Tyla Lene' Samuels

While working in this role, I:

• Teach Physical Sciences and Technical Sciences to Grades 10–12 and Natural Sciences to Grades 8–9, delivering curriculum-aligned lessons that promote inquiry, critical thinking and scientific literacy.

• Plan, implement and assess differentiated learning programmes that cater for learners with diverse academic abilities and learning needs through practical investigations, collaborative learning and technology-enhanced instruction.

• Integrate digital technologies including Google Classroom, Google Forms, PhET Interactive Simulations, virtual reality experiences and multimedia resources to increase learner engagement and make abstract scientific concepts accessible.

• Design, moderate and evaluate assessments aligned with the CAPS curriculum while analysing learner performance data to implement targeted intervention programmes.

• Provide after-school intervention classes, holiday support and individual academic mentoring to improve learner confidence and achievement in Physical and Technical Sciences.

• Foster strong relationships with learners and parents through regular communication, progress meetings and collaborative strategies that support learner wellbeing and academic success.

• Maintain an inclusive, structured and positive classroom environment where high expectations, mutual respect and learner accountability promote positive behaviour and active participation.

• Collaborate with colleagues during moderation, curriculum planning and departmental meetings to improve teaching practice and maintain consistent curriculum standards across the department.

• Mentor and encourage learners to participate in enrichment opportunities that extend learning beyond the classroom and promote scientific curiosity.

Key Leadership Roles and Achievements:

National Teaching Awards Nominee – Excellence in Physical Sciences Teaching

• Nominated for the National Teaching Awards (NTA) in the category of Excellence in Physical Sciences Teaching, recognising innovative teaching practice, curriculum leadership and commitment to improving learner achievement.

• Demonstrated innovative curriculum delivery through inquiry-based learning, practical investigations, STEM integration, digital technologies and learner-centred teaching approaches.

• Incorporated the SAMR and TPACK frameworks into classroom practice to enhance scientific understanding through meaningful technology integration.

• Created learning environments that promoted critical thinking, collaboration, creativity and problem-solving, preparing learners with the scientific skills required for the 21st century.

• Shared best practice with colleagues and contributed to a culture of continuous professional improvement within the school.

Eskom Expo Lead Teacher

• Appointed as Lead Teacher responsible for coordinating the school's participation in the Eskom Expo for Young Scientists.

• Recruited and mentored learners throughout the scientific research process, from selecting authentic scientific problems to designing investigations and presenting findings.

• Guided learners in applying scientific inquiry, data analysis and problem-solving skills that complemented and extended the Physical Sciences curriculum.

• Worked collaboratively with staff and parents to support learner participation and promote STEM education throughout the school community.

• Increased learner engagement in authentic scientific research by providing opportunities for learners to apply classroom knowledge to real-world challenges.

Science Olympiad Coordinator

• Coordinated learner participation in the Science Olympiad by identifying high-potential learners and providing academic enrichment and competition preparation.

• Designed extension activities that strengthened higher-order thinking, analytical reasoning and scientific literacy beyond the prescribed curriculum.

• Motivated learners to develop confidence in scientific problem-solving while promoting a culture of academic excellence within the Science Department.

National Senior Certificate (NSC) Physical Sciences Marker

• Selected as a National Senior Certificate (NSC) Physical Sciences Marker for the 2025 South African National Examinations, recognising my subject expertise, professional credibility and thorough understanding of the national curriculum in both Physics and Chemistry.

• Applied rigorous national assessment standards and quality assurance processes to ensure fair, accurate and consistent marking of high-stakes examinations while identifying national examination trends, assessment standards and common learner misconceptions.

• Incorporated these insights into curriculum planning, differentiated instruction and assessment design, strengthening curriculum delivery, improving examination preparation and enhancing learner achievement in Physical Sciences.

• Shared evidence-based marking practices, curriculum insights and examination trends with colleagues, contributing to improved teaching consistency, curriculum alignment and learner outcomes across the Science Department.

Assistant Netball Coach (2025)

• Served as Assistant Netball Coach in 2025, supporting the planning and delivery of training sessions and match preparation while promoting teamwork, resilience, discipline and sportsmanship.

