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Agile for a Future-Ready Education System

by Jessica Cavallaro
written by Jessica Cavallaro 3 minutes read

In a rapidly evolving world, the need for an adaptive and future-ready educational system has become more crucial than ever. Enter Agile, a dynamic framework that has gained significant traction across various industries for its ability to foster collaboration, innovation, and flexibility. As educators, it’s essential to understand that Agile is not a full curriculum or set of provided lessons but rather a transformative way of working that empowers students and reduces stress on teachers.

It is essential to clarify what Agile means in education and how it can revolutionize the learning experience for students and teachers alike.

Agile: A New Way of Working

Agile was created in the field of software development. Work was not efficient, did not meet its purpose and was ignoring the needs of the customers. Instead of  developing a heavy rigid way of working by standardizing and boxing in creativity, Agile was adopted as a lean adaptive framework based on the needs of the developers and the customers. 

Agile is a flexible framework based on how humans work together. The values and principles highlight the need for clear communication, open collaboration, high levels of reflection and completing work in small increments to be able to adjust easily. But Agile’s impact is not limited to the tech industry. The same principles that have revolutionized software development can be effectively applied to education, fostering an environment where students and educators can thrive.

The Agile Way of Working in Education

At its heart, Agile in education emphasizes student engagement, collaboration, and self-directed learning. Rather than relying solely on traditional teaching methods, Agile encourages teachers to facilitate a more dynamic learning environment where students take an active role in their education. Agile is not a set of strict rules, or a complete curriculum. It is a framework that builds a culture of learning and adapting. The teachers gain the autonomy they deserve and the students are empowered to personalize their learning. 

Agile classrooms are highly adaptive to the needs of the school, teacher and most importantly the students. Some teachers slowly introduce elements of Agile, while others jump in head first. There is not a one size fits all approach to Agile, which is what makes it unique. The Agile framework is based on the needs of humans working and learning together.

It’s important to clarify that Agile does not replace the teacher’s expertise or their responsibility to provide the curriculum and resources. Instead, Agile enhances the teacher’s role as a guide, mentor, and facilitator of learning. By adopting Agile practices, teachers can better tailor their approach to suit the diverse needs of their students, ensuring a more inclusive and effective educational experience.

Embracing Agile for a Future-Ready Education System

The world is evolving rapidly, and the skills required to thrive in the 21st century are changing with it. Agile offers a forward-looking approach that equips students with essential skills, including adaptability, collaboration, critical thinking, and problem-solving – skills that will be invaluable in their future careers.

As educators, it is crucial that we embrace this transformative way of working to create an education system that fosters innovation, creativity, and resilience. Agile provides a roadmap for building an engaging and empowering learning environment that prepares students for the challenges of the future. It is not a rigid curriculum or way to work, but a lightweight system that encourages personalization and flexibility. Agile embraces that way human beings work and learn together, which is never in a one size fits all box. 

Agile is not just a buzzword; it is a powerful approach to learning that encourages collaboration, critical thinking, and self-directed growth. By adopting Agile principles, educators can reduce stress, create a more student-centric learning environment, and prepare their students for a successful future.

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AI Implementation in Education: Going Beyond Digitization for Sustainable Startups

by Geetanjali Shrivastava
written by Geetanjali Shrivastava 4 minutes read

The integration of technology has transformed various sectors, including education. While digitization has paved the way for improved access and efficiency in educational processes, the advent of Artificial Intelligence in education offers unprecedented opportunities for personalized and adaptive learning. This article aims to explore the differences between AI implementation and digitization in education, highlighting the reasons why startups utilizing AI have a stronger chance of survival in the market.

Understanding the Distinction

Digitization in education primarily involves the conversion of analog resources into digital formats, enabling electronic distribution and access to educational materials. This process includes the creation of digital textbooks, e-learning platforms, and online assessment tools. While digitization has undoubtedly improved the accessibility and distribution of educational content, it often falls short in terms of offering personalized learning experiences tailored to individual student needs.

