Science Teacher

Job OverviewTheScience Teacher is responsible for delivering high-quality science education to students. This includes teaching key concepts in physics, chemistry, biology, and other scientific disciplines. The teacher should foster curiosity, critical thinking, and a love of discovery among students, while ensuring that the science curriculum is effectively taught. The role includes developing engaging lesson plans, conducting practical experiments, and guiding students to develop a thorough understanding of scientific principles.Key Responsibilities1. Teaching and Lesson PlanningPlan and deliver lessons aligned with IB MYP/DP frameworks, emphasizing conceptual understanding, global contexts, and inquiry-based learning.Develop and deliver lessons on scientific concepts, including physics, chemistry, biology, and other relevant branches of science, according to the curriculum and academic standards.Integrate ATL skills (thinking, research, communication, self-management, and social skills) into learning experiences.Plan lessons that provide opportunities for students to connect scientific concepts to DP CAS (Creativity, Activity, Service) and MYP Service Action projects fostering real-world application and interdisciplinary learning.Ensure that lessons are tailored to meet the needs of students at different academic levels, using differentiated teaching strategies and resources.Prepare clear lesson objectives and plans that align with the curriculum and support student learning.Integrate practical experiments and demonstrations to enhance students’ understanding of scientific principles.2. Student Assessment and Progress MonitoringDesign and implement assessments consistent with MYP criteria-based and DP criterion-referenced frameworks.Provide ongoing formative and summative assessments that guide learning and inform teaching.Regularly assess students’ understanding of scientific concepts through quizzes, tests, practical assessments, and assignments.Collaborate in developing common assessments and standardization processes within the department to ensure fairness and consistency.Provide timely and constructive feedback to students on their academic performance, highlighting areas for improvement and further development.Keep accurate records of student progress, identifying any learning gaps or challenges.Use assessment data to inform instructional practices and support students’ academic growth.3. Classroom ManagementEstablish clear expectations for behavior and academic performance to maintain an organized and disciplined classroom environment.Address any behavioral issues fairly and consistently, ensuring a safe and respectful atmosphere for all students.Use positive reinforcement techniques to encourage student engagement and academic excellence.4. Laboratory Management and SafetyOrganize and manage the science lab to ensure that students have access to the necessary materials and equipment for experiments and hands‑on learning.Ensure the safe and proper use of laboratory equipment and chemicals by students, following all safety protocols and guidelines.Maintain the cleanliness and organization of the science lab, ensuring it meets health and safety standards.5. Promotion of Scientific InquiryEncourage students to explore and engage with scientific concepts beyond the classroom through independent projects, research, and extracurricular activities.Support students in developing their problem‑solving skills, experimental techniques, and scientific reasoning.Guide students in completing science fair projects, research papers, and presentations.Support the development of Internal Assessments (DP) and personalized inquiry projects (MYP) by guiding students through the process of exploration, reflection, and communication.6. Curriculum DevelopmentCollaborate with the Head of Department and colleagues to develop and update the science curriculum to ensure it remains relevant and aligned with MYP and DP standards.Participate in the creation and refinement of unit plans, assessments, and internal standardization activities.Integrate interdisciplinary links and global contexts in lessons to foster a holistic understanding of scientific concepts.Support students in making connections between science and other subjects, encouraging interdisciplinary learning.Adapt lessons and materials to accommodate the diverse learning needs of students, including those with learning difficulties or special needs.Integrate new developments in science and technology into the curriculum to keep students informed of current trends in the scientific world.7. Extracurricular ActivitiesOrganize or participate in extracurricular science‑related activities, including science clubs, field trips, or after‑school enrichment programs.Encourage students to participate in local, national, or international science competitions and events.Foster a love of science by supporting students in exploring scientific topics outside of the classroom set