs for Electrochemistry
- Electrode Formulation Design
- Capacity & Rate Capability DOEs
- DOEs combining Electrode Formulation with Process Factors
- Minimal Run Experimentation in the Electrochemistry
- Adapting SPC methods into your R & D efforts
- DOEs for Scale Up and Technology Transfers
Cell Reliability Engineering – See the Future
Customers will require that you demonstrate with facts how your cells will perform for years in the future. Obviously you can't wait for real time data to win the business. You are making changes and improvements to cell designs and process parameters and its not possible to assess long term impacts n real time before you can implement them.
Problem Solved
We can help you address these critical concerns:
- Design, Conduct and Analyze Accelerated Life Tests
- Insuring Non Normal Failure Modes aren't created
- Optimizing Sampling Plans and select the Proper Stress Levels
- Analyzing Censored Failure Data
- Modeling Series and Parallel Cell Configurations for Reliability
Training the Leaders of Tomorrow Today
We have spent years creating specialized Advanced Training Programs. Review our unique Fuel Cell Courses in Electrode Formulation, SPC, DOE, Manufacturing, Cell Assembly and Reliability Engineering that are not offered anywhere else.
Contact Innovation Associates today and immediately enhance your capabilities with decades of experience and subject matter expertise in your exact markets!