Section 4.1: Introduction

Last updated on 2019/11/14 by Court

From the beginning of the Engineering Research Centers (ERC) program, ERCs have been focused on creating a culture that integrates research, education, and industrial practice to produce engineering graduates who are more effective in industrial practice, and to infuse new knowledge at the interface of disciplines into the engineering curricula. Third-generation (Gen-3) ERCs—that is, all ERCs established in FY 2008 and after—have an additional mandate, to increase the creativity of engineering graduates and expose them to innovation, entrepreneurship, and research practices in other countries and to produce graduates who will be creative U.S. innovators in a globally competitive economy.” Each center is built on three pillars: research, education, and innovation through technology translation/transfer. All three of these components must be fully integrated in a successful center.

ERCs are motivated by an engineered systems vision and structured by a strategic plan that defines a research program to address barriers in the way of realizing the vision. The strategic research plan structures an integrated program of fundamental and applied research that feeds into proof-of-concept enabling and systems technology testbeds.

An ERC’s education program is comprised of a university program and a precollege program. The university education mission of an ERC is to prepare students for effective practice in industry and to enhance their capacity for creative and innovative leadership throughout their careers. The precollege education mission rests on long-term partnerships with K-12 institutions to expose science, technology, engineering, and math (STEM) teachers to engineering and deliver engineering concepts and experiences to their classrooms to stimulate student interest in engineering careers. The interface of the research and educational culture of the ERC enriches the participating universities through the transfer of ERC-generated knowledge into engineering curricula.

A team of faculty, students of all levels, and staff who share the ERC’s vision develop the ERC’s culture. They come from different disciplines and perspectives of research, education, and technological innovation, and they include rich perspectives offered by diversity in gender, race, ethnicity, and other demographics.

According to the ERC Program culture and each center’s specific education strategic plan, each center is expected to attract new students to engineering and to produce engineering graduates who will be highly effective in industrial practice and be the creative innovators of the global economy of the future. There are four main target audiences: graduate students, undergraduate students (including community college students and veterans), precollege students, and the general public.

Each ERC’s engineering education program is expected to include:

  • University undergraduate and graduate education programs strategically designed to produce graduates with the skill sets needed to be creative, adaptive, and innovative, well prepared for effective leadership in industry through knowledge about industrial practice, technology advancement, entrepreneurship, and innovation. “Strategically designed” means that there should be an education strategic plan for the center, and it is especially important for Gen-3 ERCs since there is an expectation that the center develops and implements purposefully the education plan that will produce the type of students that the center is aiming to graduate.
  • Advances in curricular materials derived from the ERC’s interdisciplinary and systems-focused research;
  • Long-term precollege partnerships aimed at exposing K-12 STEM teachers to engineering and to delivering engineering concepts and experiences to their classrooms (either directly or via the teachers) in order to stimulate student interest in engineering careers and increase enrollment in college-level engineering degree programs.
  • General Outreach to involve precollege students in the ERC activities.
  • Strategies to recruit and retain a diverse body of students who are involved in the education activities carried out by the ERC.

NSF provides guidance with respect to outcomes expected from a successful center education program. These outcomes are clearly articulated in the applicable solicitation and are reiterated below:

  • The goals of the university education strategic plan will impart skill sets to undergraduate and graduate students so that they will be:
    • Effective in advancing technological innovation in industry
    • Adaptive and creative innovators
    • Effective in innovation in a globally connected, innovation-driven world.
  • The strategic plan clearly specifies:
    • Desired characteristics and skill sets of graduate and undergraduate student researchers
    • Approaches to impart these skill sets to students via the education program
    • Measures to assess progress and impacts through longitudinal data
    • Mechanisms to incorporate assessment feedback to improve program content and delivery
    • Actionable plans to mentor students, post-doctoral researchers, and junior faculty. 
  • The education program will be integrated with the center’s research with foreign collaborators so that students have the opportunity to carry out research relevant to the ERC's goals at foreign laboratories for a time sufficiently long to provide knowledge of foreign research practices, equipment, and other competencies.
  • Effective plans are in place to integrate the ERC's cross-disciplinary and systems research into courseware and curricula and to disseminate outcomes and curriculum/outreach products to all ERC partners and for workforce training.
  • The precollege education program will develop an effective long-term partnership with up to five precollege institutions (school districts or individual schools) nearby the lead and/or partner universities, to incorporate middle and high school teachers and students in ERC-related activities.
  • If community college or technical college faculty and students are involved, the experience will add value to the educational capacity of the faculty and students as well as to the faculty and students of the ERC.
  • Effective assessment tools are utilized to incorporate feedback from assessments/evaluations into the education programs to improve program content and deliver on program goals.

