Math in Practice: Calculus enables students to develop the basic practical mathematical skills that will be largely used in the program. It starts by a refresher training before tackling more advanced concepts, using a hands on pedagogy. The concepts to be covered are elementary functions, their derivation and integration, vector calculus, non-Cartesian coordinate systems, integration and simple ordinary first and second order differential equations.

Physics I (PHY101) introduces students to basis concepts in mechanics and thermodynamics. It first covers point-like and simple solids in various coordinate systems; while providing an overview of the fundamental law of dynamics, kinetic and potential energy, linear and angular momentum; central and conservative forces and mechanical work. Harmonic oscillators, free and forced oscillations, and resonance are studied in this context. Kinetic theory of ideal gas introduces the basic thermodynamic concepts: heat, temperature, entropy, efficiency, state variables, phase change  for closed system. Upon completion of this course, students will master basic equations and principles in classical mechanics and thermodynamics and will be able to derive and solve simple models taken from their environment.

For this course, students can request to have a Pass/Fail grade instead of a letter grade. Students who receive a Pass grade still benefit from the ECTS credits associated to the course but their grade does not count towards calculating their GPA. Students can make such a request for a maximum of two courses during Semester 1.