Dicky Lee Email & Phone Number

Santa Clara, Ca, Us

Palo Alto, California, Us

FOIT division acquired by Broadcom, Inc.

Us

• Member of the Reliability group, Diode Pumped Solid State Laser Division.• Tracked and maintained records of manufacturing issues and customer issues to provide early warning of systemic problems.• Worked with suppliers, R&D and Manufacturing teams to improve product reliability and production yield.

• Led and managed a team of optical engineers and technician, drove projects development, and guided technical decision making.• Designed fiber coupled diode laser modules using Zemax. Worked with mechanical designer to develop module parts and tooling. Hands-on development of optical alignment procedure and build process.• Managed multiple projects, including budgeting, scheduling, resource management, risks assessment and mitigation planing.

• Responsible for MCCP-stack product line and high-power fiber coupled diode laser product line.• Involved in production and knowledge transfer during branch-office closure; ensuring manufacturing processes are preserved.

Andover, Massachusetts, Us

• Experimental investigation of Diode-Pumped Alkaline Laser (DPAL.)

• Take on the roles of Manufacturing Engineer, Development Engineer, and Product Engineer for the Line Illumination Module (LIM) product line.• Improved build process and fixturing, defined incoming inspection procedures to improve yield.• Continue development of new product and its transition into Beta and Pilot builds.

Us

• Responsible for the design and integration of RGB lasers into DLP-based and LCD-based rear-projection TVs, as technology demonstration.• Preformed initial prove-of-concept experiments of cw intracavity frequency-doubled diode lasers.• Functioned as System Engineer for the integration of the Protera laser head and controller.

• Designed and constructed an OPO-based RGB-laser light source, in which all three colors, at multi-watt power level, were generated simultaneously from one single DPSS Nd:YLF laser.• Involved in the design and construction of Nd:YVO4 MOPA systems at 1064 and 1342 nm to generate up to 50-W of Q-switched power. Used frequency conversion techniques (OPO, SHG, THG, and SFG) to generate multi-watt sources of red, green, and blue light for a laser projection system.

• Designed and demonstrated a Difference Frequency Generator for metrology application.

Ph.D., Physics

Ba, Physics