On the other hand, AI implementation in education goes beyond digitization by leveraging advanced algorithms and machine learning techniques. AI-enabled educational systems have the capability to collect and analyze vast amounts of data, enabling the creation of personalized learning pathways, adaptive assessments, and intelligent tutoring systems. By utilizing AI, startups can provide students with individualized feedback, identify knowledge gaps, and tailor educational content to meet the specific needs and learning styles of each student.

Advantages of Implementing AI in Education

Enhancing Learning Outcomes

The key advantage of AI implementation in education lies in its potential to significantly improve learning outcomes. According to a study published in the Journal of Educational Psychology, personalized learning interventions that incorporate AI techniques can enhance student achievement and engagement. AI systems can adapt the difficulty level and pace of learning materials, enabling students to learn at their own speed and ensuring that they are adequately challenged, increasing motivation and promoting deeper understanding of concepts. 

Data-Driven Insights

AI implementation in education allows for the collection and analysis of vast amounts of student data, providing valuable insights into learning patterns and performance indicators. Startups leveraging AI can use this data to identify areas of improvement, track student progress, and offer targeted interventions to support struggling students. This data-driven approach enables educational institutions to make informed decisions about curriculum design, resource allocation, and instructional strategies. 

Adaptive Assessment and Feedback

Traditional assessments often fail to capture the full range of students’ knowledge and abilities. AI-powered assessment systems can overcome these limitations by adapting to individual student responses, providing immediate feedback, and generating actionable insights. For instance, the use of AI algorithms in automated essay grading systems can provide consistent and timely feedback to students, reducing the burden on teachers and promoting efficient learning. Startups leveraging AI in assessment processes can offer a more comprehensive evaluation of student performance, enabling targeted interventions and personalized feedback that fosters continuous improvement.

Successful Examples and Market Potential

Successful startups such as Duolingo and Knewton have already demonstrated the market potential and impact of AI in education. Duolingo uses AI algorithms to provide personalized language instruction, adapting the difficulty and content based on individual performance and learning objectives.

According to a report by HolonIQ, the global AI in education market is projected to reach $6 billion by 2025. Investors recognize the potential of AI-powered educational solutions in addressing the evolving needs of learners and educators alike, making them attractive investment opportunities. Startups that successfully implement AI in education are well-positioned to thrive in this growing market.

Addressing the Challenges

While the benefits of AI implementation in education are significant, it is important to acknowledge the challenges associated with its adoption. One of the main concerns is the ethical use of data and privacy. Startups must prioritize data security and ensure that student information is handled responsibly, adhering to privacy regulations and maintaining transparency.

Moreover, the successful implementation of AI in education requires collaboration between educators, researchers, and developers. It is crucial for startups to actively involve educators in the design and development process, leveraging their expertise to create effective AI-powered solutions that align with educational objectives.

Conclusion

The implementation of AI in education transcends mere digitization efforts by offering personalized and adaptive learning experiences. Startups that leverage AI have a unique opportunity to revolutionize education, improve learning outcomes, and contribute to the future of education. With the market potential and growing demand for AI-powered educational solutions, these startups are well-positioned to not only survive but thrive in the competitive landscape of EdTech.

 

References:

  • Wang, M., & Hannafin, M. J. (2005). Design-based research and technology-enhanced learning environments. Educational Technology Research and Development, 53(4), 5-23.
  • Betts, K., & Gamboa, A. R. (2018). Artificial Intelligence in Education: Promises and Implications for Teaching and Learning. EdTech Books. Retrieved from https://edtechbooks.org/ai_in_education/overview
  • HolonIQ. (2021). Global EdTech and Smart Classroom Market Report. Retrieved from
  • O’Neil, D. (2016). Weapons of Math Destruction: How Big Data Increases Inequality and Threatens Democracy. Crown.
  • Vasileva, V. (2020). AI and Big Data in Education: A Catalyst for Change or Cause for Concern? In A. A. Juan & M. J. Daradoumis (Eds.), Artificial Intelligence in Education (pp. 5-16). Springer.
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Engaging Students to Avoid Unproductive Shortcuts 

by Peter Bohacek
written by Peter Bohacek 4 minutes read

In general, most of us like to look for the most efficient way to work. I know I say it often: work smarter, not always harder. When students view science this way, it’s understandable why they look for shortcuts when learning science. These shortcuts present a challenge for engaging students in learning.

