Analyze and research current healthcare data to ensure accuracy of our product and guarantee client satisfactionCollaborate with different teams to efficiently solve client facing suggestions and find trends to prevent recurring issues within our productCompleted over 360 Access forms, with a goal of 300, a day while maintaining above 95% accuracy

Collaborate with undergraduate and graduate students to fly a payload relevant to NASA project goals Use KiCad to design circuit schematics and correlating PCB boards vital to the design of the spacecraftCreate various matrices commands in C to be used by the teamSort data sent and received by the spacecraftUsing KiCad, designed a voltage dependent current source to be used on the Cube SatelliteUsing MultiSim, designed and simulated a non-inverting operational amplifier to be used on piezoelectric steering, later built on to a breadboard and tested using the Analog Discovery 2 oscilloscope and function generator

Ensured high levels of customer satisfaction by readily answering questionsMaintained store conditions by restocking shelves and keeping visual standards high

Developed leadership and brainstorming skills to work with high school students to design and create a grabber mechanism, a major subpart of the robot.Calculated arm lengths and wheel distance and used drill press and horizontal bandsaw to cut steel to desired lengths.Awarded District Chairman’s Award, 2018, the most prestigious award given by FIRST Robotics, for most outstanding STEM outreach in New England.

Provided quick and prompt customer service by ensuring check out process was smooth and efficient Greeted guests with kindness and answered questions efficiently, on the phone or in person