The main scope of my research is studying charge transport in nano-devices. I measure the charge transport in nano-devices, seeking to understand the interplay of physics, chemistry and engineering at the nanometer scale.

TEACHING (Undergraduate and graduate, course title)
- 2016 “Electromagnetism”. General undergraduate course compulsory for all students of the Faculty of Engineering, FCFM, University of Chile. Approximately 100 students.
- 2013-2022 “Experimental Methods”. General undergraduate course compulsory for students of the Faculty of Engineering, FCFM, University of Chile. Approximately 120 students and 150-200 online version.
- 2014-2019 “Introduction to Nanodevices”.. Elective undergraduate and graduate course open to all students of the Faculty of Engineering, FCFM, University of Chile. Approximately 20-40 students.
- 2016, 2018, 2019,2021 “Experimental Physics II”. General undergraduate course for physics students at the Faculty of Engineering, FCFM, University of Chile. Approximately 6 students.
- 2021 “Introduction to Experimental and Theoretical Research”. Undergraduate course for Physics students (5 students).

MENTORING EXPERIENCE (2012-2021)
- Mentoring of a professional title student Constanza Rivera Krumm at the FCFM, University of Chile (Graduated 2021). Project title: “Métodos de clasificación no supervisada de trazas de conductividad de la familia de las porferinas”.
- Mentoring of a Master's student Alfredo Rates at the FCFM, University of Chile (Graduated 2019). Project title: “Identifying conductance pathways in single porphyrin molecules”. A part of the project is funded by the EU grant.
- Co-supevising a Ph.D. project of Ignacio Olavarría Contreras at the TU Delft, the Netherlands (Graduated 2018).
Thesis title: “Single-molecule Conductance Measurements: Correlation Between Chemical Design and Electronic Properties”
- Mentoring a Master's student Jacqueline Labra at the FCFM, University of Chile (Graduated 2018). Project title: “Electrical characterization of protein networks and inorganic nanoparticles”. A part of the project is funded by the EU grant.
- Mentoring a Master's student Pablo Cabello at the FCFM, University of Chile (Graduated 2016). Project title: “Charge Transport in Nanoparticles”. A part of the project is funded by the EU grant.
- Mentoring of a Post Doc Cristian Gutierrezce at the FCFM, University of Chile (2014/2016). Project title: “Development of the liquid cell for MCBJ experiments”. (Funded by FONDECYT)
- Mentoring of an Electrical Engineering bachelor's student Rodrigo Carrasco at the FCFM, University of Chile (March 2014- present). Project title: Measurements and analysis of single-porphyrin-based molecular junctions.
- Mentoring a Physics bachelor's student Pablo Cabello at the FCFM, University of Chile (Graduated 2016). Project title: Analysis of the current-voltage characteristics in single-porphyrin-based molecular junctions.
- Mentoring of the three-month research project of a Mechanical Engineering bachelor student Stijn Balk at the Delft University of Technology, The Netherlands (October - December 2011). Thesis title: Noise measurements of single-molecules.
- Co-mentoring of the one-year research project of a Master's student Max Koole at the Delft University of Technology, The Netherlands (September 2011 –September 2012). Thesis title: Improvement of the electrostatic gate in three-terminal break junction devices.
- Co-supervising the Ph.D. project of Mickael Perrin at the Delft University of Technology, The Netherlands (March 2011-now). Thesis topic: Electronic transport through single porphyrin molecules using the Mechanically Controllable Break Junction Technique.
- Mentoring of the six-month research project of a bachelor's student Ton Verhoeven at the Delft University of Technology, The Netherlands (January – July 2011). Thesis title: Application of the Simmons Model in Mechanically Controllable Break Junction Experiments.
- Co-supervising the Ph.D. project of VenkatesSeshan and the post-doc Carlos Arroyo in the development of new fabrication methods for obtaining diamond nanostructures at the Delft University of Technology, The Netherlands (March 2010- January 2012)