Science Teacher

Science Teacher – Basic Education

A. Key Responsibilities

1. Instruction and Lesson Delivery

   • Plan, prepare, and deliver engaging Science lessons aligned with the prescribed basic education curriculum and school learning standards.
   • Develop appropriate lesson plans, instructional materials, activities, assessments, and learning resources.

• Integrate inquiry-based, experiential, collaborative, and learner-centered teaching strategies.
• Relate scientific concepts to real-life situations, current issues, and practical applications.

1. Laboratory and Experiential Learning

   • Conduct laboratory activities, demonstrations, experiments, investigations, and other hands-on learning experiences.
   • Ensure proper preparation, handling, storage, and use of laboratory equipment and materials.
   • Strictly observe laboratory safety procedures and maintain a safe learning environment.
   • Teach students appropriate laboratory practices, scientific ethics, and responsible use of materials.

2. Assessment and Student Learning

   • Develop and administer formative and summative assessments appropriate to the subject and grade level.
   • Monitor and document student performance, progress, participation, and learning outcomes.
   • Provide timely, constructive, and meaningful feedback to students.
   • Identify students who require additional academic support and implement appropriate intervention or enrichment activities.
   • Maintain accurate and updated academic records, grades, and other required documentation.

3. Classroom Management

   • Establish and maintain a positive, inclusive, respectful, and well-managed classroom environment.
   • Implement classroom rules, routines, and behavioral expectations consistently.
   • Promote student discipline, responsibility, teamwork, curiosity, and respect for others.
   • Address classroom concerns appropriately and coordinate with parents, advisers, and school administrators when necessary.

4. Curriculum and Instructional Development

   • Participate in curriculum planning, review, enhancement, and alignment activities.
   • Develop and improve instructional resources, laboratory activities, projects, and learning materials.
   • Integrate appropriate technology, digital resources, and multimedia tools into Science instruction.
   • Participate in Science-related programs, exhibits, fairs, competitions, research activities, and other school initiatives.

5. Student Development and Engagement

   • Encourage scientific thinking, critical thinking, problem-solving, creativity, observation, and evidence-based reasoning.
   • Encourage students to ask questions, formulate hypotheses, conduct investigations, and communicate scientific findings.
   • Support students' academic, social, and personal development within the teacher's role.
   • Serve as an appropriate role model in professionalism, integrity, responsibility, and respect.

6. Parent and Stakeholder Coordination

   • Communicate regularly and professionally with parents or guardians regarding student performance and concerns.
   • Participate in parent-teacher conferences, consultations, and school meetings.
   • Coordinate with fellow teachers, department heads, coordinators, and other school personnel concerning student learning and development.

7. Professional and Institutional Responsibilities

   • Attend faculty meetings, training programs, professional development activities, school events, and other required institutional activities.
   • Comply with school policies, procedures, academic standards, and administrative requirements.
   • Maintain professional conduct and uphold the school's mission, vision, core values, and standards.
   • Perform other reasonable duties and responsibilities related to the position as may be assigned by the School Administration or immediate supervisor.

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B. Expectations

The Science Teacher is expected to:

1. Teaching Excellence

• Deliver well-prepared, organized, engaging, and purposeful instruction.
• Use varied teaching strategies based on students' different learning needs and abilities.
• Encourage inquiry, experimentation, critical thinking, and evidence-based reasoning rather than relying solely on lecture-based instruction.

2. Student-Centered Approach

• Build positive and professional relationships with students.
• Demonstrate patience, fairness, empathy, and respect in dealing with learners.
• Maintain high but realistic academic expectations.
• Recognize differences in students' abilities, learning styles, interests, and needs.

3. Classroom and Laboratory Management

• Maintain an orderly, productive, and safe classroom and laboratory environment.
• Exercise appropriate supervision during experiments, laboratory work, field activities, and other hands-on activities.
• Ensure that students understand and follow safety protocols before conducting experiments.

4. Professionalism

• Report to work and classes punctually and consistently.
• Complete lesson plans, grading, reports, and other documentation within prescribed deadlines.
• Maintain appropriate professional boundaries with students.
• Demonstrate accountability, reliability, initiative, and good judgment.

5. Collaboration

• Work effectively with colleagues, department heads, coordinators, and school administrators.
• Contribute actively to departmental planning and school-wide programs.
• Accept feedback and demonstrate willingness to improve teaching practices.

6. Continuous Professional Development

• Stay updated on developments in Science education, teaching methodologies, technology, and relevant scientific knowledge.
• Participate actively in professional development and training.
• Reflect on teaching practices and implement improvements based on student outcomes and feedback.

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C. Must-Have Preferences

Educational Qualifications

• Bachelor's degree in Science Education, Secondary Education major in Science, Biology, Chemistry, Physics, General Science, Environmental Science, or a closely related field.
• Preferably holds or is eligible for the appropriate professional teaching license/qualification required by applicable regulations.
• For higher-grade Science assignments, a relevant specialization in Biology, Chemistry, Physics, Earth Science, or related discipline is preferred.

Teaching Experience

• Preferably with at least 1–2 years of teaching experience in basic education.
• Fresh graduates may be considered if they demonstrate strong subject knowledge, communication skills, classroom potential, and teaching aptitude.
• Experience teaching in a private school, international school, or curriculum-based educational institution is an advantage.

Technical and Teaching Competencies

• Strong command of fundamental Science concepts.
• Ability to design and conduct age-appropriate experiments and laboratory activities.
• Strong lesson planning and classroom management skills.
• Ability to develop assessments aligned with learning objectives.
• Proficiency in using educational technology, presentation tools, learning management systems, and digital instructional resources.
• Ability to interpret and communicate scientific information accurately.

Personal and Professional Qualities

• Passionate about teaching Science and developing students' curiosity.
• Patient, approachable, and learner-centered.
• Strong communication and interpersonal skills.
• Organized and detail-oriented.
• Adaptable and willing to learn new teaching methodologies and technologies.
• Responsible, dependable, and punctual.
• Demonstrates professionalism, integrity, and emotional maturity.
• Capable of working collaboratively within a school environment.

Strongly Preferred

• Experience in Science fairs, research projects, STEM programs, robotics, environmental programs, or academic competitions.
• Experience developing laboratory activities and instructional materials.
• Experience handling diverse learners and differentiated instruction.
• Training in laboratory safety, first aid, child protection, classroom management, or educational technology.
• Ability to integrate STEM, project-based learning, inquiry-based learning, and real-world applications into Science instruction.
• Willingness to serve as an adviser, club moderator, or coach for Science/STEM-related student organizations.