Improve our customers' systems and methodology
- Environmental Planning
- Environmental Studies
- Solid Modeling & Drafting
- Small scale Manufacturing & Prototyping
- Technology Insertion
- Technically Advanced Product Development
- Systems Integration
- Reverse Engineering
- Repair/Replace Legacy Components
- Training Facilities and certified Trainers
Geographic Information Systems (GIS) and GeoBase data systems included in EA/EIS documents provide exact locations of environmental variables. Unique sample schemes representing statistically valid measurement of contaminants reduces costs and time required for classification, sampling, and analysis.
Our design-for-test strategies minimize Mean-Time-To-Repair (MTTR). Condition-Based Maintenance technologies and tools minimize and/or prevent catastrophic failures. We eliminate faulty or nonconforming materials before design and production begins by developing a Producibility Engineering Plan (PEP), and identifying and qualifying vendors.
Our SEMP approach prevents scope creep and produces the most cost effective results. SEMP also ensures any improvements or changes can be tested, validated, and measured to determine the value of the improvement or new technology, repair, or modification.
We utilize a Producibility Engineering Plan (PEP) to optimize design and reduce procurement lead times, over-specification of tolerances, special tooling, test systems, manufacturing skill levels, production design changes, and use of specialized materials, processes, and proprietary items.