My Philosophy of Teaching, Learning, and Educational Technology

Why I Teach the Way I Do

My philosophy of education is rooted partly in my own experience as a student. In high school, much of my learning emphasized memorization rather than understanding. Mathematics was especially difficult for me in that environment, and I gradually internalized the idea that I simply was not good at it. I avoided mathematics whenever I could, even finding a path through my undergraduate biology degree without calculus. When I later took calculus in preparation for graduate study in marine biology, something unexpected happened: once the underlying concepts were made meaningful, I understood them. Looking back, I realized that the problem had not been an inability to learn mathematics. I had never developed the conceptual framework that allowed the procedures to make sense.

That experience helped shape my interest in education. During my teacher preparation at Brown University, my exposure to John Dewey gave me a language for ideas I had already begun to develop: learning is most powerful when students actively construct meaning, connect new knowledge to experience, investigate authentic problems, and understand why what they are learning matters.

Curiosity, Confidence, and Intrinsic Motivation

I believe people possess an inherent curiosity and desire to understand the world around them. At the same time, learners often withdraw from subjects in which they have experienced repeated failure or have come to believe that success is beyond their ability. Fear of failure can suppress curiosity remarkably quickly.

One of a teacher's most important responsibilities, therefore, is to create conditions in which students have permission to be curious, to take intellectual risks, to make mistakes, and to discover that they are capable of understanding challenging ideas. Grades and other external rewards have a role, but they are weak substitutes for the moment when a learner becomes genuinely interested in a question and wants to know the answer.

Students as Creators of Knowledge

I do not see the teacher as the unquestionable source of knowledge and the student as its passive recipient. Students enter every classroom with years of experiences, ideas, interests, strengths, misconceptions, cultures, and ways of making meaning. The teacher's role is to build a bridge between what learners already bring to the classroom and the knowledge, skills, and ways of thinking they are developing.

This view reflects Dewey's emphasis on experience and active learning and Vygotsky's understanding that learning develops through interaction, support, and appropriately challenging experiences. Scaffolding should not make learning easier by removing intellectual rigor. It should remove unnecessary barriers so that students can engage with worthwhile challenges and progressively take greater ownership of their learning.

Universal Design for Learning and Learner Variability

My earlier teaching philosophy focused heavily on individualization. Universal Design for Learning provides a stronger and more practical framework for that goal. Rather than designing one pathway and then attempting to retrofit accommodations after students encounter barriers, I believe learning should be designed from the beginning with learner variability in mind.

In practice, that means providing multiple ways for students to engage with meaningful problems, multiple representations of important concepts, and appropriate choices in how students act, communicate, and demonstrate what they know. A diagram, physical model, simulation, data set, discussion, video, experiment, or written explanation may illuminate different aspects of the same idea. Likewise, a student's understanding should not always depend on a single mode of expression when another form can demonstrate the same competency more authentically.

Technology as an Enabler, Not the Goal

Technology has transformed what is possible in education, but technology itself is not the objective. A digital tool is valuable only when it expands access, makes an otherwise difficult experience possible, improves feedback, supports collaboration, reveals information in a useful new way, or gives learners greater agency.

Used thoughtfully, technology can help teachers provide flexible pathways through complex material, connect learners with experts and authentic information, visualize phenomena that cannot be observed directly, analyze real data, and give students new ways to create and communicate. Used poorly, it can simply reproduce a worksheet on a screen. The instructional question must come first: what do we want learners to understand or be able to do, what barriers stand in their way, and which tools genuinely improve that learning experience?

Authentic Learning and Assessment

I believe students learn deeply when they use knowledge rather than merely repeat it. My work in science and educational technology has repeatedly reinforced the value of authentic problems, hands-on investigation, collaboration, data analysis, design, and inquiry. Students should have opportunities to work with the kinds of questions, tools, evidence, and decisions that exist beyond the classroom.

Assessment should reflect the same philosophy. Selected-response assessments can efficiently measure some kinds of knowledge, but they should not define what counts as learning. Students should also analyze data, construct explanations, solve problems, design products, defend conclusions, revise their thinking, and communicate what they understand. Authentic assessment allows students to demonstrate rigorous learning while giving teachers much richer information about how students are thinking.

Collaboration and the Changing Role of the Teacher

Learning is both individual and social. Discussion, peer explanation, collaborative problem solving, critique, and interaction with people who possess different expertise can deepen understanding in ways that isolated practice cannot. The teacher remains essential, but the role changes from delivering all information to designing environments in which productive learning can occur: setting meaningful goals, asking good questions, providing appropriate support, connecting learners with resources, monitoring progress, and helping students reflect on their own thinking.

The same principle applies to educators. Teachers should not be expected to navigate every new technology or instructional approach alone. Professional learning is most effective when educators can experiment, collaborate, receive useful feedback, adapt ideas to their own students, and learn from one another.

My Role as an Educational Technology Coach

This is where my philosophy of teaching and my philosophy of coaching meet. An educational technology coach should not simply introduce teachers to new software. The coach should help educators identify instructional goals, recognize barriers to learning, evaluate whether a technology actually improves the experience, design accessible and authentic learning opportunities, and reflect on evidence of student learning.

I see coaching as capacity building. The goal is not to make teachers dependent on a technology specialist, but to help them become increasingly confident designers of learning. A successful coaching relationship respects the expertise teachers already possess while creating opportunities to explore new practices, take manageable risks, and discover better ways to meet the needs and interests of their students.

Learning for Participation in the World

Education should prepare students for more than a test or even a career. Dewey's connection between education and democratic participation remains important to me. Students need the confidence and ability to investigate claims, interpret evidence, collaborate with people who think differently, communicate ideas, solve unfamiliar problems, and continue learning throughout their lives. These abilities are particularly important in science, technology, engineering, and mathematics, but they extend far beyond STEM.

My philosophy has evolved as technology and learning science have evolved, but its center has remained remarkably consistent: learners are capable, curious people who learn best when ideas are meaningful, challenging, accessible, connected to experience, and open to genuine investigation. Technology gives us increasingly powerful ways to create those conditions. My role as a teacher and coach is to help educators and students use those possibilities purposefully.

Foundations and Current Frameworks

My philosophy continues to be influenced by John Dewey, Lev Vygotsky, Theodore Sizer, constructivist approaches to learning, Universal Design for Learning, and the ISTE Standards for Coaches.

References and frameworks:
Sizer, Theodore R. Horace's Hope: What Works for the American High School.
Ornstein, Allan C. and Francis P. Hunkins. Curriculum: Foundations, Principles, and Issues.
CAST. Universal Design for Learning Guidelines. CAST UDL Guidelines.
ISTE. ISTE Standards for Coaches. ISTE Coaching Standards.