Learning takes effort and time, and students are busy. Why struggle with science homework or tests when it’s so easy to look up answers online? You can ask a friend, pay for an online homework solution provider, or use one of the new AI (Artificial Intelligence) tools like ChatGPT. But these unproductive shortcuts have negative side effects. Neither the student nor the instructor can tell whether anything has been learned. 

As a science teacher with 20 years of experience, a science education researcher, and an edtech product creator, I’ve had the privilege of exploring science education from a variety of perspectives with a range of analytical tools. Drawing on my experience, I’ve developed an approach to help students avoid unproductive shortcuts. 

Strategies to Guide Students to Engaging Students Without Ineffective Shortcuts

My approach is two-pronged. Firstly, teachers must prevent useful shortcuts. Second, we must provide a more productive alternative for students. Make the engagement and learning the “easy way,” and make the ‘hard way’ as searching to find answers without gaining any learning. 

Simple Randomization

Some edtech systems allow teachers to randomize questions. For example, teachers can use Google Forms and Sheets to create questions where the numerical values provided in the questions are randomized. When teachers randomize values in questions, students can’t directly share answers. However, they can share simple methods for solving problems. For example, a student can say: “take the first number in the problem, square it, and divide by two times the second number.” Similarly, pasting the question text directly into a language model like ChatGPT often returns a correct response. Although randomized numeric values can provide some disincentive for students to look up answers, it’s not enough.  

Deep Randomization

More sophisticated systems deeply randomize questions, by randomizing images, graphs, even the question text, in addition to numerical values. For example, if the teacher assigns questions about a specific graph, such as “on what day does the population reach carrying capacity?” Students must read and interpret the answer from the graph. If the graph has different values for each student if students share information, that will not be useful. Even homework services and AI won’t provide answers to questions that include randomized images.

Pivot Interactives is an example of a system that has pre-made assignments that include deep randomization, with students presented with different scenarios that test the same objective. Pivot Interactives is highly resistant to unproductive student shortcuts. 

Question Pools for Engaging Students

Some edtech systems present students with a random selection of similar questions pulled from the same pool of questions. This means that students won’t all have the same questions. While this makes it more difficult for students to share answers directly, it doesn’t prevent students from using online help services nor AI-based tools. Online tools like Quia, and learning management systems like Canvas or Blackboard, allow instructors to use question pools.

Lockdown Browsers and Web Filters

Lockdown browsers can make it more difficult for students to use shortcuts by limiting what web resources are available during assessments. But if the student has a second device, such as a phone, they can skirt this by using the phone to search for answers. Similarly, web filters that prevent access to AI tools and other resources in schools can easily be bypassed by students who own multiple devices outside the school’s network. Educators have raised equity and privacy concerns about the use of these solutions.

Provide Simple and Adaptive Feedback for Engaging Students

Simply letting students know whether they are on the right track can have enormous benefits. In the past, students consistently reported that solving problems correctly gave them the confidence to tackle the next challenge. Most online systems offer this, including Discovery Education’s Science Techbooks.

Education researchers concluded long ago that working one-on-one with a tutor is the most effective way to learn. The tutor can remind students of previously learned concepts and point out useful connections in students’ progress. The tutor can also show how students’ work can be used to answer subsequent questions. Tutors notice mistakes in reasoning and can provide encouragement. Sophisticated edtech services often offer students adaptive feedback that acts like a skilled tutor.  

In Summation

New technologies, those that enable students to search for answers without learning and those that seek to encourage students to persevere and learn, will continue to improve. For now, deep randomization and adaptive feedback provide both obstacles to the use of unproductive shortcuts and an appealing alternative for students who want to learn.  

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Agile For Learning- Part 2: Challenge Days

by Jessica Cavallaro
written by Jessica Cavallaro 4 minutes read

As new technology enters our classroom, educators must focus on building AI Proof skills that will allow students to learn how to safely navigate these tools. They also need to develop the interpersonal skills necessary to thrive. A central part of that is developing an agile mindset. An agile mindset teaches people to actively think outside the box and experiment in small increments to solve complex problems. 

