Explore our advanced Senior High School STEM program, meticulously designed to cultivate the next generation of innovators in science, technology, engineering, and mathematics. The SHS program is specifically designed to support and direct students in reaching their long-term career aspirations, ensuring graduate prepared to embark on entrepreneurial ventures or continue their education in college. Westfield's rigorous curriculum goes beyond foundational concepts, integrating university-level content and real-world research methodologies to prepare students for top academic and career pathways.

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We emphasize hands-on research projects, interdisciplinary collaboration, and the application of complex principles to solve authentic challenges. Through intensive instruction and access to cutting-edge technologies, students will master the essential skills for critical thinking, systems analysis, and complex problem-solving.

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Our specialized Senior High subject strands offer students the opportunity to delve deeply into advanced, high-demand fields:

 

Mathematics and Computer Science

• Calculus III (Multivariable Calculus) and Linear Algebra: Focus on advanced mathematical structures essential for physics, data science, and engineering.

• Data Structures and Algorithms: Intensive study of efficient data organization and algorithmic complexity, fundamental for software development.

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Artificial Intelligence and Technology

• Applied Machine Learning (ML): Hands-on experience with popular ML frameworks (e.g., Python/TensorFlow), covering supervised and unsupervised learning models and neural networks.

• Advanced Robotics and Mechatronics: Integrating sophisticated control systems, sensor technology, and mechanical design to create autonomous systems.

• Cybersecurity and Ethical Hacking: Courses on network defense, cryptography, and assessing system vulnerabilities, fostering a deep understanding of digital security.

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Science and Engineering

• Modern Physics (Relativity and Quantum Mechanics): A deep exploration of the concepts governing the universe at its most fundamental levels.

• Advanced Biology: Study of gene expression, genetic engineering (e.g., CRISPR technology), and bioinformatics.

• Engineering Design and Prototyping: Applying the engineering design process to develop and test functional prototypes using advanced tools like CAD and 3D Printing.

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Communication and Interdisciplinary Studies

• Technical Communication and Presentation: Developing professional skills in writing research papers, technical reports, and effectively presenting complex scientific data to diverse audiences.

• Ethics in AI and Technology: Critical analysis of the societal implications, biases, and ethical responsibilities inherent in developing and deploying advanced technologies.

• Statistical Modeling and Data Analysis: Comprehensive training in using statistical software to analyze large datasets, interpret results, and make evidence-based conclusions.

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Join us to be inspired and challenged in a supportive and stimulating environment that encourages innovation, intellectual rigor, and prepares you to lead the future of technology and science!

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Junior High School Program

• Grade 11

• Grade 12​