• Led the development of more than 10 cutting-edge software applications focused on secure online access and registration,
optimizing operational efficiency for employees.
• Developed an advanced credit management web application using JavaScript, which led to a substantial reduction in costs
by 37% and expedited approval processes, paperwork handling, and audit procedures, achieving an 82% time savings.
• Collaborated proactively with multiple different teams, keenly understanding their unique requirements and challenges,
and subsequently designed and implemented tailored applications to address their specific use cases.
• Constantly sought opportunities to streamline workflows, harnessing Python, Excel macros, and Power Automate to
eradicate repetitive and time-consuming tasks, enhancing employee productivity and overall operational efficiency.

• Strategically reorganized the Curbside team into three specialized sections (receiving, actioning, and fulfilling) to enhance
the efficiency of online order management, resulting in a significant increase to over 200 orders processed daily.
• Transformed the order management system by extending its accessibility and mobility through individual employee
tablets, exponentially increasing order fulfillment speeds, nearly tripling previous rates.
• Innovatively revamped the order assignment process, assigning easier orders to new team members and reserving complex
orders for experienced staff, ensuring a consistent sub-half-hour order fulfillment rate.
• Maintained store organization and cleanliness to expedite customer assistance, reducing search times and ensuring
superior customer satisfaction.

• Created a pacemaker monitoring application utilizing Python and Tkinter for real-time control and observation of
pacemaker functionalities
• Implemented data compression techniques and utilized UART communication for efficient bidirectional data transmission
between the pacemaker board
• Designed stateflows using Simulink to regulate various heart palpitation modes

• Developed a comprehensive timesheet web application that allows over 10 employees to seamlessly input, track, and
manage their working hours.
• Implemented a user-friendly interface with intuitive form input fields for efficient hour logging and modification.
• Integrated a cloud-based database system to ensure data reliability and real-time access for all employees
• Introduced an export feature that allows for the automated conversion of stored timesheet data into Excel format,
streamlining the process for accountants and ensuring compatibility with existing accounting systems.

• Used Assembly and C to manage peripheral operations, such as a stepper motor and ToF sensor on a microcontroller
• Implemented synchronous I2C and asynchronous UART communication systems for transferring data
• Utilized Open3D to write Python scripts that convert distance data into XYZ coordinates