• Developing a real-time dashboard that streams data from various devices.• Used OAuth2 workflow to extract data from Withings, Fitbit and Polar health data web APIs.• Created a GUI to extract data from the fitbit database using Fitbit’s Web API.• Programmed a GUI using PyQt to visualize, query and export time-series data stored in an SQLite database.• Designed an SQL database to manage time-series data.• Developed a tool using PyQt to batch clean and merge… Show more • Developing a real-time dashboard that streams data from various devices.• Used OAuth2 workflow to extract data from Withings, Fitbit and Polar health data web APIs.• Created a GUI to extract data from the fitbit database using Fitbit’s Web API.• Programmed a GUI using PyQt to visualize, query and export time-series data stored in an SQLite database.• Designed an SQL database to manage time-series data.• Developed a tool using PyQt to batch clean and merge raw data from various health devices. Show less

Developed algorithms for detecting face touching gestures using Inertial Measurement Units (IMUs). Detection of face touches is the initial step in preventing face touching by way of an application.• Virtually coordinated and guided 11 research volunteers for acquiring hand inertial data. • Built a data processing interface using Tkinter to batch process over 4 million points of time series data.• Classified processed time-series data for face touching using match-to-template… Show more Developed algorithms for detecting face touching gestures using Inertial Measurement Units (IMUs). Detection of face touches is the initial step in preventing face touching by way of an application.• Virtually coordinated and guided 11 research volunteers for acquiring hand inertial data. • Built a data processing interface using Tkinter to batch process over 4 million points of time series data.• Classified processed time-series data for face touching using match-to-template machine learning algorithms. Show less

• Adapted software for the company’s PLC products. • Wrote scripts to automate code testing task.• Researched and documented software specifications for team members.

Hired to renew and update the drawings for the City’s Construction Standards contractors must meet at minimum for their designs• Developed a drawing template with fillable fields per City’s Style and official colors. With fields, updates to the standard drawings were effortless. • Researched construction standards from neighboring communities and led review discussions with colleagues and supervisors.• Investigated TAC Standards to propose an intersection design to the community… Show more Hired to renew and update the drawings for the City’s Construction Standards contractors must meet at minimum for their designs• Developed a drawing template with fillable fields per City’s Style and official colors. With fields, updates to the standard drawings were effortless. • Researched construction standards from neighboring communities and led review discussions with colleagues and supervisors.• Investigated TAC Standards to propose an intersection design to the community. New design was more intuitive for drivers and safer for pedestrians. Show less

• Prepared 100 μm samples for x-ray diffraction using a diamond saw & digital caliper.• Verified existing results from x-ray diffraction patterns using self-developed image processing scripts with MATLAB.• Refined MATLAB code used in the analysis of x-ray diffraction patterns incorporating polynomial fitting tools provided in MATLAB.• Participated in weekly meeting specific to the bone mechanics projects, collaborating with and presenting progress through Microsoft PowerPoint. •… Show more • Prepared 100 μm samples for x-ray diffraction using a diamond saw & digital caliper.• Verified existing results from x-ray diffraction patterns using self-developed image processing scripts with MATLAB.• Refined MATLAB code used in the analysis of x-ray diffraction patterns incorporating polynomial fitting tools provided in MATLAB.• Participated in weekly meeting specific to the bone mechanics projects, collaborating with and presenting progress through Microsoft PowerPoint. • Attended weekly overall lab meetings reviewing journals on biomechanical related topics. Show less