Developing extraordinary volumetric 3-D printing technology, at dazzlingly high speed and resolution, using patterned light. Stay tuned.

The World's Premier Conference for 3D Innovation: www.stereoscopic.orgSpanning the 3D pipeline: image capture, 3D data processing, 3D display (stereoscopic, autostereoscopic, holographic), and perception.Committee member 2005-2024. Co-chair since 2012.

Managing certain optical and other engineering capabilities, and coordinating Program assignments / career growth.

Engineering leader and direct contributor on wide range of tough multi-disciplinary Programs.Selected examples:* PI, world's first solid state leaky-mode electroholographic display: (integrated optics, SAW optical modulator development, lightfield / 3D display, optical chip packaging, Python rendering engine, RF drive, and precision micro-optics)* Engineer, space imaging* Technical Director, (portfolio of programs)* Contributor (various PNT programs)* Previously member of: Quantum Technologies and Photonic Systems Group

Medical device company that manufactured an in-office diagnostic arthroscopy system.I had top-line responsibility for all matters of engineering, production, and patents:* PRODUCT DEFINITION: enhancements and next-gen products for in-office procedures* R&D AND ENGINEERING: defined, recruited towards, and performed the firm's technical goals in Sustaining Engineering and New Product Development - technologies included fiber optics, high-quality image sensors, and reliable "base station" and GUI/UX software for procedure data management* IP / PATENTS: maintained the patent fortress and identified and secured new patents with outside counsel* PRODUCTION: managed or performed: production planning, assembly / manufacturing, sterilization, inspection, service, and vendor relationships for VST's arthroscope (CCU, camera, endoscope, and sterile disposable procedure kits)* QUALITY SYSTEMS: assisted CEO / Head of Quality in agency audits and overall compliance (cGMP, ISO 13485)

OFH - Optics, Electronics, and Systems engineering.* Attracted, closed, and managed client engagements. E.g.: LED illumination, bio-medical device development (ophthalmoscopes, fluorescent DNA imaging), robotic rangefinders, imaging systems. Patent / IP deep review and advisory services to patent-buyers and litigators in optics.* Sale of ~20-patent portfolio in 3-D display technologies that OFH had acquired from Actuality. Despite difficult IP sales environment, identified patent broker, educated prospects about technology value, worked with President and broker to structure deal, and provided return to Actuality shareholders.

Developed prostate cancer treatment product using machine vision to analyze ultrasound. In a 2007 pivot, Actuality Systems slowed development of 3-D displays and entered the medical device SW field, changing name to Actuality Medical.* In difficult financial environment, wrote business plan with CEO and raised $2-3M to continue operations.* To rapidly prototype our technology despite a lack of first-hand experience in prostate procedures, became certified to view operations in the OR, worked with engineers in tracking a 2-D ultrasound probe in 3-D, and coordinated with hospital clinicians and staff to permit our recording procedure imagery.* Transitioned to (wind-down) CEO role in early 2009. To extract and preserve value from the company's prior work in 3-D display in the absence of new capital: quickly assessed burn rate, extended our runway with engineering team to package or sell inventory, and identified a buyer for Actuality's assets (OFH, 2009). Secured authorization from 70+ shareholders for wind-down. Sold these patents again in 2010.

Back in the early 00s, we were one of the computer display industry's most recognized 3-D display companies: volumetric 3-D displays! Advanced hologram-like computer peripherals; Actuality's engineers pioneered systems with 100x the resolution of typical laptop displays, invented new classes of rasterization algorithms, and demonstrated light field displays with 10x the realism of competing "lenticular" autostereoscopic displays. Used GPU and TI DLP technologies.* Founded, built, and managed team that invented a host of disruptive visualization technologies. Most notably, Perspecta 100-million voxel volumetric display, with OpenGL API using MEMS projectors.* To sustain high-risk technology development, raised $13M from angels and oil & gas industry.* To propel early revenue, sold into: medical imaging, drug discovery, petroleum, and scientific research.* PRODUCT MANAGER - defined product requirements via use-cases for medical and oil & gas offerings, e.g. interventional guidance of cardiac electrophysiology probe with external tracking in 3-D.* PROGRAM MANAGER - secured highly competitive grants (NIST ATP, SBIR) totaling $2M, kept operations within budget, oversaw or architected key technical developments, and managed audits.* To sustain competitive advantage, built the strongest IP portfolio in the sector, in part by coaching the engineering team to write high-quality invention disclosures. Result: 20 issued patents.* Key technical advances: world's highest resolution 3-D display (2001), most "views" in flat-panel autostereoscopic display, 20+ megapixel 2-D projection display from a single TI DLP.* Widely publicized in: CNN, Wired, Popular Science, Scientific American, Frost & Sullivan, Saatchi & Saatchi, CSI:NY.

Prototyped a Faraday Cup-style alpha particle detector at the PPPL Tokamak Fusion Test Reactor site.