In the last few weeks, we have learned about the capability of ChatGPT and how education misunderstands this new tool. As educators, we must assess our current pedagogy and reflect on our mission. If education aims to prepare our students for the future, how will we shift to work with these new technologies?

Using Agile to Create AI-Proof Skills

Our current technology can pull facts, put together sentences, and sort data. Therefore, we must purposefully teach students how to reframe situations and approach issues from different perspectives. An agile mindset values collaboration, innovation, and problem-solving. Instead of acknowledging that situations can change, agile opens the mind to possibilities, divergent ways of thinking, and multiple paths to goals.

It helps students become more resilient, adaptable, and flexible in their cognitive paths. An agile mindset promotes learning through taking risks in assumptions, experimentation, and reflection on the positive and negative results. Our students must learn and become fluent in these skills as they will need them to navigate AI. 

Tangible Agile Mindset

Students cannot cultivate an agile mindset in a vacuum. They must practice during lessons and when there are opportunities for collaboration. It is not enough to tell students that it is essential for them to problem-solve differently; it is not an advisory class or an assembly with a new PowerPoint.

An agile mindset is a collection of skills that must be scaffolded, modeled, and practiced. It requires students to manipulate knowledge independently, make predictions, explore possibilities, and reflect on what was learned. An agile mindset helps students see that the wrong answer isn’t the final stop but an opportunity along the learning journey. 

For future-focused teachers ready to stretch beyond a growth mindset and challenge students to think beyond the first result from google or focus on THE answer, these exercises can help students learn content, have opportunities for hands-on learning, and develop an agile mindset that will benefit them throughout their lives. 

Using Challenge Days to Develop Test Agile Skills

During large units, there is always a risk that the classroom can get monotonous. When you have to teach a large amount of content, it is easy to slip into a rut where an agile mindset is challenging to develop. It is time for a Challenge Day when the class feels too repetitive!

Instead of a normal day in class, student teams are thrown into learning challenges that reinforce content, provide hands-on learning, and opportunities to grow their agile mindset. The Challenges are always completed in teams and usually encompass skills taught in other classes. This helps build an agile mindset because students use English skills in their math class or science skills in their history class, and it breaks down the “rules” of how learning should look in different classes. 

Purpose of a Challenge Day

A Challenge Day may be several tasks the team must complete by the end of the class period. This keeps students on their feet, excited, and applying the content knowledge in new and novel ways. 

Examples of Challenges may be: 

  • Participate in a game of charades using vocabulary words.
  • Write a haiku to express how to multiply fractions.
  • Write a Greek Myth that explores the powers of Congress. Must include correct literary elements from English class. 
  • Nominate a fictional character to the role of the Presidential cabinet. Why should the Senate approve them?
  • Create a rap battle between characters in a book expressing their conflict and presenting their sides. 

Making Learning Fun Using Agile

Challenge Days break up the class flow, give students time to be silly, and help them safely build connections outside their normal classroom tasks. They can see how different content areas work together and how to build strong relationships between seemingly unrelated topics. The ability to link unlike ideas and find connections between different areas of expertise are the sparks of innovation. Challenge Days practice and celebrate difficult skills students must learn when basic recall can be automated. The celebration of making this a special day gives positive reinforcement to access creativity and try new ideas.

This is a small way to implement agile into the classroom and build an agile classroom.

Read Part 1 of this three-part Agile for Learning series here. 

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Embracing Vigor over Rigor: Cultivating Agile Classrooms for Inspired Learning

by Jessica Cavallaro
written by Jessica Cavallaro 5 minutes read

 In today’s fast-paced educational landscape, the pursuit of academic excellence often leads to the adoption of rigid and repetitive teaching methods. These traditional approaches emphasize rigor, characterized by a heavy focus on academic content and the relentless completion of repetitive tasks. While rigor aims to prepare students for academic success, it often comes at the cost of their enthusiasm and curiosity. In contrast, a classroom environment that emphasizes vigor fosters a “learning energy” that is infectious, deepening students’ understanding and fueling their passion for learning.

