Jacob Good Email & Phone Number

Pasadena, CA, US

Santa Clara, California, United States

Product Marketing Manager for CW lasers with applications in quantum research, AMO physics, interferometry, and telecommunications, serving customers in university and industry laboratories.Managed $13 million on average in annual revenue for CW Ti:Sapphire laser, external cavity diode laser (ECDL), and high power DPSS green laser Spectra-Physics laser.

Santa Clara, CA

Managed over $13 million in annual revenue for CW Ti:Sapphire, ECDL, high power DPSS green laser, and Nd:YAG laser Spectra-Physics laser products, exceeding plan of record (POR)for 2019Analyzed monthly revenue by product line to assess product success in the marketplace, adjusted pricing and product offerings accordingly to ensure continuing growth of.

Greater Los Angeles Area

Installed new ultrafast laser systems at customer labs and performed optical measurements and adjustments to ensure that all lasers met factory specificationsVisited industrial and academic customer labs throughout the United States, to address quality issues in existing laser and optical systems, documented findings and worked independently and with.

Pasadena, CA

Working to improve the data acquisition and data analysis routines employed by a high-resolution frequency comb spectrometer to maximize signal and minimize noise

Pasadena, CA

• Developed a high-resolution asynchronous optical sampling (ASOPS) based terahertz time-domain (THz-TDS) spectrometer with applications in gas-phase spectroscopy
• Developed RF frequency Phase Locked Loop for stabilization of frequency of 80 MHz Ti:Sapphire Oscillator to a 10 MHz Cs frequency reference
• Pioneered frequency comb capabilities of this spectrometer, increasing its resolution and enabling collection of Doppler-limted terahertz reference data for gas-phase samples of interest
• Improved bandwidth, signal-to-noise, and precision of the spectrometer through modifications to design, operating settings, and hardware
• Added monitoring and automation features to the spectrometer to increase user friendliness and ease of use of spectrometer

Pasadena, CA

• Explored quantitative gas chromatography detection methods for gas-phase and liquid-phase products of electrochemical carbon dioxide reduction at a copper cathode
• Developed a quantitative, in-situ, real-time mass spectrometry based detection system for electrochemically generated ethanol, methane, ethylene, and hydrogen

Doctor Of Philosophy (Ph.D.), Physical Chemistry

Dissertation Title: Design and Applications of a Decade-Spanning Terahertz Frequency Comb Spectrometer: Doppler-limited Rotational.

Bachelor'S Degree, Chemistry, 3.86 Gpa, Magna Cum Laude