Teaching

Lecturer, Signals and Systems, Bachelor course, 4CA20

Lecturer, Physical and Data-Driven Modelling, Masters course, 4CM40

Supervisor of MSc graduation project: Kartik Patel.

Supervisor of MSc graduation project: Ronghui Li.

Supervisor of MSc graduation project: Tuna Homurlu.

Supervisor of MSc internship: Yilong Li.

Supervisor of MSc internship: "Designing a lead and follow educational setup" by Ivan Solovyev.

Supervisor of MSc internship: "Lead And Follow Educational Setup (LAFES): Mechatronic Implementation, Controller Design and System Identification" by Stijn Michiels.

Lecturer, Signals and Systems, Bachelor course, 4CA20

Guest Lecturer, Physical and data-driven modelling, Masters course, 4CM40

Supervisor of MSc graduation project: "Disturbance-based Feedthrough Design", by Gijs van Meerbeeck (with ASML).

Supervisor of MSc internship: "Estimating the Parameters of Truncated Gaussian Noise Using EM Algorithm and SMC Techniques", by Tuna Homurlu.

Supervisor of MSc internship: "Mechanical system identification and control using a frequency-domain approach", by Romain Mellouët (from Université de Poitiers)

Supervisor of MSc internship: "Design of a lead and follow educational system" by Pieter Versteeg.

Supervisor of BSc graduation project: "Analysis and Software Control Design of Cascaded Mass-Spring-Damper Systems: Application to an Education Setup" by Nam Nguyen.

Lecturer, Signals and Systems, Bachelor course, 4CA20

Teaching Assistant, Physical and data-driven modelling, Masters course, 4CM40

Supervisor of MSc graduation project: "Direct Bayesian Identification of Inverse Systems", by Rikuto Suzuki.

Supervisor of MSc graduation project: "Modal Identification for Multivariable Motion Systems", by Maarten van der Hulst (with ASML).

Teaching Assistant, Learning control, Masters course, 4SC070

Teaching Assistant, Physical and data-driven modelling, Masters course, 4CM40

Teaching Assistant, Modelling of Dynamical Systems, Masters Course, EL2820

Supervisor of Master Thesis: "Current Control and Modelling of an Inspiration Valve", by Astrid Lindstedt (with Getinge).

Supervisor of Master Thesis: "Identification of continuous-time systems with quantized output data using indirect inference", by Frida Persson.

Teaching Assistant, Modelling of Dynamical Systems, Masters Course, EL2820

Supervisor of Master Thesis: "Adaptive Model Predictive Control for Reference Tracking Vehicle Motion", by Sven Grenholm (with Transrail).

Supervisor of Master Thesis: "Inertial Domain Transfer using Generative Adversarial Networks", by Saieshwar Radhakrishnan (with Scania).

Supervisor of Bachelor Thesis project: "Stock Market Prediction with Deep Learning", by Kiar Fatah and Tariq Nazar.

Teaching Assistant, Modelling of Dynamical Systems, Masters Course, EL2820

Supervisor of Master Thesis: "Online maximum capacity estimation of a propulsion battery on heavy duty vehicles", by Nikolaos Karavalakis (with Scania).

Supervisor of Bachelor Thesis Project: "Evaluating LASSO and ARIMA algorithms for financial forecasting", by Oskar Erlandsson and Andrej Wilzcek.

Teaching Assistant, Modelling of Dynamical Systems, Masters Course, EL2820 (90 students class)

Supervisor of Master Thesis: "Hydraulic Closed Loop Control", by Maria Elfving (with Volvo).

Supervisor of Bachelor Thesis Project: "Evaluating different algorithms for detecting change-points in Time Series", by Henrik Eriksson and Victor Löfgren.

MAT021, Mathematics I (Algebra and Differential Calculus). Semester 2013-1.

MAT022, Mathematics II (Linear Algebra and Integral Calculus). Semesters 2012-2 and 2013-2.

MAT023, Mathematics III (Ordinary Differential Equations and Multivariable Calculus). Semester 2014-1.

MAT024, Mathematics IV (Partial Differential Equations and Multivariable Integration). Semester 2015-2.

FIS120, General Physics II (Electromagnetism). Semester 2013-2.

ELO104, Linear Systems Analysis. Semesters 2015-1, 2015-2, 2016-1 and 2016-2.

ELO370, Automatic Control II (Digital Control). Semester 2016-2.