Repetitive Work vs. Engaging Exploration

     Rigor is often synonymous with repetitive work that demands adherence to strict schedules, standardized tests, and academic content without room for exploration or creativity. In some educational circles it is the norm to brag about the rigor of their courses and the work required for students to pass. While routine can be useful in developing discipline and organization, excessive repetition can lead to student burnout and diminish the joy of learning. Rigor tends to refer to a more “drill and kill” philosophy of education that is not meeting our current students where they are. 

     On the other hand, vigor embraces engaging exploration and inquiry-based learning. Vigor means that students are provided opportunities to “play” with their knowledge, apply it in unique ways and deepen their understanding of facts in different contexts. Agile classrooms focus on encouraging students to question, explore, and discover knowledge independently. This approach kindles curiosity and allows students to connect with their interests, making learning a dynamic and exciting process.

Compliance vs. Critical Thinking

     Rigor often revolves around compliance, with teachers setting rigid rules and guidelines that leave little room for divergent thinking. Students may feel pressured to conform to predefined methods without fully understanding the underlying concepts. These classrooms are often set up where the students are passive in their learning and the teacher controls the flow of information. These classrooms tend to encourage one way of thinking and learning with established “right” answers. 

     Vigor, however, prioritizes critical thinking skills. Agile classrooms emphasize problem-solving and independent thinking, encouraging students to question assumptions, analyze information, and develop innovative solutions. As a result, students become active participants in their education, developing a deeper understanding of the subject matter. One of the main ways Agile classrooms promote vigorous learning is through the use of Wide Open Questions. These are questions that launch a unit, immediately engaging students because there is not one “right” answer and students have an opportunity to find their own solutions. The use of Wide Open Questions grab students attention because they are not “google-able”, but they also allow students to personalize their learning. Students can answer the WOQ however they would like, as long as they use content to support their ideas. This process of searching for and finding unique answers promotes understanding of content and overall vigor in the classroom. 

Constrained Learning vs. Growth Mindset

Rigor tends to create a fixed mindset, where students feel judged solely by their grades and struggle to see the value in making mistakes. The fear of failure can lead to a decline in curiosity and motivation, hindering the development of a growth mindset.

Vigor fosters an agile mindset, encouraging students to view challenges as opportunities for growth. Agile classrooms celebrate effort and perseverance, promoting a positive learning environment that embraces mistakes as essential steps towards progress. This cultivates resilience and a passion for learning, enabling students to explore new subjects fearlessly. In Agile classrooms students are tasked with solving  a complex Wide Open Question. In teams they propose solutions as they work through the content, often having to reflect and change course when new information comes to light. This teaches students, not only the content, but how to pivot when new information comes to light, and adapt to changing circumstances. The vigor of an Agile classroom develops from the students actively working with content and having daily opportunities to apply it. 

Embracing Agility in Education

     To cultivate vigor in the classroom, many educators have embraced Agile methodologies, originally developed in the software development industry. An Agile classroom emphasizes adaptability, flexibility, and student-centered learning. By utilizing Agile principles such as iterative development, continuous feedback, and collaborative teamwork, educators create an environment that supports curiosity, creativity, and exploration.

     Agile methodologies enable educators to tailor the learning experience to the unique needs and interests of each student. By introducing shorter cycles of learning activities and providing regular opportunities for reflection and adjustment, Agile classrooms empower students to take ownership of their education. The iterative nature of Agile learning allows for the discovery of multiple approaches to problem-solving, encouraging students to embrace failure as an essential part of the learning process. This fosters a rigorous learning experience where students develop resilience, adaptability, and a growth mindset, vital qualities for success in the 21st-century world.

    The adoption of Agile methodologies and the infusion of vigor into the classroom offer numerous benefits for students. First and foremost, Agile classrooms create an environment where students feel motivated, engaged, and inspired to learn. The emphasis on collaboration and teamwork cultivates essential social and communication skills, preparing students for future challenges in the professional world. Furthermore, the focus on continuous improvement and adaptability ensures that students develop a lifelong love for learning and remain adaptable in an ever-changing society.

