Eric van Klaveren

• Aided in the development of complex high-speed digital systems, including Xilinx FPGA-based designs and high-frequency analog-digital converters, achieving compliance with stringent performance and timing requirements. • Conducted rigorous testing and debugging of high-speed digital designs using oscilloscopes and logic analyzers, identifying and resolving power failures, timing issues and signal integrity problems. • Customized existing schematics to develop tailored solutions for specific products, implementing innovative modifications that met unique customer requirements and optimized overall design performance. • Applied knowledge of high-speed digital design standards and best practices to develop robust and scalable hardware solutions for high-performance computing and communication systems (VITA, VPX, PCIe, SOSA, and MIL-STD). • Analyzed custom high-speed clocking and synchronization circuits, improving system reliability and performance in environments with strict timing and jitter requirements. • Utilized simulation and modeling tools such as SPICE and HyperLynx to analyze and optimize high-speed signal paths, reducing signal degradation and ensuring adherence to design specifications. • Delivered comprehensive technical engineering support to customers through effective email communication, detailed phone consultations, and hands-on onsite visits, ensuring prompt resolution of issues and enhanced customer satisfaction.

• Created a water flow monitoring system for the Quechan Tribe in the Sonoran desert. Involved creating custom PCB’s, microcontroller programming, LORA wireless communication, and buck/boost converter design. • Created a functioning FM radio using the ATMega128 microcontroller, with volume control, 7-seg display, encoder use, PWM generation, and debounced pushbuttons. Taught familiarity with encoder reading, microcontroller interrupts, UART, SPI, TWI, and op-amp design. • Created a circuit that could listen to a generated audio tone, convert the discrete readings into a signal using a fast-Fourier transform, and determine the tone that was played. Involved register manipulation and interrupt use.

• Responsible for signal testing and field testing at the Dalles Airport. Involved reading VHF and UHF signals, using a network analyzer and an Instrument Landing System (ILS). • Led the transfer process from PADS to Altium Designer. This involved becoming familiar with Altium PCB and then transferring every company PCB from PADS into Altium, including the components. Also created a company Altium365 library. • Created a PCB from a schematic using Altium, saw it through to company reviews and purchasing. • Reorganized the company PCB version control system, created GitHub library to conveniently store all company PCB layouts, schematics and Gerber files for all versions. • Learned about industry configuration management, design approval processes, and project planning/management.

• Demonstrated the ability to distribute and attain merchandise on a strict schedule • Monitored organization and efficiency of the entire business • Managed the process of keeping the property clean and presentable to potential buyers • Trained Driver to properly operate equipment on a precise time schedule

External Philanthropy Chairmen - Phi Gamma Delta Fraternity 9/18 - Present • Overseeing the chapter's participation in philanthropies at Oregon State University • Managing the budget and coordinating chapter participation in each event • Created a comprehensive schedule of each of the different philanthropies for the term • Worked with a committee to choose which philanthropies the chapter would participate in • As a result, chapter participation in philanthropies increased 27% in one term