Jonah Thomas Email & Phone Number

East Northport, NY, US

• Designed wiring schematics and printable circuit boards for the vehicles motor controller and high voltage safety devices
• Assisted in the implementation of a Bamocar D3 motor controller and constructing motor controller parameters
• Collaborated with both the Ground Low Voltage and Battery team to supply power for the battery cooling system

• Evaluated 5 unique navigation cabinets hardware for submarine shipsets via Factory Acceptance Test
• Interfaced with both the Quality Assurance and the DCMA customer team for formal sell off of the navigation cabinets
• Optimized test procedure by supplying a cost-effective technological alternative resulting in 20+ hours of saved time
• Developed Python code for a 4-bar linkage stepper motor system to simulate and analyze rotation dynamics
• Built a digital twin simulation of a high precision system in MATLAB
• Analyzed network switch circuit card assemblies subjected to extreme levels of mechanical stress via Live Fire Test

• Attended monthly meetings as a representative of SUNY Student Body composed of 370,000+ students across 64 campuses
• Advocated on the behalf of the 18,000+ doctoral students for higher grants to be awarded to all SUNY Institutions

• Head of a newly established standing committee of 11 members created to combat inequities within Binghamton University’s student population
• Lead projects and facilitate biweekly discussions to introduce inclusive policies as well as educational programming for student leaders
• Exercise confidentiality and communication skills by fielding feedback from administrators and constituents in order to create new policy to foster equity

• Worked directly with the CEO and President of the Student Association, helping oversee a 3 million dollar budget pertaining to all chartered clubs and organizations of Binghamton University.
• Attended all meetings relating to internal policy alongside the CEO, in order to develop and synthesize policies to optimize the functionality of the university.
• Researched and implemented modernized campus wide bus stops to encourage comfortable transportation of students on campus and through the greater Binghamton area.

Binghamton, New York, United States

• Elected Vice Chair of the newly established committee to combat inequities within BU’s student population
• Co-lead projects and facilitate biweekly discussions to develop inclusive policies and educational programming and legislation
• Exercises confidentiality and communication skills by fielding concerns and ideas from constituents of the committee

• Elected representative for the Dickinson Community, representing over 1,500 undergraduate students at the highest level of student government at Binghamton University; Responsible for relaying all relevant.
• Financial Committee: Allocate $910,550+ to 200+ SA chartered organizations; review 88+ budget and discretionary funding presentations by student-run groups; deliberate amongst 5 committee members to reach agreements on.
• Elections and Judiciary Committee: Interviewed and appointed 5 qualified individuals to the Judicial Branch of the Student Association; coordinated with University officials to create the 2021 election season calendar.

• Assisted in analyzing future projections of expenses and creating contractual engagements to sustain bus operations
• Communicated with the Off-Campus Living Community to administer equitable bus schedules for 17,000+ students
• Evaluated yearly $1,700,000+ budget and assessed expenditures from a diverse, equitable and inclusive perspective

• Constructed a mask capable of detecting COVID-19 through constant evaluation of critical viral biomarkers
• Prototyped on an ultra-thin and highly flexible multilayer, conductive silver smart ink-based printable circuit board

• Responsible for communication between management, electrical and research branches of the project
• Worked directly with corporations such as IEEE and IBM for the renewal of sponsorship packages up to $10,000

• Tested electrical equipment in various buildings throughout Manhattan owned by Silverstein Properties, including the World Trade Center, to ensure the proper and safe functioning of the electrical components in each.
• Operated FLIR hardware to examine the heating of electrical components including fuses and distribution panels
• Reported all issues with electrical equipment via a report made out to building engineers detailing the electrical fault
• Resolved downstream networking and communications issues at transport, network and datalink layers

• Met weekly to discuss and develop the skills required for being leaders under student and professional mentors
• Focused on designing a service-learning project that will benefit the community which will bepresented at a poster presentation this year
• Attended workshops that teach crucial leadership strategies and methods for upcoming leaders

• Designed the exterior of lightweight nonmetal combat robot using CAD based software Fusion 360
• Created Arduino-centered circuitry designed to control the motion of the vehicle and its weaponry, as well as establish communication between the robot and a controller
• Organized meetings and ensured the team was on track through the administration of weekly deadlines
• Prepared to compete against other teams sponsored by engineering organizations at Binghamton University

• Designed and implemented circuits for a low-budget reproducible scintillator for the detection of the cosmic ray particle muon, and the collection of data on atmospheric conditions
• Developed C/C++ code iterations for Arduino and limited Python codes for Raspberry Pi designed to interpret and store muon detections and atmospheric conditions every second
• Successfully constructed and installed 2 scintillators for indefinite data collection at a location in Northport, NY

• Ensured that student ministry ran optimally through oversight of all classes of children 2 to 10 years of age
• Resolved all non-emergency issues and conflicts between parents, students and teachers to promote a conducive learning environment

• Performed Western Blots to test for effective lentiviral protein knockdown within peripheral blood cell cultures
• Examined cell proliferation rates through graphical analysis of daily hemocytometer counts of cell populations
• Analyzed identifiable antibodies and biomarkers via the software FlowJo designed for Flow Cytometry to determine states of cellular differentiation
• Developed effective communicating skills through presentation at 3 science fairs and symposiums

• Operated Sub-micron X-Ray Spectroscopy beamline for fluorescence and transmission imaging at the National Synchrotron Light Source II
• Developed proficiency in the software's Athena and PyXRF, used for fluorescence mapping and analysis of heavy metal distribution within biological samples

• Learned the basics of sterile technique, organism nutrition and necessities
• Examined the role of the drug Chloroquine in the inhibition of autophagy
• Observed and examined its effects on regeneration of Planaria torva

Master Of Science - Ms, Electrical And Computer Engineering (Signal Processing Concentration)

Bachelor Of Science - Bs, Electrical Engineering

International Baccalaureate And Advanced Regents Diploma