Dr. Yi-Huang Su

Titles successfully earned: - Microsoft Certified Solution Associate (MCSA) Machine Learning - Microsoft Certified Solution Expert (MCSE) Data Management & Analytics with specialised Microsoft training in the following Data Science skills: - Transact-SQL programming (certified April 2018). - Data Models and Reports with Microsoft SQL Server (certified May 2018). - Analyzing Big Data with Microsoft R (certified July 2018). - Cloud Data Science with Azure Machine Learning (certified July 2018).

I am the Principle Investigator of a 5-year research project entitled " The influence of visual movement on auditory rhythm perception", funded by the German Research Foundation (DFG). I investigate how humans process the rhythm information in music and in dance, how similar sensory and motor mechanisms are used to underlie rhythm perception in both, and how, in a multisensory environment, dance observation modulates musical rhythm perception. For my publications: http://orcid.org/0000-0003-2660-9183

I worked as a research associate in the Center for Sensorimotor Research (director: Prof. Dr. Stefan Glasauer), on a DFG-funded project “Navigation and obstacle avoidance”. We looked into how humans employ different strategies to avoid collision during locomotion (walking). Here I acquired new knowledge of motion tracking techniques, which was very relevant for my subsequent research involving movement analysis in dance. This was my first postdoctoral research position before I received my own grant.

I worked in the Institute of Medical Psychology as a research assistant for the project "Emotion in music and speech" to gain research experiences before starting my PhD in 2009. This was the first step for me to get involved in a research topic related to the cognitive sciences of music, which I had intended to choose for my PhD. My work experience here enabled me to successfully obtain a doctoral scholarship subsequently to continue working on my PhD (2009-2012) in the same institute.

Experimental psychology; Cognitive science. Dissertation: „The influence of external and internal motor processes on human auditory rhythm perception”.

Master thesis: “Irrelevant sound effect and auditory perception: interplay amongst changing-state, dose effect, and auditory streaming”