DO-IT Summer Program: Empowering STEM Futures for Students with Disabilities

Every summer, the University of Washington (UW) teems with activity as thousands of school children participate in various summer camps. These camps offer immersive experiences ranging from robotics and athletics to art and screenwriting, providing young minds with opportunities to explore diverse fields and develop new skills. Among these numerous programs, one stands out for its unique mission and profound impact: the DO-IT (Disabilities, Opportunities, Internetworking, and Technology) Scholars program. For over two decades, DO-IT has been instrumental in empowering students with disabilities to pursue and succeed in challenging STEM (Science, Technology, Engineering, and Mathematics) fields. This program not only provides academic enrichment but also fosters a supportive community, promoting independence, self-advocacy, and leadership skills among its participants. DO-IT’s holistic approach addresses the unique challenges faced by students with disabilities in STEM, paving the way for a more inclusive and diverse scientific community.

This article delves into the DO-IT Summer Program, exploring its history, mission, curriculum, impact, and future directions. We will examine the program's structure, the resources it provides, and the success stories of its participants. Furthermore, we will discuss the broader context of disability inclusion in STEM education and the critical role that programs like DO-IT play in fostering a more equitable and innovative future for all.

The Genesis and Evolution of DO-IT

The DO-IT Center at the University of Washington was founded in 1992 by Dr. Sheryl Burgstahler, a visionary leader in the field of disability studies and technology access. Recognizing the underrepresentation of individuals with disabilities in STEM fields, Dr. Burgstahler sought to create a program that would address the systemic barriers preventing their full participation. The initial concept was to provide students with disabilities with the tools, resources, and support they needed to succeed in college and careers in STEM. This vision was fueled by the understanding that individuals with disabilities bring unique perspectives and problem-solving skills to STEM, enriching the field and driving innovation.

The DO-IT Summer Program, a cornerstone of the DO-IT Center's initiatives, was launched shortly after the center's inception. The program's initial focus was on providing intensive academic preparation, technology training, and mentoring to high school students with disabilities. Over the years, the program has evolved to incorporate new technologies, adapt to changing educational landscapes, and address emerging challenges faced by students with disabilities in STEM. Key milestones in the program's evolution include:

• **Early Focus on Assistive Technology:** Recognizing the critical role of assistive technology in enabling students with disabilities to access educational materials and participate in STEM activities, the program initially emphasized training in the use of screen readers, voice recognition software, and other assistive devices.
• **Development of Online Communities:** DO-IT pioneered the use of online communities to connect students with disabilities with mentors, role models, and peers. These online platforms provided a safe and supportive space for students to share their experiences, ask questions, and build relationships.
• **Expansion of Curriculum:** The program's curriculum has expanded over the years to include more advanced STEM topics, leadership development activities, and self-advocacy training. This comprehensive approach ensures that students are well-prepared for the challenges of college and careers in STEM.
• **Partnerships with Industry and Academia:** DO-IT has forged strong partnerships with leading companies and universities to provide students with internship opportunities, research experiences, and access to cutting-edge technologies. These partnerships enhance the program's impact and provide students with valuable real-world experience.
• **Emphasis on Universal Design for Learning (UDL):** DO-IT has been a strong advocate for UDL, a framework that promotes the design of educational materials and environments that are accessible to all learners, regardless of their abilities or disabilities. By incorporating UDL principles into its curriculum and activities, the program ensures that all students have the opportunity to succeed.

The DO-IT Summer Program has consistently adapted to meet the evolving needs of students with disabilities in STEM, remaining a vital resource for promoting inclusion and equity in the field.

Program Structure and Curriculum

The DO-IT Summer Program is a multi-faceted initiative designed to provide a comprehensive and supportive learning environment for students with disabilities. The program typically spans two summers, with participants engaging in a variety of activities, workshops, and mentorship opportunities. The curriculum is carefully crafted to address the specific challenges faced by students with disabilities in STEM, while also fostering their academic growth, personal development, and leadership skills.

Summer Phase I: Immersion and Skill Building

The first summer of the program is an intensive residential experience held on the University of Washington campus. During this phase, students participate in a wide range of activities, including:

• **Academic Workshops:** These workshops cover essential STEM topics, such as mathematics, science, and computer programming. The curriculum is designed to be accessible to students with diverse learning styles and abilities, incorporating UDL principles and assistive technologies.
• **Technology Training:** Students receive hands-on training in the use of assistive technologies, web accessibility tools, and other technologies that can enhance their learning and productivity. They learn how to use screen readers, voice recognition software, and other tools to access information and complete assignments.
• **Self-Advocacy and Leadership Development:** These sessions focus on developing students' self-advocacy skills, teaching them how to communicate their needs effectively, request accommodations, and advocate for their rights. They also learn about leadership principles and strategies, empowering them to become leaders in their schools and communities.
• **Social and Recreational Activities:** The program includes a variety of social and recreational activities designed to foster a sense of community and promote peer interaction. These activities provide opportunities for students to build relationships, share their experiences, and develop social skills.
• **Mentorship:** Each student is paired with a mentor who is a professional in a STEM field or a college student with a disability. Mentors provide guidance, support, and encouragement, helping students navigate the challenges of pursuing STEM careers.

