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Science of Learning Professional Development
The only AI Literacy program paired with the Science of Learning. Technology at the intersection of where students think, learn, and grow.
INDIVIDUAL TEACHER
Science of Learning Micro-Course
Gain practical, research-based strategies to motivate students, sustain attention, and support a wide range of learning needs.
$199
/Educator
Buy Multiple Licenses
Includes
- 12 focused video lessons each averaging 11 minutes
- Activities designed for immediate classroom implementation
- Sample lesson plans that deepen strategy understanding and application
- Recorded Interviews with neuroscience & cognitive science professionals
- Certificate of completion
Title ii/IV eligible
SCHOOL FACULTY & STAFF
Professional Development Days
Online or On-site
1, 2, or 3 days | À La Carte: Build the combination that meets your school’s needs.
1, 2, or 3 days | À La Carte: Build the combination that meets your school’s needs.
Bringing together AI Literacy and the Science of Learning to support responsible, learning-centered AI implementation.
Day 1 & 2: For Educators (Foundations)
Day 3: For Education Leaders (Implementation)
Day 1 & 2: For Educators (Foundations)
Day 3: For Education Leaders (Implementation)
Optional DAY 3
Dedicated to educational leaders and focuses on strategy, implementation, governance, and leading change across the organization.
SCHOOL FACULTY & STAFF
Title ii/IV eligible
Whole-School AI Readiness Implementation
16-week Whole-School AI Readiness Program
- AI literacy teaches us to understand and use AI.
- The Science of Learning helps us understand its impact on how students think, learn, and develop.
Prepare your whole school community to use AI responsibly while keeping learning and human development at the center.
Includes
- AI Literacy PD
- Science of Learning PD
- 6 Weeks of Implementation Support
- Director of Learning Coaching
- Micro-Course Access
- Educator Resources
- Student Resources
- Parent & Family ResourcesDirector of Learning Coaching
Trusted Certification by GOER
(Global Online Education Regulator)



Cognitive Insights Translated into Classroom Practice
Bridging foundational learning theories with actionable classroom strategies and ready-to-use tools to ensure deep, lasting mastery.

"Our staff walked away more confident, more capable, and better equipped to design meaningful learning experiences."
Greg Wolcott
Assistant Superintendent, Woodridge School District 68

SUCCESS STORY
Woodridge
School District 68
Learn how an Illinois district built educator confidence in brain-based instruction
1.46
points mean growth
Confidence in understanding how the brain learns best and why certain instructional strategies are effective
1.09
points mean growth
Confidence in using teaching strategies that support how the brain learns
Evidence-Based Insights for High-Impact Lesson Design
Comprehensive resourses helping educators confidently design lessons that support how the brain learns best.
Teachers
Learn how to design lessons that strengthen engagement, motivation, and learning outcomes.
Administrators
Gain a deeper understanding of the cognitive factors that drive student success.
Students
Take greater ownership of their academic success and build skills for life.


59%
Need practical guidance on how to apply neuroscience strategies to lesson design
Recognized as a key strategy to transform education and improve learning outcomes.

TESTIMONIALS
What Students and Educators Say
Solving real-world classroom needs.
Bring Science of Learning to your school.

Our PD Guiding Principles
Professional learning designed with the same evidence-based principles we expect educators to use in their classrooms