• Worked collaboratively with the Head Coach to develop learners' confidence, leadership skills and personal responsibility, fostering a positive and inclusive team culture.

• Encouraged learners to balance their academic responsibilities with extracurricular commitments, reinforcing the importance of commitment, perseverance and wellbeing.

• Built positive relationships with learners and parents, supporting the school's commitment to holistic learner development through sport and co-curricular participation.

Whole-School Photo Day Coordinator

• Planned, coordinated and managed the annual whole-school Photo Day involving learners, staff and external service providers.

• Developed schedules and coordinated logistics to ensure the smooth and efficient running of the event with minimal disruption to teaching and learning.

• Liaised effectively with school leadership, photographers, teachers, administrative staff and parents to ensure successful implementation.

• Demonstrated strong organisational, communication and leadership skills while managing multiple stakeholders, coordinating large-scale school operations and ensuring the successful delivery of the event within strict timelines.

InnovateHER Mentor

• Selected as a mentor in the InnovateHER programme, supporting and empowering young girls to develop confidence, leadership skills, resilience and aspirations for future careers through mentorship, guidance and personal development.
• Facilitated discussions and mentoring sessions that encouraged girls to overcome personal and social barriers, develop a growth mindset and build self-belief while promoting positive wellbeing and informed decision-making.
• Encouraged learners to pursue opportunities in STEM and higher education by providing guidance, role modelling and ongoing support, helping them recognise their potential as future leaders within their communities.
• Fostered an inclusive and supportive environment where learners felt empowered to share their experiences, set personal goals and develop the confidence to achieve both academically and personally

While working in this role, I:

• Served as the sole Physical Sciences teacher for Grades 10–12 while also teaching Natural Sciences to Grades 8–9 and Life Orientation to Grades 8–10 in a rural school serving learners from economically disadvantaged communities.
• Adapted my teaching practice to meet the diverse learning needs of learners who often had limited prior knowledge, educational opportunities and exposure to scientific concepts beyond their immediate environment. Designed contextualised lessons that connected curriculum content to learners' everyday experiences, making abstract scientific concepts meaningful, relevant and accessible.
• Many learners entered the FET phase with limited exposure to laboratory equipment and scientific phenomena. I therefore adapted my teaching by using everyday household examples, locally relevant scenarios, digital simulations and teacher demonstrations to bridge conceptual gaps before introducing formal scientific theory. This approach strengthened conceptual understanding, increased learner engagement and improved learners' confidence when applying scientific principles to unfamiliar contexts.
• Integrated technology into teaching through PhET Interactive Simulations, virtual laboratory investigations, educational videos, animations and digital learning resources to visualise scientific phenomena that learners could not experience firsthand due to limited laboratory facilities and socio-economic constraints. These strategies enabled learners to explore scientific concepts such as electric circuits, projectile motion, chemical reactions and molecular behaviour in an interactive environment, resulting in improved conceptual understanding, greater participation and increased learner confidence.
• Designed differentiated learning experiences for learners with varying levels of academic readiness and limited prior exposure to scientific concepts. I used visual demonstrations, practical activities, digital simulations, group discussions and scaffolded assessment tasks to build understanding before introducing more complex concepts. Learners who demonstrated mastery completed extension investigations and real-world problem-solving activities, while those requiring additional support received targeted intervention and individual guidance. This approach improved learner participation, reduced anxiety towards Physical Sciences and enabled more learners to engage successfully with challenging curriculum content.
• Used Life Orientation as a platform to educate and empower learners by addressing social, emotional and psychological wellbeing. Facilitated discussions on mental health, resilience, healthy relationships, substance abuse, bullying, responsible decision-making, career planning and goal setting, while equipping learners with practical life skills needed to overcome personal and social challenges.
• Recognised the significant impact of poverty, unemployment and difficult home circumstances on learner wellbeing and academic achievement. Worked closely with learners to provide pastoral care, emotional support and mentoring, creating a safe and supportive classroom environment where learners felt comfortable seeking guidance and assistance.
• Worked collaboratively with fellow educators to identify learners requiring additional academic, behavioural and emotional support, sharing intervention strategies and implementing learner-centred approaches that improved learner engagement, attendance and academic progress.
• Built strong partnerships with parents and guardians to better understand learners' socio-economic circumstances and home environments, enabling me to implement targeted support strategies that promoted learner wellbeing, attendance and academic success. For example, where learners lacked access to textbooks, internet or quiet study spaces, I provided printed learning materials, scheduled additional after-school support sessions, adapted homework expectations and maintained regular communication with parents to monitor learner progress. These collaborative interventions improved learner participation, strengthened parent engagement and created a more supportive learning environment for learners facing significant socio-economic challenges.
• Provided academic mentoring and career guidance to Grade 12 learners by assisting with university applications, admission requirements, bursary opportunities and career planning, encouraging learners to pursue tertiary education despite financial and social barriers.
• Designed, moderated and evaluated curriculum-aligned assessments while analysing learner performance data to strengthen curriculum delivery, improve learner outcomes and implement targeted intervention programmes.
• Supported curriculum quality assurance by working closely with the school principal during his tenure as Physical Sciences teacher, assisting with the moderation of examination papers, marking guidelines and learner assessments to ensure fairness, consistency and alignment with national curriculum standards.

