What We Track
The ATE Survey captures key data that shows what projects are doing, who they are reaching, and how they are contributing to workforce development. The survey tracks:
How Findings Are Used
Why the ATE Survey Matters
The ATE Survey helps tell the story of the ATE program’s work, demonstrating reach, strengthening accountability, and advancing the visibility of the ATE community.
ATE Survey History
Since its launch in 2000, the ATE Survey has provided a consistent, longitudinal view of the ATE program, capturing how projects evolve and contribute to the technician workforce. With a sustained response rate of 90% or higher, the survey continues to grow alongside the program, guided by community feedback and changing priorities.
Research Using ATE Survey Data
The ATE Survey provides a comprehensive dataset for understanding trends, priorities, and emerging issues in technician education and workforce development. EvaluATE collaborates with internal and external researchers, including ATE projects and STEM education research teams, to include rotating “Special Topic Questions” each year. With a consistent response rate of 90% or higher, the survey offers one of the most reliable public-facing datasets on the ATE program.
Prior special topics have included:
- Assessing applied research engagement and support needs across ATE projects (2026)
- Understanding meaningful industry engagement in the ATE community to support educators in managing and evaluating industry partnerships (2025)
- Understanding the use and barriers of extended reality technologies in ATE projects (2024)
- Professional development in ATE projects: Faculty skill building, recruitment strategies, and implementation barriers (2024)
- Exploring the impact of ATE mentoring initiatives on proposal development and successive funding applications (2024)
- Understanding the economic development role of technician education (2023)
- Assessing cybersecurity integration and support needs in ATE (2023)
- Data collection, management, evaluation, and use in ATE projects (2022)
- Assessment of professional development activities for educators (2022)
- Alumni tracking practices in technician education programs (2021)
- Informing interventions, products, and services most useful to the ATE community (2020)
- Mathematics skills needed for success in technical education and STEM careers (2020)
- Developing secondary school engagement strategies for community college recruitment (2020)
- Future trends, priorities, and challenges of ATE (2019)
- Accessibility concerns in ATE (2018)
- ATE collaboration with business and industry (2016–17)
- Industry-college collaborations in instructional program planning (2013)
The following publications have been informed by data collected from the ATE Survey
Boyce, A. S., Tovey, T. L. S., Onwuka, O., Moller, J. R., Clark, T., & Smith, A. (2023). Exploring NSF-funded evaluators’ and principal investigators’ definitions and measurement of diversity, equity, and inclusion. American Journal of Evaluation, 44(1), 50–73.
Slowinsky, M., & Bower, R. (2021). Partnership Models developed by the Working Partners Project.
Garza Mitchell, R., & Horvitz, B. (2017). Online technical education in the community college. Community College Journal of Research and Practice, 41(6).
Wingate, L. A. (2017). Advancing research in the National Science Foundation’s Advanced Technological Education program. Community College Journal of Research and Practice, 41(6), 370-373.
Bouda, K., & Bower, R. (2015, July 15). Creation, dissemination, and accessibility of ATE-funded resources. [blog].
Yarnall, L. (2013). Meeting 2020 workforce goals: The role of industry–college collaboration and goals for instructional design. Community College Journal of Research and Practice, 38(2-3), 250-260.
Welch, W. (2014). An exploratory test of a model for enhancing the sustainability of NSF’s Advanced Technological Education (ATE) Program.
Welch, W. (2013a). Developing and analyzing a scale to measure the impact of the Advanced Technological Education Program.
Welch, W. (2013b). Measuring the sustainability of the National Science Foundation’s Advanced Technological Education Program.
Smith, C., & Wingate, L. A. (2016). Strategies for broadening participation in advanced technological education programs: Practice and perceptions. Community College Journal of Research and Practice, 40(9), 779-796.
Bartlett, K. R., Schleif, N., & Bowen, M. M. (2011). The use of workforce assessment as a component of career and technical education program evaluation. Career and Technical Education Research, 36(2), 105-118.
Our Team

EvaluATE is supported by the National Science Foundation under grant numbers 0802245, 1204683, 1600992, and 1841783. Any opinions, findings, and conclusions or recommendations expressed on this site are those of the authors and do not necessarily reflect the views of the National Science Foundation.