Test Equipment Resume

 As an electrical engineer focused on hands-on electronics work, I've always believed that the tools we use not only define the work we do but also reflect our expertise and experience. Over the years, I’ve accumulated a vast array of test equipment that has become an integral part of my professional journey. This post is dedicated to showcasing my "Test Equipment Resume," a specialized resume that highlights the tools that have helped shape my career.

Why a Test Equipment Resume?

Traditional resumes often fail to capture the hands-on experience that is so crucial in fields like hardware engineering. I created this Test Equipment Resume to provide a more accurate representation of my skills, emphasizing the tools and equipment that I’ve mastered over time. It’s not just a list of gadgets—it’s a testament to the countless hours spent tinkering, testing, and perfecting my craft.

Google Drive Link: 
https://docs.google.com/document/d/1sdQlQGU2lfpGHGIcqvZIswhA1kCG1VPg/edit?usp=sharing&ouid=105716595508965814296&rtpof=true&sd=true

General Purpose Test Equipment

Digital Multimeters: In any hardware lab, multimeters are indispensable. I rely on my Keithley 2015 THD (Benchtop) for precision measurements, while my Fluke 87-V, Fluke 233, and Fluke 287 models are my go-tos for portability and reliability. Each of these devices plays a crucial role in ensuring accuracy in my projects.

Oscilloscopes: Oscilloscopes are another cornerstone of my lab. My Tektronix TDS7104 4 Ch. 1GHz 10GSa/s and Keysight DSOX3024A 4 Ch. 200MHz 4GSa/s provide the versatility and power I need for a wide range of tasks. Whether I’m analyzing signal integrity or debugging complex circuits, these tools never let me down.

Mixed Signal Oscilloscopes:  For more specialized tasks, I turn to my Digilent Analog Discovery Pro 5470. This tool allows me to dive deep into mixed signal analysis, providing the flexibility needed for advanced design and testing.

Arbitrary Waveform Generator (AWG): The Teledyne-LeCroy ArbStudio 1104 is my go-to tool for generating complex waveforms with high precision. With its 4 channels and 16-bit resolution at 1GSa/s, this AWG provides the flexibility and performance necessary for a wide range of applications, from testing to signal simulation.

DC Power Supply: Reliable power supplies are crucial for any test setup. I rely on the Rigol DP832 and Tenma 72-2715 to provide stable and precise power to my circuits, ensuring that my tests are accurate and repeatable.

DC Electronic Load: For testing power supplies and other power-related components, the Siglent SDL1020X provides the load flexibility I need to ensure my designs can handle real-world conditions.

Data Acquisition: Accurate data logging is vital for thorough analysis. My Fluke 2645A NetDAQ allows me to capture and monitor data across various channels, providing the insights needed to optimize my designs.

RF/Microwave Equipment

Spectrum Analyzers: Working with RF and microwave signals demands high-performance equipment. My Signal Hound BB60C and Tektronix RSA306 spectrum analyzers are essential for signal analysis across a wide frequency range. These tools provide the precision and reliability needed to accurately assess signal integrity and identify potential issues.

Vector Network Analyzer (VNA): For network characterization and impedance measurements, I rely on the Tektronix TTR506A VNA. This tool is crucial for analyzing the frequency response of RF components and ensuring they meet design specifications.

RF Signal Generator: Generating precise RF signals is critical for testing and characterizing RF components. My Signal Hound VSG25A covers a range of 100 MHz to 2.5 GHz, providing high-quality signals for a variety of applications.

RF Power Meter: Measuring the power levels of RF signals is critical in many applications. My Tektronix PSM5410 RF power meter covers a wide frequency range from 50 MHz to 20 GHz, providing accurate power measurements that are essential for validating system performance.

Software Defined Radios (SDRs): SDRs have revolutionized the way we approach wireless communications. My collection includes the NI/Ettus USRP B210 and B205mini-I, among others. These versatile devices allow me to experiment with a wide range of frequencies and protocols, making them invaluable for both research and practical applications.

Direction Finding/Passive RADAR: My work in RF direction finding and passive RADAR is powered by the KrakenRF KrakenSDR. This tool has been instrumental in my projects, offering a powerful yet accessible platform for exploring complex RF challenges.

Digital/Embedded Tools

Logic & Protocol Analyzers: For digital debugging, my Saleae Logic Pro 16 and DSLogic U3Pro32 are indispensable. These analyzers help me decode and troubleshoot complex protocols, ensuring that my designs function as intended.

Side Channel Analysis & Fault Injection: Hardware security is a critical aspect of my work, and tools like the NewAE ChipWhisperer Husky are at the forefront of this field. These devices allow me to explore vulnerabilities and ensure the robustness of my designs against various threats.

Electronics Assembly & Rework

Soldering & Rework Stations: Precision soldering and rework are key skills for any hardware engineer. My JBC NASE-1C and JBC CD-1BQF soldering stations provide the control and precision I need for delicate work, while my generic 858D hot air tool is perfect for larger tasks.

Other Tools and Equipment

3D Printing: Beyond electronics, my Bambu Lab X1-Carbon 3D printer has become an essential part of my prototyping process. It allows me to quickly fabricate custom enclosures, jigs, and other parts, bringing my ideas to life with speed and accuracy.

Conclusion

Creating this Test Equipment Resume has been a rewarding process, allowing me to reflect on the journey that has brought me here. These tools are not just equipment; they are partners in my work, helping me push the boundaries of what’s possible in hardware engineering. As I look to the future, I’m excited to continue expanding my toolkit and exploring new technologies that will drive my next set of challenges.