Student-First Technologies: A Definition and Exploration

The integration of technology in education is rapidly evolving, prompting a necessary shift in how we approach teaching and learning. The focus is increasingly on "student-first technologies," which prioritize the learning experience and empower students in a tech-rich environment. This article delves into the meaning of student-first technologies, exploring their applications and impact on modern education.

Defining Student-First Technologies

Student-first technologies are digital tools and strategies implemented in education with the primary goal of enhancing the learning experience for students. This approach emphasizes identifying learning objectives and then strategically using technology to help students engage more deeply with the material. The core idea is to leverage technology to elevate and energize students, rather than simply using it for the sake of using it.

The Essence of Prioritizing Learning Experiences

Designing rigorous learning experiences in a tech-rich classroom requires educators to rethink the ways technology can elevate and energize students. Prioritizing learning experiences means identifying objectives and pausing to explore how digital tools can help students dive into these learning experiences like never before.

Key Strategies for Integrating Student-First Technologies

Several strategies can help educators effectively integrate technology into their lessons, ensuring that the learning experience remains at the forefront.

Collaboration

Digital tools have expanded the possibilities for collaboration in the classroom. Students can work together on shared documents, presentations, and projects, regardless of their physical location. Remote collaboration on a shared document is powerful and gives students a new way to provide feedback to one another. Designing learning activities that leverage the collaborative nature of digital tools allows students to explore a topic while sitting in different classrooms or time zones. This shared-screen collaboration gives students an opportunity to compromise, work toward a common goal, and think critically as they dive into course content with their peers.

For instance, students might log in to a shared presentation outside of school hours to combine their research efforts in one place. This not only facilitates teamwork but also builds essential transferable skills such as compromise, critical thinking, and working toward a common goal.

Questioning

Leveraging digital tools to help students explore the world and answer questions that haven’t been asked yet or don’t have one correct answer. As students navigate the internet from a personal or school device, experiences can be created for them to pose questions, share their findings, and build an appreciation of lifelong learning online.

Instead of merely typing questions into a search bar, students can use technology to explore complex issues, share their findings, and develop a lifelong love of learning. This approach encourages critical thinking and independent inquiry.

Connecting

Authentic audiences breathe life into tasks. What makes the use of technology especially powerful is how digital tools can connect students with readers, listeners, and viewers of their work. Using online spaces to share student work with the world helps students connect their learning with an audience. Students can tweet a video they’ve created to share their opinion about a novel, or share the steps to solve a math problem on a classroom blog.

By connecting students with real-world audiences, technology enhances engagement and provides a sense of purpose to their work. Sharing their work through online platforms like blogs or social media allows students to receive feedback and recognition, further motivating their learning.

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Creating

Open-ended creation tools give students a space to demonstrate their understanding. They can capture their voice, record video, and tell the story of their learning. A tool like Spark Video might be perfect for students to narrate images they’ve collected during a community walk as they create a public service announcement to share with their school board. Helping students determine the product for that will showcase their learning can take many forms. Students who are going to share their new knowledge about a topic might use an audio tool like Soundtrap to create a podcast, and ones who will gather a handful of videos they recorded during a science experiment might use Book Creator to share their learning. Focusing on the features students need in order to share their learning with the world can help us place tasks before apps.

With a wide array of digital tools available, students can express their understanding in diverse and creative ways. Whether it's through videos, podcasts, or digital books, these tools empower students to take ownership of their learning and showcase their knowledge effectively.

Wondering

Providing a safe space to ask questions gives purpose to learning activities inside the classroom. Students have interests they can explore in the context of your learning goals. They might wonder why some animals are endangered and others are not, or they might wonder why an author chose to write about a topic. Digital tools can help students discover new things, explore topics that pique their curiosity, and empower them as content consumers and creators.

By fostering curiosity and providing avenues for exploration, technology can transform the classroom into a dynamic learning environment. Students are encouraged to ask questions, investigate topics of interest, and become active participants in their own education.

Examples of Student-First Technology Initiatives

Several organizations and initiatives are dedicated to promoting student-first technologies and ensuring equitable access to computer science and AI education.

