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Charles Freeman

Professor, Department Chair of Fashion Merchandising & Director of Research and Creative Scholarship Initiatives Texas Christian University

  • Fort Worth TX

Dr. Freeman is an expert on athlete equipment, advanced textiles, wearable sensors, and the commercialization of university research.

Contact
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Media

Social

Industry Expertise

Textiles/Leather Goods

Areas of Expertise

Technology Transfer and Intellectual Property
Wearable Energy Technologies
Protective Clothing Systems
Advanced Manufacturing Workforce Development
Military and Occupational Equipment
Personal Protective Equipment
Research Commercialization
Thermoregulation and Thermal Comfort
Product Development and Prototyping
Aerospace Soft Goods
Moisture Management
Textile Testing and Product Validation
Soft-Goods Engineering
Wearable Sensors and Smart Textiles
Performance Apparel and Footwear
Apparel and Consumer Behavior
Fashion Merchandising
Entrepreneurship
Apparel Design
Fashion Design

Education

Louisiana State University

Ph.D.

Apparel Design

2012

Florida State University

M.S.

Apparel Design

2005

Affiliations

  • Association of Family and Consumer Sciences
  • National Retail Federation
  • American Collegiate Retailing Association
  • International Textile and Apparel Association
  • Pop Culture/American Culture Association

Languages

  • English

Media Appearances

Beyond ‘Landman’: TCU students co-star in Taylor Sheridan’s expansion of Four Sixes marketing

Fort Worth Report  online

2026-05-10

“It didn’t really capture the essence of what it felt like to be on the ranch, to be in the big house, as they call it,” said Charles Freeman, chair of TCU’s department of fashion merchandising. “It didn’t convey the heritage of Texas. They wanted to change that.”

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TCU Launches New Training and Development Program with Advanced Functional Fabrics of America

The Business Press  online

2026-04-28

“Over the past year, our work with AFFOA, the development of the TACTIC initiative, and our internal investments in textile testing and soft-goods engineering have put TCU on the national radar,” said Charles Freeman, professor, department chair, and associate dean of research in TCU’s College of Fine Arts. “TACTIC and our work with AFFOA help position TCU as a leader in training the next generation of soft-good engineers and scientists for the industry.”

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New TCU Certificate, Research Partnership Focus on Textiles, Soft-Goods Engineering

TCU News  online

2026-04-27

Under the leadership of Freeman and Amy Hardison Tully, Teresa Ann Carter King Dean of the College of Fine Arts, and through partnership with AFFOA, TCU has launched the Texas Advanced Certificate in Textiles for Innovation and Composites (TACTIC) with AFFOA.

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Patents

“Mobile Markerless Motion Capture for Movement Data Collection in all Environments”

Utility U.S. Patent Application # 18/793,604

Thompson, M., Burch, R., Ball, J., Luczak, T., Freeman, C., Saucier, D., & Chander, H.

“Wearable Sensor Motion Capture System”

Utility U.S. Patent #11,672,480

Burch, R., Luczak, T. Ball, J., Saucier, D., Chander, H., & Freeman, C.

“Face Filtration Mount for Automated Filter Tester”

Non-provisional U.S. Patent #29/801984

Freeman, C.; Burch, R.; and Casey, L.

Articles

Assessing Corrosion Effects on the Electrical Performance of Wearable Photovoltaic Cells: A Comparative Study of Current Consistency and Resistance

Textiles

Talukder, A., Freeman, C., Kobia, C., & Burch, R. F.

2025-01-09

This research examines the effects of corrosion on photovoltaic components integrated into wearable systems. The findings contribute to the development of more durable wearable energy technologies for outdoor, occupational, military and extreme-environment applications.

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The Applicability of Existing Acceptance Models for Enterprise Organizational Technology Acceptance of Wearables

International Journal of Industrial Ergonomics

Strawderman, L., Jose, B., Burch, R. F., Warren, S., Taylor, C., Ball, J., Freeman, F., & Chander, H.

2022-11-01

This research examines the organizational factors that influence the acceptance and implementation of wearable technologies. It provides insight into why technically successful products may fail when usability, workflow, trust, training and institutional adoption are not considered.

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Wearables for Biomechanical Performance Optimization and Risk Assessment in Industrial and Sports Applications

Bioengineering

McDevitt, S., Hernandez, H., Hicks, J., Lowell, R., Burch, R., Ball, J., Chander, H., Freeman, C., Taylor, C., Anderson, B.

2022-01-13

This research reviews and evaluates wearable technologies used to measure movement, support biomechanical analysis, optimize physical performance and identify injury risks in sport and industrial environments. It establishes an interdisciplinary framework connecting wearable sensing, human movement, equipment design and occupational safety.

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