This semester I will be teaching the following two courses at the Aristotle University of Thessaloniki:
1) Partial Differential Equations.
2) Calculus III.
At the Aristotle University of Thessaloniki, I have taught and examined five courses over three academic semesters (Spring 2023-2024 and Winter-Spring 2024-2025):
1) Classical Differential Geometry I.
2) Classical Differential Geometry II.
3) Introduction to Real Analysis.
4) Operator Theory.
5) Calculus II.
Throughout my stay at the American College of Thessaloniki (ACT), I was a course instructor and teaching assistant for 9 academic courses, each lasting for 12 weeks. I taught mainly to students from Northeastern University in the USA, but also to a handful of people from the University of Washington, as well as to cohorts studying for a degree at ACT. Here is a list of the courses I taught:
1) Calculus III and Business Calculus (September-December 2022).
2) Calculus III, Calculus II, Differential Equations and Discrete Mathematics (January- March 2022).
3) Calculus III, Calculus II and Calculus I (x2 sections) (September-December 2021).
As a Postdoctoral Research Associate at Imperial College London, I supervised the theses of three students:
1) Masters' Thesis Supervision of Mr. Cheng Guo: "Shock wave interactions in General Relativity".
2) Supervision of Undergraduate Research Opportunities Program student Ms. Mingjun Sun. Worked on Professor Qian Wang's Oxford Lecture notes on Nonlinear Waves and then on works by Sergiu Klainerman and Fritz John on almost-global existence of solutions to certain quasilinear wave equations. Ms. Sun was subsequently nominated for a UROP prize!
3) Supervision of Undergraduate Thesis for Mr. Abhishek Agrahari (Thapar Institute of Technology): "Formation of black holes and singularities in spherically symmetric gravitational collapse".
As a graduate student at the University of Oxford, I was a Teaching Assistant for the following courses:
1) B4.2 Functional Analysis II (January-March 2019).
2) PDE CDT Course on Hyperbolic PDEs (April-June 2018).
3) B4.2 Functional Analysis II (January-March 2018).
4) C3.7 Elliptic Curves (October-December 2017).