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Code.org

Code.org is a non-profit organization dedicated to expanding access to computer science in schools and increasing participation by women and underrepresented minorities. Code.org increases participation in AI+CS education by reaching students of all backgrounds where they are - at their skill level, in their schools, and in ways that inspire them to keep learning. Reaching every student is foundational to our work. The organization provides free and open-source curriculum and tutorials, licensed under Creative Commons, allowing educators worldwide to use, adapt, and remix the materials for non-commercial purposes.

Code.org also organizes the annual Hour of AI campaign, building on the legacy of the Hour of Code, which has engaged more than 15% of all students in the world. The organization is supported by generous donors including Microsoft, Amazon, Google, and many others.

Code.org’s approach includes:

Unifying Approach: Bringing together diverse voices and partners around a common vision to expand AI+CS education access for every student.
Focus on Diversity: Reaching students of all backgrounds with learning that meets them where they are-across skill levels, schools, and communities.

Code.org also emphasizes a commitment to:

Open Source Curriculum: Ensuring that high-quality foundational learning materials are always accessible to every student and teacher.
A Unifying, Nonpartisan Approach: Working with educators, policymakers, and industry leaders from across the spectrum to advance computer science and AI education in every school, without partisanship or ideology.
Accessibility: Designing programs and tools with accessibility at the core to ensure that every learner can engage fully and meaningfully in computer science and AI education.
Teaching Ethics Without Editorial Bias: Helping students question and understand the ethical and societal dimensions of technology without prescribing what to think.
Student Privacy: Collecting the minimum data necessary to deliver courses, never selling student information, and designing all tools to comply with leading privacy standards.
A Student-First Technology Platform: Maintaining a non-commercial, ad-free environment and prioritizing student experience in all technology choices.

State Technology Survey

The State Technology Survey is conducted to get current data on the state of tech integration across Washington’s public schools. Instruction enriched by technology makes it possible to remove physical barriers to learning and differentiate curricula to address different learning styles. This is an important role for the state’s EdTech initiatives and one that connects with students today - keen to create, collaborate, and think critically with technology.

Educational Technology Department at OSPI

The Educational Technology department at OSPI delivers on this mandate to make technology literacy and fluency possible across all the core subjects. EdTech staff guide districts through the complexities of the E-rate process and provide training as districts submit the required forms and data. EdTech is at the center of two major initiatives to which the state has dedicated considerable time and human resources - the online ELPA21 and Smarter Balanced adaptive assessment system. EdTech staff at OSPI provide data, expertise, and support - technical, communications, logistical.

OSPI and CTE Partnership

OSPI staff from EdTech and CTE work closely on content coordination and program administration for the Microsoft Imagine Academy.

Policy Support and Guidance

Districts look to EdTech as the state’s source for technology-related policy support and guidance. Staff provide ongoing support, and deliver training that helps districts understand the complexities of federal statute.

Challenges and Considerations

While student-first technologies offer numerous benefits, there are also challenges and considerations to keep in mind.

Digital Equity

Ensuring that all students have equal access to technology and reliable internet connectivity is crucial. Disparities in access can exacerbate existing inequalities and hinder the effectiveness of technology integration.

Teacher Training and Support

Educators need adequate training and ongoing support to effectively use technology in the classroom. Professional development programs should focus on pedagogical strategies and best practices for integrating technology into the curriculum.

Data Privacy and Security

Protecting student data and ensuring online safety are paramount. Schools and districts must implement robust security measures and adhere to privacy regulations to safeguard student information. Code.org is deeply committed to protecting student privacy. They collect the minimum data necessary to deliver their courses, never sell student information, and design all of their tools to comply with COPPA, FERPA, GDPR, and other leading privacy standards. They believe every learner deserves to explore computer science and AI in a safe, trusted environment; where their data is used only to support their education.

The Role of Technology in Transforming Education

Technology has a unique role to play as innovation and economic hardship transform teaching, learning and education management. The legislature finds that technology can be effectively integrated into other K-12 core subjects that students are expected to know and be able to do. Section (3), RCW 28A.150.210, speaks directly to the benefits of technology integration as a path to one of the key legislative priorities for basic education: Think analytically, logically, and creatively, and integrate technology literacy and fluency as well as different experiences and knowledge to form reasoned judgments and solve problems.

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