Stephan Scholz

Mathematician

09/2011 - 10/2017

Teaching and research assistant, Technische Universität Berlin
I was responsible for the following courses (in German):

Summer 2017
Analysis III für Mathematiker
Winter 2016
Analysis II für Mathematiker
Numerik partieller Differentialgleichungen
Summer 2016
Analysis I für Mathematiker
Analysis III für Mathematiker
Winter 2015
Analysis II für Mathematiker
Summer 2015
Analysis I für Mathematiker
Winter 2014
Lineare Algebra für Ingenieurwissenschaften
Summer 2014
Analysis III für Mathematiker
Winter 2013
Analysis II für Mathematiker
Summer 2013
Analysis I für Mathematiker
Winter 2012
Analysis III für Mathematiker
Summer 2012
Analysis II für Mathematiker
Winter 2011
Analysis I für Mathematiker

My tasks consisted in holding exercise sessions for all participants and tutorials for smaller groups, creating exercises and building additional learning materials. I was also involved in organising and conducting of examinations.

My research was focused on the numerical analysis of the electronic Schrödinger equation (see Publications).

04/2016
Dissertation (Dr. rer. nat.), Technische Universität Berlin
03/2011
Diploma in Technomathematics, Technische Universität Berlin
10/2005 - 03/2011
Studies of Technomathematics, Technische Universität Berlin

Journals

Theses

03/2017
88th GAMM Annual Meeting, Weimar
Invited talk: On the approximation of electronic wavefunctions by anisotropic Gauss and Gauss-Hermite functions at the minisymposium Nonlinear approximations for high-dimensional problems
11/2013
Oberwolfach Seminar: The Mathematics of Quantum Chemistry, Mathematisches Forschungsinstitut Oberwolfach

Programming skills

Python (Numpy), Matlab, Java, PHP, SQL

Survey evaluation

A tool to evaluate a paper survey by image analysis. I started this project to practise some machine learning techniques. For more information, see the repository.

Exam planner

Software for planning exams at TU Berlin written in Python.

An exam for a calcus course for engineers at TU Berlin is written by more than 1000 participants. This application reads the different lists of participants, counts the number of participants according to her first letter of the surname and calculates a near optimal distribution to the different lecture halls. There is a graphical user interface (Tkinter).

Websites mueckenschwein.de and spiefa.de

Implementation of a web shop using PHP and MySQL.