Gw mau tau Tesis Kedoktoran yang Dinasihati dari Göran Andersson. Jelasin dalam bahasa melayu

Raffael La Fauci, "Cost-Based Design of an Electric Reserve Grid Focusing on Reliability", 2015

Marina González Vayá, "Optimizing the electricity demand of electric vehicles: creating value through flexibility", 2015

Markus Christian Imhof, "Voltage Source Converter Based HVDC - Modelling and Coordinated Control to Enhance Power System Stability", 2015

Hubert Abgottspon, "Hydro power planning: Multi-horizon modeling and its applications", 2015

Tobias Winfried Haring, "On Incentive-Based Ancillary Service Markets for Incorporation of Renewable Energy Sources and Demand Response", 2015

Marcus Christoph Hildmann, "Quantitative methods for the economic analysis of liberalized power markets", 2014

Emil Iggland,  "Methods for the secure and economical operation of inter-connected electrical power systems", 2014

Christof Bucher, "Analysis and Simulation of Distribution Grids with Photovoltaics", 2014

Andreas Ulbig, "Operational Flexibility in Electric Power Systems", 2014

Maria Vrakopoulou, "Optimal decision making for secure and economic operation of power systems under uncertainty", 2013

Olli Mäkelä, "Methods to assess and manage security in interconnected electrical power systems", 2013

Spyros Chatzivasileiadis, "Power System Planning and Operation Methods Integrating the Controllability of HVDC", 2013

Stephan Koch, "Demand Response Methods for Ancillary Services and Renewable Energy Integration in Electric Power Systems", 2012

Matthias David Galus, "Agent-based modeling and simulation of large scale electric mobility in power systems", 2012

Michèle Arnold, "On Predictive Control for Coordination in Multi-Carrier Energy Systems", 2011

Antonios Papaemmanouil, "Coordinated transmission expansion planning of future interconnected power systems", 2011

Marija Zima-Bockarjova, "On Security and Economy Enhancements in Power Systems by Decision Support", 2010

Florian Kienzle, "Evaluation of Investments in Multi-Carrier Energy Systems under Uncertainty", 2010

Monika Esther Ruh, "New Concepts and Algorithms for Fully Transparent Distribution Management Systems", 2010

Martin Kurzidem, "Analysis of flow-based market coupling in oligopolistic power markets", 2010

Turhan Demiray, "Simulation of Power System Dynamics using Dynamic Phasor Models", 2008

Gabriela Hug-Glanzmann, "Coordinated Power Flow Control to Enhance Steady-State Security in Power Systems", 2008

Mirjana Milosevic, "On the Control of Distributed Generation in Power Systems", 2007

Malte Thoma, "Optimierte Betriebsführung von Niederspannungsnetzen mit einem hohen Anteil an dezentraler Erzeugung", 2007

Martin Geidl, "Integrated Modeling and Optimization of Multi-Carrier Energy Systems", 2007

Gaudenz Koeppel, "Reliability Considerations of Future Energy Systems: Multi-Carrier Systems and the Effect of Energy Storage", 2007

Thilo Krause, "Evaluating Congestion Management Schemes in Liberalized Electricity Markets Applying Agent-based Computational Economics", 2006

Rusejla Sadikovic, "Use of FACTS Devices for Power Flow Control and Damping of Oscillations in Power Systems", 2006

Marek Zima, "Contributions to security of electric power systems", 2006

Christian Schaffner, "Valuation of Controllable Devices in Liberalized Electricity Markets", 2004

Wolfgang Hammer, "Dynamic Modeling of Line and Capacitor Commutated Converters for HVDC Power Transmission", 2003

Andrei Karpatchev, "Increased Transmission Capacity by Forced Symmetrization", 2003

Gunthard Orglmeister, "Ein Symmetrierkompensator für Hochspannungsleitungen", 2002

Jost Allmeling, "Schnelle Regelung eines Aktivfilters mit niedriger Taktfrequenz für das Mittelspannungsnetz", 2001

Tina Orfanogianni, "A flexible software environment for steady-state power flow optimization with series FACTS devices", 2000

Profesor Andersson sangat aktif dalam membangunkan dan menyusun semula kursus-kursus dalam bidang sistem kuasa elektrik di ETH Zürich. Kursus-kursus yang beliau telah mengajar di ETH termasuk:

Pengenalan kepada Sistem Kuasa Elektrik: Kursus ini diajar bersama dengan Makmal Voltan Tinggi dan memperkenalkan pelajar kepada konsep asas dan komponen dalam sistem kuasa elektrik.

Analisis Sistem Kuasa: Fokus kelas ini adalah model komponen sistem kuasa, pengiraan aliran dan voltan dalam sistem, dan memberikan pengenalan pertama ke dalam dinamik dan kestabilan dalam sistem kuasa.

Analisis Sistem Tenaga: Tujuan kursus ini adalah untuk memberi pengenalan kepada kaedah dan alat untuk menganalisis penggunaan tenaga, penukaran tenaga dan aliran tenaga. Aspek alam sekitar disertakan dengan pertimbangan ekonomi. Kursus ini diajar bersama dengan pelbagai ahli fakulti lain.

Dinamik and Kawalan Sistem Kuasa: Sifat-sifat dynamik mesin elektrik, rangkaian, beban dan sistem yang dihubungkan dimodelkan dan dikaji.Topik-topik seperti SCADA dan anggaran keadaan grid dibincangkan. Kursus ini diajar bersama dengan pensyarah luar.