Konrad Wenz Email & Phone Number

New York, US

New York, US

Vancouver, BC, CA

Vancouver, BC, CA

• Created an unbiased rating system to quantify trainer performance, and a complementary internal service to ensure the system’s ease-of-use by non-technical team members.
• Performed detailed statistical analysis of user data, their behavior and sentiment, including NLP analysis of users’ comments.
• Built a machine learning model to predict subscription cancellation amongst users and identified important clusters of low- and high-performing users.
• Created a new recommender system for the application by building multiple algorithms, optimizing memory and computational time, and tying the system to the application’s backend.
• Developed a signal-analyzing algorithm for a new handheld device by implementing robust real-time analysis of accelerometer and gyroscope signals.
• Created an ETL pipeline.

• In Zelevinsky Lab I worked as a member of CENTREX (Cold Molecule Nuclear Time Reversal Experiment) which is a collaboration between Yale, Columbia, and University of Massachusetts. The experiment aims to achieve the.
• Designed and wrote hardware control software with multithreading and custom graphical user interface in Python that led to easy and streamlined experimental control. It included extracting experimental data and.
• Performed Monte Carlo simulations and optimization of our experiment using MATLAB to find an efficient design of one of the components. It will increase measured signal by a factor of 20.
• Created a mathematical model of a novel molecule cooling process using continuous-time Markov chain, and performed Monte Carlo simulations of this model. The proposal opens a new frontier in the field of laser cooling.
• Performed numerical simulations and built mathematical models of a quantum system. It included building a software package in MATLAB allowing my group and collaborators to easily set up and solve necessary equations.
• Built and designed frequency quadrupling laser systems together with supporting electronics. This home-built system allowed us to cut the cost of the experiment without sacrificing any functionality.

New York, NY, US

• I worked on a project concentrated on stiffness mapping of neurites in MPP+ treated PC12 cells using atomic-force microscopy. The project tried to understand underlying causes of Parkinson's disease and determine.
• Mapped stiffness of neurites in toxin-treated cells using atomic-force microscopy to observe neuronal degeneration seen also in Parkinson’s disease.
• Wrote image analysis software in Python. Using two images, one with high contrast and one with small signal-to-noise ratio (stiffness map), I was able to automatically create graphs depicting stiffness along observed.

Doctor Of Philosophy (Ph.D.), Physics

Master'S Degree, Physics

Bachelor'S Degree, Physics