From our first contract in 1984 to evaluate Texas’ Older Worker Demonstration Program, DIR has evaluated education, workforce, and social service programs for federal, state, and local government, national foundations, and community-based non-profits.
We bring a full complement of culturally-responsive and methodologically rigorous capabilities and tools to meet the specific needs of our clients. See more detailed samples of our work as captured in selected project stories.
From our first contract in 1984 to evaluate Texas’ Older Worker Demonstration Program, DIR has evaluated education, workforce, and social service programs for federal, state, and local government, national foundations, and community-based non-profits.
We bring a full complement of culturally-responsive and methodologically rigorous capabilities and tools to meet the specific needs of our clients. See more detailed samples of our work as captured in selected project stories.
From our first contract in 1984 to evaluate Texas’ Older Worker Demonstration Program, DIR has evaluated education, workforce, and social service programs for federal, state, and local government, national foundations, and community-based non-profits.
We bring a full complement of culturally-responsive and methodologically rigorous capabilities and tools to meet the specific needs of our clients. See more detailed samples of our work as captured in selected project stories.
Dive deeper into some of our recent work
Dive deeper into some of our recent work
Dive deeper into some of our recent work
U.S Department of Education | Institute of Education Sciences
Upward Bound (UB), launched in 1965, is one of the oldest and largest federal college access programs targeted to low-income students and those who would represent the first-generation of college students in their families. Currently, UB serves more than 60,000 high school students offering an array of academic and college transition support services.
The structure and offerings of UB are prescribed in legislation, but little is known about the focus or delivery of these services or the extent to which they vary. Our report addressed this information gap by identifying approaches that UB projects use to provide core program services—advising, tutoring, academic coursework, college exposure, college entrance exam preparation, college application assistance, and financial aid application assistance.
Data were collected from a survey of UB project directors at institutions that host the projects. The primary goal of the survey was to help identify common—or uncommon, but promising—practices that could inform program improvement studies required of the U.S. Department of Education (ED) by Congress.
Upward Bound
Projects
Responses
Response Rate
When, where and how services were delivered differed across service areas.
When: No typical time for service delivery other than tutoring, which was most often available after school.
Where: Dominant location for coursework, college entrance exam prep and college and financial aid application assistance was the projects' host institution. This was true for about two-thirds of the projects. Other services, such as tutoring and advising, were more likely to be provided at students’ high schools.
How: Tutoring and college entrance exam preparation services were most commonly delivered in groups, while academic advising, college application assistance, and financial aid assistance were typically provided one-on-one between a staff member and the student.
Variation in Focus & Delivery of Services: Variation in the focus and delivery of services among providers appears related to the urbanicity and type of institution (4-year, 2-year, and non-higher education) that hosts the project, but not to other project characteristics examined. There were several differences across projects of different urbanicity and institution type.
W.K Kellog Foundation
DIR conducted a 3-year evaluation of the W.K. Kellogg Foundation’s Cultures of Giving (COG) Cluster. COG was designed to increase the W. K. Kellogg Foundation’s understanding of the gaps in access to leadership, wealth, and influence by and among communities of color.
The clusters sought to change the landscape of the philanthropic community by increasing the quantity and improving the quality of leaders, organizations, networks, and effective practice of philanthropy across communities of color.
The COG cluster was comprised of 28 grantees that were expected to affect three basic outcomes:
To accomplish these evaluation objectives and to help structure the data-collection process, DIR developed a conceptual model that postulated the relationship between activities, outputs, and outcomes.
Based on this conceptual model, DIR designed study questions, related indicators, and associated sub-questions to guide the collection of information about how COG grantee activities contributed or did not contribute to the expected cluster outcomes.
Rice University
DIR used qualitative and quantitative methodologies to conduct a third-party evaluation of a teacher professional development initiative for the Rice University Space and Science Technology (SST) Program sponsored by Conoco Phillips and the National Science Foundation.
The Applied Math Program (AMP!) is a one-year professional development opportunity for eighth-grade science and mathematics teachers that seeks to accomplish the following objectives:
DIR analyzed the relationship between teachers’ participation in AMP! focused on (1) leadership abilities, (2) mathematics and science efficacy, and (3) mathematics and science content abilities.
