Sofie Meyer Email & Phone Number

I am using conversation design and user research to help build effective and personalized chat services to support vulnerable people globally. So far, Turn has helped 216 social impact organisations have 680 million life-changing conversations with >22 million people.

Copenhagen, Capital Region, Denmark

I started a four-year psychotherapy training course, specialising in existential, phenomenological and neuroaffective approaches. I am already enjoying the challenges, the cohort, the theory, the exercises, and the deep discussions.The course is part-time and modules run friday-saturday-sunday 10 times per year.

London, England, United Kingdom

Member of the founding team. - Led continuous user research from early discovery through to public launch. - Helped build a team of five full-time neuroscientists, and board of advisors.- Designed, proposed and implemented processes for recruitment, benchmarking, survey, comprehension, interview, analysis, and insight sharing and storage. - Mentored and supervised PhD, MSc, and work placement students.- Started a journal club to present and discuss neuroscience papers… Show more Member of the founding team. - Led continuous user research from early discovery through to public launch. - Helped build a team of five full-time neuroscientists, and board of advisors.- Designed, proposed and implemented processes for recruitment, benchmarking, survey, comprehension, interview, analysis, and insight sharing and storage. - Mentored and supervised PhD, MSc, and work placement students.- Started a journal club to present and discuss neuroscience papers with non-scientist colleagues.- Ran ‘Team Wellness’ meetings, presenting (psycho)educational materials, offering reflection exercises and moderating group discussions to foster increased engagement and mutual understanding among colleagues with diverse cultural and educational backgrounds. - Wrote the majority of the app content under clinical supervision, nurtured and engaged the user community, and continuously gathered and integrated user feedback to guide product decisions.Alena is an evidence-based therapy app for social anxiety that delivers interactive cognitive behavioral therapy (CBT). Neuroscience-based games are used to personalize the treatment. Alongside the therapy, users can access meditation, reflection, and visualization exercises to help them understand and overcome their social anxiety. They can also participate in the anonymous community forum to discuss ongoing challenges, share small wins, access resources, and ask for advice. Show less

London, United Kingdom

Conducted and coordinated clinical UX research with clinicians and patients across cultures and clinical contexts, with a main focus on depression and primary care in US healthcare systems. Managed distributed research teams working remotely, in several languagesRole in research-informed development of Fora Health patient app and care team interface, across three research projects spanning 1.5 years.Collaborated on clinical projects with senior external stakeholders… Show more Conducted and coordinated clinical UX research with clinicians and patients across cultures and clinical contexts, with a main focus on depression and primary care in US healthcare systems. Managed distributed research teams working remotely, in several languagesRole in research-informed development of Fora Health patient app and care team interface, across three research projects spanning 1.5 years.Collaborated on clinical projects with senior external stakeholders, including heads of academic departments, research groups at large US hospital groups, CEOs of medical education companies, senior decision-makers at pharmaceutical companies and outpatient clinic medical directors. Show less

Developed novel analysis methods to understand traveling waves along the hippocampus.Contributed to the development and implementation of new room-temperature ("optically pumped") magnetoencephalography sensors placed directly on the scalp to get better signal-to-noise ratio.This work was done as part of doing a postdoc with Neil Burgess at the Institute of Cognitive Neuroscience at UCL.

London

Developed novel 3D printed head-casts, neural simulations and anatomical modeling in combination with Bayesian source reconstruction methods to figure out whether it is possible to reliably detect the hippocampus using magnetoencephalography (MEG). Specifically to improve data acquisition, I used flexible head-casts, a new 3D-printing based technology that enable exact modelling of where the participant's brain is during scanning, in turn improving source reconstruction. To improve data… Show more Developed novel 3D printed head-casts, neural simulations and anatomical modeling in combination with Bayesian source reconstruction methods to figure out whether it is possible to reliably detect the hippocampus using magnetoencephalography (MEG). Specifically to improve data acquisition, I used flexible head-casts, a new 3D-printing based technology that enable exact modelling of where the participant's brain is during scanning, in turn improving source reconstruction. To improve data analysis, I used simulations and current flow models of brain activity and extended these to include the hippocampus. I evaluated these using different Bayesian inversion algorithms which I then applied to real data, collected with head-casts and a reliable spatial task. The overall aim of my thesis was to enable the development of specific and testable hypotheses of hippocampal functions in real time. Show less