Victor Lim Email & Phone Number

Pacifica, Ca, Us

• Managed a dynamic team of software engineers, data scientists, computational biologists, and machine learning scientists working on advanced R&D projects across a broad spectrum of applications including cell analysis, instrumental data analytics, and genomic statistical analysis. • Coordinated efforts with internal business units to deploy instrument telemetry data capture mechanisms for all areas of a product’s production life cycle including R&D, product development, manufacturing, and field support. • Defined and oversaw transfer plans to ensure timely delivery for implementation of machine learning cell counting and segmentation algorithms into commercial cell imaging software.

Santa Clara, California, United States

• Led software team for internal oligo synthesis machine. Oversaw architecture, testing, and bringup of various subsystems including vision, motion, and printing.• Worked with mechanical engineers, electrical engineers, chemists and technicans to ensure software met with functional requirements. • Implemented compact imaging and display system to meet projection-based AR sorting system design requirements including projection algorithms and optics. Led transfer of system to software and hardware teams.

Santa Clara, California, United States

• Developed and prototyped hardware/software for pathology and genomic applications leading to multiple patents. • Architected and led software teams for projects including oligo synthesis equipment, automated histology lab equipment, and order fulfillment kitting stations. Managed software priorities to align with hardware testing priorities ensuring timely progress through challenging deadlines. • Created and deployed software framework allowing internal R&D researchers to create and control new instrument prototypes quickly and effortlessly. Framework is being used in many internal prototypes. • Architected and led software teams for projects including a oligo synthesis equipment, automated histology lab equipment, and order fulfillment kitting stations. Managed software priorities to align with hardware testing priorities ensuring timely progress through challenging deadlines. • Initiated recruitment and mentored three teacher fellows on software and hardware projects. • Oversaw two graduate software interns on image analysis algorithms for slide sorter project Collaborations. • Coordinated efforts between Pathology’s marketing, sales, R&D, pathologists, mechanical, and software groups to gain international customer feedback and complete transfer of augmented reality slide sorter.• Engaged with internal order fulfillment sites around the world to discuss opportunities for augmented reality-based assembly stations leading to deployment of system in a manufacturing site. • Invented and led exploration of electric field interactions with paraffin and tissue including pepsin replacement, tissue stabilization, and deparaffinization. Held discussions with Pathology marketing and R&D to determine hardware designs and use cases.

Santa Clara, California, United States

Davis, Ca

• Implemented system to measure watercut for drilling muds for Aspect Imaging • Measuring efficiency of SMX style static mixers with imaging using length scale and intensity of segregation • Developed software to analyze relaxation / diffusion measurements using 1D and 2D Laplace Inversions coupled with least squares minimization

• Prototyped an explosives detection system using non-invasive magnetic resonance for mass-transportation hubs.• Calculated and implemented radio frequency (RF) pulse sequences for measuring solute-specific properties with fabricated hardware. • Developed unprecedented method for improved RF power delivery and homogeneity for liquid samples.• Demonstrated multitasking and leadership skills by directing graduate researchers on separate projects and managing the research laboratory.

• Developed and patented two devices to authenticate wine based on dielectric and diamagnetic susceptibility. • Developed a device to non-invasively detect spoilage on bottled wine using pre-concentration coupled with gas chromatography / mass spectrometry at the part per billion level. • Mathematically simulated molecular diffusion in bulk liquids for modeling NMR relaxometry measurements.• Guided NMR relaxometry measurements as part of a multi-disciplinary team for a non-invasive liquid explosive detection system in collaboration with Los Alamos National Labs.

• Developed and produced custom parts for research groups for various applications including laser/optical experiments, mass spectrometry, and nuclear magnetic resonance.

• Operations and procedures development for a wine-spoilage detection system. • Trained employees and authored SOPs for device usage.• Primary technical contact for diagnosing and troubleshooting hardware and software issues.

Phd, Chemistry

Activities and Societies: American Chemical Society

Bs, Chemistry, Minor In Computer Science