Information Technology Technical Support

Sreynith Ny

Boston, MA +1-781-***-**** ****@***.***

EDUCATION

Wentworth Institute of Technology, Bachelor of Science in Computer Engineering Class of 2027 Relevant Courses: Discrete Math, Engineering Laboratory - BSEE/BSCO, Engineering Design, Applied Engineering Analysis - BSEE/BSCO, Digital Logic, Network Theory I & II, Microcontroller using C language Classical High School Class of 2023

TECHNICAL SKILLS

Tools: MATLAB, Arduino IDE, Quartus, C language, STM32 IDEcube, Breadboard, STM32 board, Microsoft (Word, Excel, PP) AWARDS

Honor Cohort at Wentworth Institute of Technology 2023 - Present Good Digital at EOTSS (Executive Office of Technology Service and Security) 2022 High Honor Rolls 2019 - 2023

EXPERIENCE

MA State Gov’t - Executive Office of Technology Services and Security Intern June 2022 - August 2022

●Worked with Data Hub, Digital and Strategy teams

●Data Hub - Improved mass.gov web content to make it easier for constituents to understand. Goal was to improve School Immunizations data under the Health Topic Data category on mass.gov.

●Digital - Researched state chatbots to identify potential improvements for the mass.gov chatbot. Chatbots were launched in July 2022.

●Strategy teams - Worked on certification intake process, creating an intake page to assess if officers meet the requirements. TECHNICAL PROJECTS

1st Year Engineering Project April, 2023

●Collaborated with teammates to design and 3D print a functional coin holder.

●The initial model was created using TinkerCAD and printed using PLA material.

●After team review and satisfaction with the design, the final version was printed. Additionally, a second model was developed to explore potential future improvements.

Technologies: TinkerCAD Hardware: 3D printer, PLA printer material Autonomous Vehicle December 2023

●Built and programmed a small autonomous vehicle using a Sumobot kit and ArduinoIDE.

●The vehicle was controlled by two sensors: the right sensor detected white surfaces, prompting a 90-degree left turn, while the left sensor detected white and triggered a 90-degree right turn. This logic enabled the car to navigate based on surface color detection. Technologies: ArduinoIDE Hardware: Sumobot kit, USB cable Elevator Control December 2024

●Designed and implemented an elevator control system using combinational and sequential logic.

●Created and analyzed state diagrams and state tables to define system behavior, and optimized logic expressions using Karnaugh Maps (K-maps).

●Used Quartus to simulate and synthesize the simplified circuit design. After successful PIN simulation, the logic was deployed to the DE10-Lite board for testing and validation. The successful display of the assigned floor number using the switch indicated that the simplified circuit was accurately implemented using Quartus. Technologies: Quartus, Excel sheets Hardware: DE-10 lite, USB cable Microcontroller Project April, 2025

●Designed and implemented a system on STM32 board using STM32CubeIDE to control a 7-segment display and LEDs based on keypad input.

●Task 1: Developed code to control a 7-segment display, cycling through numbers 0-9 based on pin assignments in the code.

●Task 2: Programmed a keypad interface, where pressing numbers 1 through 4 lit up different colored LEDs (Yellow, Red, Green, Yellow) in sequence, and pressing 0 illuminated a Blue LED that remained on.

●Combined Task: Integrated the 7-segment display with the keypad, so the displayed number on the 7-segment corresponds to the number pressed on the keypad.

Technologies: STM32IDEcube Hardware: Breadboard, LEDs (Red and Green), Resistor, Button, Wires, Keypad, 7 segments, STM32 board

Contact this candidate