At the start, my practice was more developing and foundational. By the end, I was operating at a more intentional and reflective level, consistently applying strategies and beginning to integrate them effectively across your teaching.
My CSTP results show clear, well-rounded growth from developing to applying/integrating across all standards, with particular strength in planning, engagement, and instructional responsiveness.
One professional goal I have beyond induction is to further develop my ability to design and implement project-based learning (PBL) experiences that integrate real-world applications of physics and physical education concepts. I have identified this as an area of interest because I have seen how student engagement and understanding increase when learning is hands-on, relevant, and student-centered. Additionally, PBL aligns with my background in strength and conditioning, allowing me to connect scientific concepts to practical applications.
To achieve this goal, I plan to:
Attend professional development workshops focused on PBL and NGSS-aligned instruction
Collaborate with colleagues to design interdisciplinary projects
Use AI tools and simulations (like PhET) to enhance project design
Pilot at least 1–2 PBL units per semester
I will measure goal attainment by:
Analyzing student work and project outcomes using rubrics
Collecting student feedback through surveys
Monitoring engagement levels and participation
Reflecting on lesson effectiveness and making iterative improvements
To remain a connected educator, I will:
Participate in professional learning communities (PLCs) on campus
Attend conferences and workshops in Physics
Hopefully start an Astronomy club on campus
Collaborate regularly with colleagues to share strategies and reflect on practice
Staying connected ensures I continue learning, adapting, and bringing fresh ideas into my classroom.
To sustain the energy needed for teaching, I will prioritize both personal and professional well-being. This includes maintaining a healthy work-life balance, setting boundaries, and continuing to engage in physical activity. I will also celebrate small wins in the classroom, reflect on positive student interactions, and remind myself of my purpose as an educator.
Professionally, I will seek out opportunities for growth that keep me motivated, such as trying new teaching strategies, integrating technology, and pursuing leadership opportunities. Staying inspired and avoiding burnout requires intentional effort, reflection, and balance.
My advice for new teachers is to be patient with yourself and embrace growth. Teaching is a process, and it takes time to develop confidence and effectiveness. Focus on building relationships with students first—this is the foundation for all learning. Don’t be afraid to try new strategies, reflect on what works and what doesn’t, and ask for support from colleagues.
Most importantly, do not be afraid to switch things up that are not working.
As a high school physics and physical education teacher, I’ve worked to find and implement resources that increase student engagement, improve understanding, and make learning more accessible. Below are three essential tools and strategies that I believe every new teacher in science should have in their toolkit. These resources support effective teaching through technology integration, strong pedagogy, and meaningful content delivery.
Website: PhET Simulations
Source: University of Colorado Boulder
PhET provides free, interactive math and science simulations that allow students to explore complex concepts visually and hands-on.
In my physics classroom, I used PhET simulations (such as geometric optics and forces/motion) to supplement labs and introduce new concepts. For example, during our optics unit, students used the simulation to manipulate lenses and observe how image formation changes in real time. This allowed students to experiment in ways that are difficult to replicate with physical equipment alone.
Increases student engagement through interactive learning
Provides visual models for abstract concepts
Supports differentiation by allowing self-paced exploration
Great for both in-person and virtual learning environments
I plan to continue integrating PhET into inquiry-based labs and project-based learning units to deepen conceptual understanding.
Source: Adapted from Modeling Instruction pedagogy
A student-centered strategy where students solve problems collaboratively on whiteboards and present their thinking to the class.
I implemented weekly “Whiteboard Days” in my physics class where students worked in small groups to solve conceptual and problem-based questions. Students then presented their reasoning, allowing for class discussion, peer feedback, and immediate formative assessment.
Encourages collaboration and academic discourse
Makes student thinking visible
Provides real-time formative assessment opportunities
Builds confidence and communication skills
I will continue refining this strategy by incorporating more structured questioning techniques and using it across different units to track student growth over time.
Website: ChatGPT by OpenAI
An AI tool that helps teachers generate lesson ideas, assessments, differentiation strategies, and project-based learning experiences.
During my induction, I used ChatGPT to design physics labs, create differentiated assignments, and develop project-based learning ideas. For example, I created a lens lab and inquiry-based activities that allowed students to explore concepts more deeply. It also helped me reflect on my teaching and improve lesson structure.
Saves time in lesson planning
Supports differentiation and scaffolding
Helps generate creative, engaging lesson ideas
Acts as a reflective tool for improving teaching practice
I will continue using AI to enhance lesson design, create more personalized learning experiences, and support ongoing professional growth.
Website: Google Forms
A digital tool for creating quizzes, surveys, and quick checks for understanding.
I used Google Forms to create exit tickets and quick surveys at the end of lessons. This allowed me to quickly analyze student understanding and adjust instruction for the following day.
Provides immediate feedback and data
Easy to use and accessible for students
Helps guide instructional decisions
Can be used for both formative and summative assessments
I plan to expand my use of Forms by incorporating more standards-aligned questions and using data trends to drive instruction.
These resources have significantly impacted my teaching by improving student engagement, supporting differentiated instruction, and enhancing my ability to assess and respond to student needs. As I continue my career, I am committed to refining these tools and sharing effective practices with other educators. Contributing to the profession means not only growing as an educator but also supporting others in their journey.