Key Leadership Roles & Achievements

National Senior Certificate (NSC) Physical Sciences Marker (2023)

• Selected as a National Senior Certificate (NSC) Physical Sciences Marker for the 2023 South African National Examinations, recognizing my subject expertise, professional credibility and comprehensive understanding of the national curriculum in both Physics and Chemistry.
• Applied rigorous national assessment standards and quality assurance processes to ensure fair, accurate and consistent marking of high-stakes examinations while identifying examination trends and common learner misconceptions.
• Incorporated insights gained through the national marking process into classroom practice by strengthening curriculum planning, refining assessment design and aligning teaching strategies with national examination standards, resulting in improved learner preparedness for external assessments.
• Shared evidence-based marking practices, curriculum updates and examination insights with colleagues, contributing to consistent assessment practices and enhanced curriculum delivery within the Science Department.

Eskom Expo Lead Teacher

• Led and coordinated the school's participation in the Eskom Expo for Young Scientists by identifying and mentoring learners through scientific research projects that extended classroom learning and promoted inquiry-based science education despite limited resources.
• Encouraged learners to investigate real-world scientific challenges affecting their local community, fostering innovation, critical thinking and problem-solving skills while strengthening STEM engagement.

Sole Physical Sciences Teacher

• Served as the only Physical Sciences teacher at the school, taking responsibility for curriculum planning, assessment, learner achievement and subject development across the senior grades while maintaining high academic standards within a resource-constrained environment.
• Independently planned and delivered the Physical Sciences curriculum across the FET phase while implementing targeted intervention programmes and examination preparation strategies that supported learner success despite limited resources.

Curriculum Leadership and Assessment Support

• Assisted the school principal with the moderation of Physical Sciences examination papers, learner assessments and marking guidelines during his year of teaching the subject, contributing to quality assurance, curriculum compliance and consistent assessment practices across the department.
• Collaborated with school leadership to maintain high assessment standards and ensure fair, reliable and curriculum-aligned assessment practices across the subject.

Grade 8 Orientation Programme (2023)

• Played an active role in coordinating and facilitating the Grade 8 Orientation Programme, supporting learners' transition into secondary school through activities that promoted belonging, resilience, positive relationships and successful integration into the school community.
• Worked collaboratively with colleagues to create a welcoming environment that helped learners adjust successfully to the academic and social expectations of high school.

Grade 12 (Matric) Ball Planning Committee (2023)

• Served on the Matric Ball Planning Committee, collaborating with colleagues to organise one of the school's major annual events while coordinating logistics, learner participation and event planning to create a memorable experience for the graduating class.
• Worked as part of a multidisciplinary team to ensure the successful planning and delivery of the event while fostering positive relationships with learners, staff and parents.