Summer Phase II: Advanced Topics and Research Exposure

The second summer builds upon the foundation established in the first summer, providing students with more advanced learning opportunities and research experiences. Activities during this phase include:

• **Advanced STEM Courses:** Students participate in more advanced STEM courses, delving deeper into topics such as robotics, engineering design, and data science. These courses provide students with a solid foundation for college-level coursework.
• **Research Projects:** Students have the opportunity to participate in research projects under the guidance of UW faculty members. These projects provide hands-on research experience, allowing students to apply their knowledge and skills to real-world problems.
• **Career Exploration:** Students learn about various STEM career paths and the skills and education required for each. They participate in career panels, site visits, and informational interviews with professionals in STEM fields.
• **College Preparation:** The program provides guidance and support to help students prepare for college, including assistance with college applications, financial aid, and disability services.

Year-Round Support and Community Building

The DO-IT Summer Program is not just a summer experience; it is a year-round community that provides ongoing support and resources to its participants. Throughout the year, students have access to:

• **Online Communities:** Students participate in online forums, chat rooms, and email lists where they can connect with peers, mentors, and DO-IT staff. These online communities provide a valuable source of support and information.
• **Mentoring:** Students continue to receive mentoring from their mentors throughout the year, providing ongoing guidance and support.
• **Webinars and Workshops:** DO-IT hosts webinars and workshops on a variety of topics related to STEM, disability, and college preparation.
• **Resources and Referrals:** DO-IT provides students with access to a wealth of resources and referrals, including information about assistive technology, disability services, and scholarship opportunities.

The DO-IT Summer Program's comprehensive structure and curriculum provide students with the knowledge, skills, and support they need to succeed in STEM.

Impact and Success Stories

The DO-IT Summer Program has had a profound impact on the lives of its participants, empowering them to overcome barriers, pursue their passions, and achieve their full potential in STEM. Over the years, the program has produced numerous success stories, demonstrating the transformative power of inclusive education and supportive communities.

Quantifiable Outcomes

The impact of the DO-IT Summer Program can be seen in the program's impressive outcomes:

• **Increased College Enrollment:** A significantly higher percentage of DO-IT Scholars attend college compared to the national average for students with disabilities.
• **STEM Degree Attainment:** DO-IT Scholars are more likely to pursue and complete degrees in STEM fields compared to their peers with disabilities.
• **Career Success:** DO-IT alumni have gone on to successful careers in a wide range of STEM fields, including computer science, engineering, mathematics, and medicine.
• **Leadership Roles:** Many DO-IT alumni have become leaders in their communities, advocating for disability rights and promoting inclusion in STEM.

Individual Success Stories

Beyond the statistics, the true impact of the DO-IT Summer Program is evident in the individual success stories of its participants. Here are a few examples:

• **Sarah, a computer science graduate:** Sarah, who has cerebral palsy, participated in the DO-IT Summer Program and went on to earn a degree in computer science. She now works as a software engineer at a major technology company, developing assistive technologies for people with disabilities. Sarah credits the DO-IT program with providing her with the confidence, skills, and support she needed to succeed in a challenging field.
• **David, an engineering student:** David, who is blind, participated in the DO-IT Summer Program and is now studying engineering at a top university. He is actively involved in research projects and is developing innovative solutions to engineering challenges. David says that the DO-IT program helped him realize his potential and provided him with the tools and resources he needed to pursue his passion for engineering.
• **Maria, a mathematics teacher:** Maria, who has a learning disability, participated in the DO-IT Summer Program and went on to become a mathematics teacher. She is committed to creating an inclusive classroom where all students have the opportunity to succeed. Maria says that the DO-IT program taught her the importance of self-advocacy and provided her with the skills she needed to advocate for her students.

These are just a few examples of the many success stories that have emerged from the DO-IT Summer Program. These stories demonstrate the transformative power of inclusive education and the importance of providing students with disabilities with the support and resources they need to achieve their full potential.

Challenges and Future Directions

While the DO-IT Summer Program has achieved significant success in empowering students with disabilities in STEM, challenges remain in ensuring full inclusion and equity in the field. Addressing these challenges and charting future directions are crucial for sustaining the program's impact and expanding its reach.

