Design and implement a challenging and engaging advanced robotics curriculum for target age group/grade level students. Guide students in the construction, programming, and testing of complex robotic systems. Develop and implement project-based learning experiences that encourage critical thinking, problem-solving, and collaboration. Incorporate effective assessment strategies to measure student progress and learning outcomes. Maintain a safe and well-equipped laboratory environment for advanced robotics projects. Stay up-to-date on the latest advancements in robotics technology and educational best practices through professional development. Collaborate with other educators and STEM professionals to create a cohesive learning experience for students.

My Role was to focus on introducing young children to the basic concepts of robotics and coding in a fun and age-appropriate way. I developed robotics curriculums, lesson plans, and educational materials for different age groups and skill levels, helped them develop lesson plans that use robots to enhance learning and make it more engaging for students.

Implement engaging and diverse teaching methods to reach all learners' needs and strengths. Regularly assess student progress through a combination of evaluations, including tests, observations, and assignments. Provide helpful and specific feedback to guide each student's growth. Cultivate a safe and inclusive classroom environment that promotes respect and positive social interactions.