     In the pursuit of effective education, it is crucial to shift the paradigm from rigor to vigor. Rigor, with its repetitive tasks and narrow focus on academic achievement, often leaves students exhausted and devoid of curiosity. Embracing vigor, on the other hand, creates an atmosphere of energy, enthusiasm, and deepened understanding. By adopting Agile methodologies, educators can transform their classrooms into vibrant learning ecosystems, fostering curiosity, creativity, and a genuine passion for knowledge. Let us reimagine education with a commitment to vigor, nurturing agile classrooms that empower students to become lifelong learners, capable of navigating the complexities of the world with confidence and happiness.

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Using Student Self-Selected Groups For Classroom Success

by Jessica Cavallaro
written by Jessica Cavallaro 4 minutes read

Adopting an agile mindset in the classroom means trusting teams to organize and complete work in rapid iterations. To truly implement this framework, use student self-selected groups to develop student-led projects. For real learning to occur, there must be student agency, and this is the first step. 

Having students, led by team captains, self-select their team is a tenant of an agile classroom. It is essential that students understand their power of choice, teamwork, and communication. When beginning a unit with choice and trust in student decisions, the impact is immediate. Students are engaged, nervous, and excited by the idea of having agency in their learning. They immediately know this is not the “game” of education but a different dynamic that they are not used to. 

Preparing Students to Choose Their Teams

This task of choosing groups is not to be taken lightly. Successful student groups make or break a learning experience. When given choice with no parameters, students do not have the tools or strategies to choose teams that will excel and resort to working with friends.  The foundation of an agile classroom is to explicitly teach the skills students will need to lead and develop a passion for learning.

There is a foundation that must be taught before students are ready to pick teams that they will work with for 4 – 6 weeks. This usually begins with a discussion or writing prompt about how each individual learns best. It is clear that all people do not learn the same. We are individuals that function in unique ways. For most students, this is the first time they will have this discussion in an educational setting.  This reflective exercise helps students explore their own cognitive practices.  Through probing questions and a lively discussion, their individuality shines as they come to the conclusion that they all have strengths and weaknesses in all aspects of their lives.  This can be cemented in learning journals, where students reflect on how they learned best that week, or weekly retrospectives, where the class discusses their individual successes for impediments and how improvements in the future. This base of meta-cognitive practices enables students to take the next leap into better understanding team dynamics. 

Team Captains and the Qualities and Skills Checklist

At the beginning of a new unit, the teacher chooses team captains. There is no magic formula for the selection process, but a promise to the students that, at some point, each person will serve as a captain. 

 Each student is then given a Qualities and Skills checklist. Students are instructed to select the top five qualities and skills.  The important part of this process is to keep these sheets anonymous, so students are forced to analyze the attributes of each individual over who they are.  Each paper is assigned a number that corresponds to a student on the teacher roster. Only the teacher has access to both.  Students could only see the number on top of each checklist as go through the process of choosing well-rounded groups rather than groups of friends. 

 Prior to the selection, the class should discuss what makes groups successful. Should we all be creative? detail-oriented? a leader? These are all great characteristics, but can so many different skills weaken the overall strength of the group? Should our teams be like-minded or diverse? What outcomes should be anticipated from our groups? 

From years of forced group work, students have strong opinions about how teams should work. They are opinionated and offer perspectives on working with others that are insightful. By giving them space to work through these thoughts together, they are able to gain a deep level of clarity about how to build teams. A skill that will aid them in their futures. 

Forming the Groups

Team captains are given access to the groups of qualities and meet to pick those that they think would build the best group. Since the captains chose solely on qualities and skill, they have no idea who is in their group.  Team Captains return to their teachers only with numbers, anxious to hear who is in their groups. 

Students have described this as nerve-wracking. They are not used to making decisions in the classroom, never mind decisions that will greatly impact the next few weeks of their lives.

When groups are formed, students may try to figure out who listed what skills. Often times you can overhear conversations about dividing work based on who has what qualities. 

In self-selected groups, students are proud to be chosen for their strengths and not reputations or names. Each person is valued because of what they can contribute to the success of the group. 

The practice of self-selected groups teaches students to value diverse teams and look for the strengths in others. It is a practice that goes beyond teaching a traditional curriculum but the real-life skill of working with others to accomplish complex tasks. It builds empathy and communication skills all people need to be successful throughout life. 

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