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This program integrates physics education with foundational meteorology concepts. Students will explore atmospheric phenomena and the scientific methods used to investigate atmospheric physics, weather systems, and climate science. Ideal for aspiring atmospheric researchers.
Year 1
The curriculum includes core physics and mathematics courses.
Physics 1A establishes fundamental physics principles that form the basis for advanced study. This course enhances analytical abilities and learning techniques through cutting-edge educational technology and interactive approaches.
Physics 1B provides an introduction to quantum theory and its implications for understanding cosmic phenomena.
Mathematics for Physics 1 and 2 develop mathematical reasoning and calculus skills, progressively applying these concepts to physical problems.
Students may select two additional subjects from other disciplines.
Year 2
The focus shifts to contemporary physics and the physics of fields and matter.
Complementary mathematics courses include:
algebra
calculus
dynamics and vector calculus
Practical physics components cover:
coding
data interpretation
laboratory methods
Meteorology studies examine atmospheric systems and climate patterns.
Direct Year 2 entrants complete supplementary introductory courses in classical physics and mathematics.
Year 3
Coursework includes:
thermodynamics
statistical mechanics
electromagnetism
optics
quantum theory
Additional offerings:
mathematics training in Fourier analysis and statistical methods
computing instruction on numerical methods
research methodology fundamentals
Year 4
Required courses address:
condensed matter studies
experimental methods
atmospheric circulation
climate simulation
Students complete research projects and choose from various elective courses.