Human-Centered Learning
Programs built around expert facilitators, collaborative discussions, authentic classroom examples, coaching, and real educator testimonials.
Responsible AI
The AI Literacy PD program emphasizes responsible implementation, ethical decision-making, transparency, and Human-in-the-Loop practices.
We Practice the Science of Learning
Intentionally designed using evidence-based principles such as retrieval practice, spaced learning, active application, reflection, and cognitive load management.
Student-Centered by Design
Each module encourages educators to reflect on how they can help students apply these principles, so they become more confident, capable, and engaged.
Sustainable Change Over Time
Translating knowledge into sustained classroom practice through coaching, leadership support, guided implementation, and community engagement.
Frequently Asked Questions
Everything you need to know about CheckITLearning
What is the Science of Learning?
Most educators receive little formal training in how learning actually works. The Science of Learning addresses this gap by combining research from cognitive psychology, neuroscience, education, and related disciplines to better understand how people learn. This interdisciplinary field provides educators with evidence-based strategies to improve attention, memory, motivation, executive function, and long-term learning.
By understanding the Science of Learning, teachers can design more effective instruction, increase student engagement, reduce cognitive overload, strengthen motivation, and equip students with the strategies they need to become confident, independent learners who succeed in school and beyond.
By understanding the Science of Learning, teachers can design more effective instruction, increase student engagement, reduce cognitive overload, strengthen motivation, and equip students with the strategies they need to become confident, independent learners who succeed in school and beyond.
Is the Science of Learning supported by research?
Yes. The Science of Learning draws upon decades of research from cognitive psychology, neuroscience, educational psychology, and related disciplines. Many of its core principles—including retrieval practice, spaced learning, cognitive load management, and metacognition—have been extensively studied and shown to improve learning across diverse educational settings.
Why invest in the Science of Learning now?
Today's students are navigating increasing cognitive demands, rapid technological change, and new challenges to attention, motivation, and well-being. By understanding how learning works, educators can make more informed instructional decisions, help students develop lifelong learning skills, and ensure emerging technologies such as AI are implemented in ways that genuinely improve learning outcomes rather than simply adding new tools to the classroom.
Who are these professional learning programs designed for, and do participants need a background in neuroscience or AI?
Our programs are designed for individual educators, instructional coaches, school leaders, district leadership teams, and education organizations. Whether you're looking to support one teacher or transform instructional practices across an entire district, we offer solutions that can be tailored to your needs. No background in neuroscience or AI is required. Our professional learning is designed for educators, not scientists. We translate complex research into practical, classroom-ready strategies that can be applied immediately, regardless of prior experience.
Can the training be delivered virtually or in person?
Yes. We offer flexible delivery options, including self-paced online learning, live virtual workshops, half-day and full-day in-person professional development, and comprehensive school-wide implementation programs. We work with schools to select the format that best fits their goals and schedules.
How long does implementation take?
Implementation can be tailored to your goals. Some schools begin with a self-paced micro-course or a one-day workshop, while others choose a year-long implementation model that includes coaching, leadership support, family engagement, and ongoing professional learning. We help schools select an approach that matches their capacity and desired level of impact.
How does the Science of Learning connect with AI?
Artificial intelligence is most effective when it supports—not replaces—sound teaching and learning. Our AI Literacy professional learning helps educators understand how to use AI responsibly while grounding implementation in the Science of Learning. Rather than focusing solely on technology, we help schools ensure AI strengthens learning, preserves educator expertise, and supports student success through evidence-informed practice.
What makes CheckIT Learning different?
Unlike traditional professional development providers, CheckIT Learning combines the Science of Learning, responsible AI, implementation science, and ongoing coaching into one integrated approach. Our goal isn't simply to deliver a workshop—it's to help schools build lasting instructional capacity, improve student outcomes, and create sustainable systems for continuous improvement.
How do you measure success?
Success goes beyond attendance or course completion. Depending on the program, we provide participation reports, implementation insights, coaching support, and progress monitoring that help school leaders understand how professional learning is being applied and where additional support may be needed. Our focus is on helping schools translate learning into meaningful classroom practice and long-term improvement.
Can the professional learning be customized for our school or district?
Absolutely. Every school and district has unique priorities, challenges, and goals. We can customize professional learning to align with your strategic initiatives, grade levels, subject areas, implementation timeline, and desired outcomes, ensuring the experience is relevant, practical, and impactful.
For School and District Leaders -The Science of Learning establishes a common instructional language and framework across schools. It supports higher-quality instruction, creates greater consistency across classrooms, accelerates onboarding for new teachers, and provides experienced educators with research-backed strategies to strengthen their practice. The result is a more coherent approach to teaching and learning, improved instructional quality, and a culture of continuous improvement.
For Teachers - Teachers gain practical, evidence-based strategies that can be implemented immediately in the classroom. They develop a deeper understanding of how students learn, enabling them to design lessons that improve attention, memory, motivation, and long-term retention while reducing trial-and-error in instructional practice.
For Students - When students understand how learning actually works, they become more effective and confident learners. They develop practical study skills, strengthen attention, memory, and self-regulation, and become more engaged in their learning. Most importantly, they discover that learning is a skill that can be developed—not a fixed talent—empowering them to take ownership of their learning, persevere through challenges, and build confidence in their ability to succeed throughout school
For School and District Leaders -The Science of Learning establishes a common instructional language and framework across schools. It supports higher-quality instruction, creates greater consistency across classrooms, accelerates onboarding for new teachers, and provides experienced educators with research-backed strategies to strengthen their practice. The result is a more coherent approach to teaching and learning, improved instructional quality, and a culture of continuous improvement.
For Teachers - Teachers gain practical, evidence-based strategies that can be implemented immediately in the classroom. They develop a deeper understanding of how students learn, enabling them to design lessons that improve attention, memory, motivation, and long-term retention while reducing trial-and-error in instructional practice.
For Students - When students understand how learning actually works, they become more effective and confident learners. They develop practical study skills, strengthen attention, memory, and self-regulation, and become more engaged in their learning. Most importantly, they discover that learning is a skill that can be developed—not a fixed talent—empowering them to take ownership of their learning, persevere through challenges, and build confidence in their ability to succeed throughout school











