Experimental Design & Analysis Solutions, Inc.

Experimental Design & Analysis Solutions, Inc., operating under the trade name Apex Turbine Testing Technologies, is a small for-profit corporate entity based in Spring Hill, Tennessee, that specializes in developing advanced data acquisition systems, software, and analysis services primarily for turbine engine testing and research applications. Registered in SAM.gov since 2006 with a current registration valid until February 2026, the company is a manufacturer of specialized technical equipment focused on providing high-precision monitoring and analysis solutions for federal agencies. The organization has demonstrated expertise in creating sophisticated data collection systems, particularly for aerospace and defense-related testing environments, with a strong emphasis on integrating artificial intelligence and machine learning techniques into their technological offerings.

The company has secured multiple federal contract awards from key agencies including NASA, the Air Force Research Laboratory, and the Naval Air Warfare Center, predominantly through small business set-aside contracts and SBIR/STTR research programs. Their contract portfolio reveals a concentration on developing advanced software platforms for hypersonic testing, maintenance of specialized data acquisition systems, and machine learning algorithms for predictive maintenance of turbine engines. Notable contract achievements include a $1,764,191 STTR Phase III contract with AFRL for advanced test platform software, a $499,993 STTR Phase II contract developing machine learning algorithms for part variability analysis, and multiple maintenance contracts for APEX data systems at various federal research facilities. These contracts, ranging from $14,000 to nearly $1.8 million, demonstrate the company's capability to provide sophisticated technological solutions across research, development, and maintenance domains, with a particular focus on aerospace, turbomachinery testing, and advanced computational techniques.