*Calculus 3*, undergraduate (Tu, Th 1-3, problem session Fr 3-5, lab We 3-5).*Spaces of Analytic Functions*, advanced graduate (We 2-5).

*Calculus 2*, undergraduate (Tu 3-5, Fr 1-3, problem session Tu 11-1, lab Th 1-3).*Evaluations*.*Functional Analysis*, graduate (Tu, Fr 9-11).

*Complex Analysis*, undergraduate (Mo, We 5-7, problem session Fr 1-3).*Evaluations*.

*Differential Equations*, undergraduate (Tu 11-1, Th 9-11, problem session We 5-7).*Evaluations*.*Partial Differential Equations*, undergraduate (Tu, Th 5-7).*Evaluations*.

*Analytic (and continuous analytic) capacity*, seminar (Tu 11-2).*Complex Analysis*, undergraduate. [Gloriously cancelled.]

*Calculus 2*, undegraduate (Mo, We 3-5).*Evaluations*.#### Autumn 2014-15

*Calculus 3*, undegraduate (We, Fr 3-5).*Evaluations*.*Complex Analysis*, graduate (Tu, Th 5-7).*Number Theory*, undegraduate (Mo, We 9-11).*Evaluations*.*Analysis 2*, undergraduate (Mo 3-5, Tu, We 5-7).*Evaluations*.*Analysis 1*, undegraduate (Tu, Th 5-7, Fr 3-5).*Evaluations*.*Complex Analysis*, undegraduate (Tu, Fr 3-5).*Evaluations*.*Harmonic Analysis*, advanced graduate (We, Fr 11-1).*Harmonic Analysis*, undegraduate (Mo, Tu 3-5).*Calculus of Several Variables*, undegraduate (Mo, We 9-11).*Evaluations*.*Fourier Series*, advanced graduate reading course.*Complex Analysis*, graduate (Mo, We 11-13).*Distributions and Fourier Transform*, advanced graduate (Mo 17-19, Fr 13-15).*Foundations of Mathematics*, undergraduate (Tu, Th 11-13, Fr 11-12).*Infinitesimal Calculus III*, undergraduate (Mo, We 11-13, problem session Fr 17-19).*Infinitesimal Calculus I*, undergraduate (Mo, We 9-11, problem session We 11-15).*Seminar of Infinitesimal Calculus*, undergraduate (Th 9-11).*Complex Analysis - Harmonic Analysis: H*, advanced graduate (Mo 11-13, Tu 9-11).^{p}spaces*Analysis II*, undergraduate (Tu 11-12, We 15-17, Fr 11-13).*Evaluations*.*Functional Analysis*, graduate (Tuesday, Friday 13-15).*Complex Analysis*, undergraduate (Tu 9-11, Fr 15-17).*Evaluations*.*Real Analysis*, undergraduate (We, Fr 11-13).*Infinitesimal Calculus I*, undergraduate (Mo, We 9-11, problem session Fr 11-15).*Evaluations*.*Analysis I*, undergraduate (Mo 11-13, Tu 9-11, Th 10-11).*Evaluations*.*Infinitesimal Calculus I*, undergraduate (Computer Science Department) (Mo, We, Fr 9-11).*Complex Analysis*, graduate (Mo, We 11-13).*Harmonic Analysis*, advanced graduate (Tu, Th 17-19).*Analysis II*, undergraduate (Mo 10-11, We 9-11).*Euclidean Geometry*, undergraduate (Mo 11-13, We 11-12).*Evaluations*.*Infinitesimal Calculus I*, undergraduate.*Evaluations*.*Analysis I*, undergraduate.*Complex Analysis*, graduate.*Measure Theory*, graduate.*Functional Analysis*, graduate.*Analysis I*, undergraduate.*Evaluations*.*Classical Analysis*, undergraduate.*Evaluations*.*Set Theory*, undergraduate.*Evaluations*.*Analysis I*, undergraduate.*Evaluations*.*Infinitesimal Calculus I*, undergraduate.*Evaluations*.*Analysis I*, undergraduate.*Evaluations*.*Complex Analysis*, graduate.*Analysis II*, undergraduate.*Evaluations*.*Theory of fields*, undergraduate.*Evaluations*.*Analysis I*, undergraduate.*Evaluations*.*Set Theory*, undergraduate.*Evaluations*.*Infinitesimal Calculus II*, undergraduate.*Real Analysis*, undergraduate.*Complex Analysis*, undergraduate.*Number Theory*, undergraduate.*Linear Algebra II*, undergraduate.*Evaluations*.*Inequalities*, advanced undergraduate.*Evaluations*.*Infinitesimal Calculus III*, undergraduate.*Evaluations*.*Set Theory*, undergraduate.*Evaluations*.*Infinitesimal Calculus I*, undergraduate.*Analysis I*, undergraduate.*Partial Differential Equations*, undergraduate.*Infinitesimal Calculus II*, undergraduate.*Measure Theory*, graduate.*Fourier Series*, undergraduate.*Evaluations*.*Analysis II*, undergraduate.*Evaluations*.*Functional Analysis*, undergraduate.*Evaluations*.*Analysis I*, undergraduate.*Evaluations*.*Complex Analysis*, advanced graduate.*Optimization Theory*, undergraduate.- Several undergraduate courses (
*Calculus, Differential Equations, Statistics*etc) and two advanced graduate courses (*Classical Potential Theory, Spaces of Holomorphic Functions and Harmonic Measure*). - Several undergraduate courses (
*Trigonometry, Calculus, Advanced Calculus, Complex Analysis, Differential Equations, Linear Algebra, Number Theory, Stability of ODE*etc). I also remember at least one advanced graduate course (*Fourier Series and H^p spaces*) *Analysis (131A)*, undergraduate.*Evaluations*.*Linear Algebra (115A)*, undergraduate.*Evaluations*.