CRISTIAN C PHIPPS

Assisted in enhancing Hexagon's cloud-based smart manufacturing platform through back-end development and productivity tools. In this role I:

• Crafted sophisticated algorithms to identify essential metrological features in computer-aided design models, ensuring accuracy in measurements.
• Designed and implemented a developer tool aimed at simplifying local debugging and development of cloud applications.
• Spearheaded adoption of agentic AI engineering to enhance development processes.
• Refined testing processes to support operational efficiency and ensure system dependability.
• Engaged with cross-functional teams to streamline processes and enhance solution integration.

Led the design of a software framework for automated in-line metrology and inspection systems tailored for industry 4.0 applications. In this role I:

• Engineered, developed, and sustained a C#/WPF software framework prioritizing modularity, reusability, testability, and simulation.
• Oversaw project execution to align with strategic objectives and industry standards.
• Engineered software interfaces for hardware devices, including vision systems, 3D laser scanners, motion controllers, IO-Link masters, and PLCs.
• Designed and executed MES interface solutions to enhance system integration and data communication.
• Collaborated with a talented, agile, and multidisciplinary team to design and deliver high-performance custom machines on aggressive timelines.

Recruited as a lead engineer to drive the development of software, test, and manufacturing processes for JoeScan's next-generation laser scanner products. In this role I:

• Created a high-performance .NET API that streamlines configuration control and supports real-time streaming of profile data from 3D laser scanning systems.
• Spearheaded development and implementation of solutions for continuous integration testing, enhancing production testing and diagnostics of APIs, firmware, and electrical and mechanical hardware.
• Contributed expertise in software, mechanical, and electrical engineering within diverse teams to tackle demanding engineering issues.

Led development of machine control software tailored for high-volume manufacturing environments. In this role I:

• Engineered software for an advanced high-speed metrology system, optimizing the interaction between robotic servo motion, pneumatic systems, and vision components to enhance operational efficiency.
• Developed a sophisticated control algorithm for automated color and gloss measurement, utilizing micron-scale positioning and laser profilometry to ensure precise three-dimensional sensor alignment.
• Led two projects through critical milestones by collaborating with mechanical engineers and technicians to optimize machine performance.
• Collaborated with major Fortune 500 clients and renowned global brands.
• Oversaw project execution to align with client specifications and industry standards.

Pioneered development of test methods, electrical test equipment, and embedded software diagnostics for top-of-the-line television production and broadcast products used by the biggest names in broadcasting. In this role I:

• Influenced product design and development by integrating manufacturing test perspectives within multidisciplinary teams.
• Developed and integrated PCBAs, mechanical hardware, FPGA code, software, and test fixtures to streamline manufacturing test processes.
• Developed comprehensive test processes and meticulously documented execution procedures.
• Oversaw peer work coordination, ensuring alignment with leadership objectives.

Assisted in developing electronics for high-resolution laser projector. Supported team members in achieving project milestones. In this role I:

• Refactored and modularized existing FPGA code to enhance readability, portability, and performance.
• Developed intricate circuitry and managed PCB layout for systems featuring FPGAs, Gigabit Ethernet, high-speed USB, Bluetooth, PCI-Express, JTAG, RS232, and I2C, ensuring optimal functionality and integration.
• Contributed to troubleshooting and problem-solving efforts during project phases.