In-depth interview protocols
Focus groups
Classroom observations
Analysis of student achievement data
Both quantitative and qualitative results indicate that the number and types of opportunities provided by AMP! were associated with achievement of some of the project’s goals and objectives.
Goal 1 – Increase mathematics and science content and pedagogical knowledge.
Qualitative findings showed that while mathematics teachers reported a higher level of confidence regarding their content knowledge than did science teachers, science teachers generally felt more confident about developing and facilitating inquiry-based lessons following AMP! implementation.
Goal 2 – Improve student engagement and achievement in STEM Subjects.
The pre-post results showed a) significantly more AMP! mathematics teachers reported that they give tests and/or quizzes that include constructed-response/open-ended items more often since experiencing AMP!; b) significantly more science teachers said that students were asking and answering their own questions and c) significantly more science teachers placed more emphasis on understanding science concepts.
Moreover, there is general evidence of a significant improvement in students’ performance on mathematics and/or science STAAR with an AMP! science or mathematics teacher than students without AMP! mathematics or science teachers, even when scores of the different demographic subgroups are observed.
Goal 3 – Create a supportive and rewarding environment to sustain AMP! teachers in high-needs schools
Qualitative evidence shows that inquiry-based lessons, new approaches to content vocabulary development, and the science-mathematics connection that was emphasized throughout the program assisted program participants in achieving rewarding classroom experiences that benefitted both the teachers and the students.
Goal 4 — Create a community of teachers that can motivate students toward STEM careers.
AMP! participants motivated students toward careers in STEM, primarily through the mathematics-science connection and the real-world applications of mathematics and science.
Goal 5 — Inject a new culture of support in the school districts for accomplished science teachers.
Teachers felt more able to connect mathematics and science, collaborate with their assigned partners as well as with others on their campus, and generally use several strategies to teach students using inquiry methods. Significantly higher post-test scores were posted for mathematics teachers on the needs assessment in three areas: (1) instruction methods, (2) teacher-directed vs. student-centered methods and activities, and (3) inquiry. Science teachers had significantly higher needs assessment scores on the post administration in four areas: (1) instruction methods, (2) understanding science concepts, (3) inquiry, and (4) STEM emphasis.
U.S Department of Labor | Employment and Training Administration
The Youth Opportunity (YO) Initiative program offered educational, employment, leadership enhancement, and other support services to all youth, ages 14 to 21, in 36 targeted high-poverty areas across the country in order to boost their high school graduation, college enrollment, and employment rates.
YO consisted of a network of large and complex projects intended to build the foundation for community-wide efforts to mobilize resources in helping youths to enter the economic mainstream. The three main objectives of the evaluation were to: 1) document and assess the effectiveness of the delivery of YO-funded services and leveraged services in the target areas; 2) assess the target areas’ sense of well-being before and after receipt of program services; and 3) measure the impact of the program on employment, educational enrollment and attainment, graduation rates, wages, welfare enrollment, and youth involvement in crime in target areas.
In-depth interviews
Site visits
Focus groups
Area surveys to measure labor market outcomes
Comparisons using propensity-score matching
Analysis of grantee data
Analysis of data collection outcomes
Education Outcomes - YO reduced overall number of out-of-school and out-of-work disconnected youth; increased Pell grant recipients in urban sites from 3 – 6 percent; reduced the number of high-school dropout and increased postsecondary enrollment for foreign-born youth; increased the percentage of youth overall with at least an 11th grade education, reducing the percentage of youth not in school, and increasing the percentage in secondary school.
Labor Market Outcomes - YO increased the labor-force participation rate overall and specifically for teens ages 16 to 19, women, native-born residents, black and in-school youth; increased the employment rate among blacks, teens, out-of-school youth and native-born youth; had a positive effect on the hourly wages of women and teens.
Community Outcomes - YO successfully recruited and enrolled large numbers of youth in high-poverty areas, suggesting that a saturation approach to serving youth in these areas may work; helped to address gaps in services and supported skill development among participating youth; and provided a safe space for young people, quality youth and adult relationships, enhanced training and education services, and opportunities to be productive.
Other Noteworthy Findings