Persistent Barriers to Inclusion

Despite progress in recent years, students with disabilities continue to face significant barriers to inclusion in STEM education and careers. These barriers include:

• **Negative Stereotypes and Attitudes:** Negative stereotypes and attitudes about the abilities of people with disabilities can create a hostile environment and limit opportunities.
• **Lack of Accessible Educational Materials and Technologies:** Many educational materials and technologies are not accessible to students with disabilities, making it difficult for them to participate fully in STEM courses.
• **Inadequate Accommodations:** Students with disabilities may not receive the accommodations they need to succeed in STEM, such as extended time on tests, alternative formats for assignments, and assistive technology.
• **Limited Access to Mentors and Role Models:** Students with disabilities may have limited access to mentors and role models who can provide guidance and support.
• **Systemic Discrimination:** Systemic discrimination in hiring practices and workplace environments can limit career opportunities for people with disabilities in STEM.

Strategies for Addressing Challenges

To address these challenges and promote greater inclusion in STEM, several strategies are needed:

• **Raising Awareness and Challenging Stereotypes:** Public awareness campaigns and educational programs can help to challenge negative stereotypes and promote a more positive view of the abilities of people with disabilities.
• **Promoting Universal Design for Learning (UDL):** Encouraging the adoption of UDL principles in the design of educational materials and technologies can make STEM education more accessible to all learners.
• **Providing Accommodations and Support:** Ensuring that students with disabilities receive the accommodations and support they need to succeed in STEM is essential.
• **Expanding Mentoring and Role Model Opportunities:** Creating more opportunities for students with disabilities to connect with mentors and role models can provide them with valuable guidance and support.
• **Promoting Inclusive Hiring Practices:** Encouraging employers to adopt inclusive hiring practices and create accessible workplace environments can increase career opportunities for people with disabilities in STEM.

Future Directions for the DO-IT Summer Program

The DO-IT Summer Program can continue to play a leading role in promoting inclusion in STEM by:

• **Expanding its reach to serve more students with disabilities:** The program can explore ways to expand its reach, such as offering online courses, partnering with other organizations, and developing new programs for specific populations of students with disabilities.
• **Incorporating new technologies and pedagogical approaches:** The program can continue to adapt to the evolving landscape of STEM education by incorporating new technologies and pedagogical approaches that promote accessibility and inclusion.
• **Strengthening partnerships with industry and academia:** The program can continue to forge strong partnerships with leading companies and universities to provide students with internship opportunities, research experiences, and access to cutting-edge technologies.
• **Advocating for policy changes:** The program can advocate for policy changes that promote inclusion and equity for people with disabilities in STEM.

The Broader Context: Disability Inclusion in STEM

The DO-IT Summer Program operates within a broader context of ongoing efforts to promote disability inclusion in STEM. Understanding this context is crucial for appreciating the program's significance and its contribution to a more equitable and innovative future.

National Initiatives and Legislation

Several national initiatives and pieces of legislation have played a key role in advancing disability inclusion in STEM:

• **The Americans with Disabilities Act (ADA):** The ADA, passed in 1990, prohibits discrimination based on disability in employment, education, and other areas of life. The ADA has been instrumental in opening doors for people with disabilities in STEM.
• **The National Science Foundation (NSF):** The NSF has funded numerous programs and initiatives aimed at promoting disability inclusion in STEM, including the DO-IT Center.
• **The National Institutes of Health (NIH):** The NIH has also funded research and training programs focused on promoting disability inclusion in STEM.

The Importance of Diversity in STEM

Increasing diversity in STEM is not only a matter of social justice but also a matter of scientific excellence. Diverse teams are more innovative, creative, and effective at solving complex problems. Individuals with disabilities bring unique perspectives and problem-solving skills to STEM, enriching the field and driving innovation.

The Role of Assistive Technology

Assistive technology plays a critical role in enabling people with disabilities to participate fully in STEM. Assistive technologies include:

• **Screen readers:** Software that reads aloud the text on a computer screen, enabling people who are blind or visually impaired to access information.
• **Voice recognition software:** Software that allows people to control a computer using their voice, enabling people with motor impairments to use computers more easily.
• **Alternative input devices:** Devices such as head pointers, eye trackers, and sip-and-puff switches that allow people with motor impairments to control a computer.
• **Adaptive keyboards and mice:** Keyboards and mice that are designed to be easier to use for people with motor impairments.

The development and availability of assistive technologies are essential for promoting disability inclusion in STEM.

Conclusion: A Future of Inclusive Innovation

The DO-IT Summer Program stands as a beacon of hope and a testament to the transformative power of inclusive education. By providing students with disabilities with the knowledge, skills, support, and community they need to succeed in STEM, the program is not only changing individual lives but also shaping a more equitable and innovative future for all. As we continue to address the challenges and embrace the opportunities that lie ahead, the DO-IT Summer Program serves as a model for creating a world where everyone has the opportunity to contribute their talents and passions to the advancement of science and technology. The journey towards full inclusion is ongoing, but with continued dedication, collaboration, and innovation, we can create a STEM community that truly reflects the diversity of our society and unlocks the full potential of all its members.