The development of an ERC education program requires strategic planning, a team of experts, and participation from all stakeholder groups. These teams can benefit from the collective experience of Education Program Directors at existing centers. This chapter has been assembled by these experts in ERCs across the country and is intended as guidance to those considering developing an ERC or ERC-like education program, as well as for new ERC education personnel who join an ongoing center.

It is important that new centers not interpret the contents of this chapter as a list of requirements for ERCs. Instead, it is a resource describing the collective wisdom of multiple ERC University Education and Precollege Education Directors. It can be used to identify programs and techniques that have worked in the past, being aware that each situation is different. Specific review criteria for each component of an ERC, by age of the ERC, are available at the ERC documents website.1

Nonetheless, in addition to the prescribed goals above, the ERC must include a Research Experiences for Undergraduates (REU) Program, Research Experiences for Teachers (RET) Program, and Young Scholars (YS) Program (for Gen-3 ERCs only). However, NSF encourages centers to apply the same creativity and innovation that drive their research programs in determining how they develop and implement these education programs at their particular ERC. Additionally, latitude is given with respect to specific details and programming for other education and general public outreach programs that involve precollege students in ERC activities.

This chapter is divided into six sections: Program Planning, Precollege Education, Undergraduate Education, Graduate Education, Assessment and Evaluation, and Program Sustainability. Each has two parts. The first is a summary of the topic and includes suggestions and recommendations. The second part, a corresponding appendix, is a collection of center-specific program descriptions that offer an example of how that particular center has implemented a given program. These examples describe how a given program works in a specific center; together they illustrate the breadth of programs offered by centers as well as how centers have implemented required programs and developed new ones. Each example includes contact information, and readers who would like to import a given program are encouraged to contact ERC program personnel directly to learn additional details.

Current and prospective ERC Education Program Directors are urged to start with the planning section and follow the steps regarding identifying desired outcomes, identifying local programs that can be leveraged, identifying local opportunities for new programs, including assessment and evaluation in the process, and being mindful of opportunities for sustainability.

Each ERC Education program must support the mission of the center and each component must be consistent with the mission. Additionally, ERCs have historically been leaders in promoting diversity in all of their programs and all centers are expected to continue this tradition of including those who have been underrepresented in the Nation’s science and engineering enterprise.

The following Exhibits provide data gathered by the NSF ERC Program from the ERCs in the portfolio. They give prospective and current ERC Education Directors information on the type of outcomes and investments made in Education by ERCs. The data was obtained from the NSF ERCWEB program database.

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Exhibit A. Current ERCs in FY2019 and Technology Clusters of the ERCs

Exhibit B. ERC Influence on University Curriculum, Historical

Exhibit C. Curricular Impact of ERCs, FY 2007-2018

Exhibit D. ERC Student Degrees, FY 1985-2018

Exhibit E. ERC Graduate Employment (19 centers) FY2018

Exhibit F. Personnel Conducting ERC Research FY2018[1]

[1] The sum of the number of personnel for each category may exceed the total number of personnel because personnel may belong to multiple categories. Percentage of foreign personnel is calculated out of domestic and foreign personnel, excluding personnel who did not report citizenship.


Exhibit G. Education Program Expenditures from Unrestricted and Restricted Cash