SAMPLE GALLERY


Throughout my career, I have had the privilege to work with some of the brightest, most innovative engineers on progressive projects that shape the way we deal with space travel, medical breakthroughs and weaponry.

 

JPL: I have worked on Cassini, Mars Rover (MSL), Mars Polar Lander and the James web Telescope.

 

Raytheon: I worked on many classified projects for a variety of military applications.

 

Gtran: I was able to advance and develop a Digital Design that pushed the limits at 400 ghz, setting a precedent for the company's capability.

 

Superconductor: I was able to learn more about dielectric material and RF design techniques than any where else.
 

Setpoint Medical: I was able to create a device that one day would cure immune deficiency in human beings


Being a consultant, I have had the opportunity to work on many different type of designs for agenciesI wanted to share just a few sample of the design that I had done to demonstrate the complexity and the varity of work that I have performed for these clients.  

 

Aerospace Clientele:

Bendix . JPL . Raytheon . Teledyne . BF Goodrich . Navy Research Labs  . Dryden Flight Research Labs (NASA)  . Berkley Aerospace . Eaton Aerospace . Crane Aerospace . Thales (England).

 

Consumer Electronic Clientele: 

ACT Networks . Harmen Karden . Belkin International . Superconductor Technologies . Gtran  .  Xerox 

NMB  .  Moog . Topaz Engineering . JMR Networks . Validyne

 

Medical Electronics Clientele:

Kevex X-Ray . Setpoint Medical . Replenish 

 

 

JPL (NASA): MIRI-ANALOG PCB

JPL (NASA): MIRI-ANALOG PCB

THIS DESIGN REPRESENTS A 8 LAYER STACK UP WITH A MIXTURE OF PLANE AND SIGNAL LAYERS COMPRISING OF PREDOMINANTLY ANALOG CIRCUITRY. THE EDA TOOLSET: ALTIUM (PCB DESIGN) ALTIUM (SCHEMATIC) AUTOCAD / PRO E (MECHANICAL) THIS PARTICULAR UNIT WAS DESIGN FOR THE JAMES WEB TELESCOPE. I WAS PROUD TO BE PART OF A TEAM OF ENGINEERS THAT WERE WORKING ON THE MIRRI MODULE FOR NASA. (CLICK ON THE PICTURE FOR A LINK)

JPL (NASA): MIRI-DIGITAL PCB

JPL (NASA): MIRI-DIGITAL PCB

THIS DESIGN REPRESENTS A 10 LAYER STACK UP WITH A MIXTURE OF PLANE AND SIGNAL LAYERS COMPRISING OF PREDOMINANTLY DIGITAL CIRCUITRY, WITH CERTAIN CONSIDERATIONS FOR THE EDA TOOLSET: ALTIUM (PCB DESIGN ) ALTIUM (SCHEMATIC) AUTOCAD / PRO E (MECHANICAL) THIS PARTICULAR UNIT WAS DESIGN FOR THE JAMES WEB TELESCOPE. I WAS PROUD TO BE PART OF A TEAM OF ENGINEERS THAT WERE WORKING ON THE MIRRI MODULE FOR NASA. (CLICK ON THE PICTURE FOR A LINK)

AUTO-TRONICS: CPU PROCESSOR PCB

AUTO-TRONICS: CPU PROCESSOR PCB

THIS DESIGN REPRESENTS A 10 LAYER BOARD, MIXED WITH SIGNAL LAYERS AND POWER PLANES. THERE IS SIGNIFICANT AMOUNT OF DESIGN CONSTRAINTS ADDRESSING HIGH SPEED DIGITAL / CLK SIGNALS AND CONTROLLED IMPEDANCES THAT WAS DESIGN INTO THIS BOARD AS WELL AS A POWER SECTION (ANALOG) THE EDA TOOLSET: MENTOR PADS TOOL (PCB DESIGN ) POWER LOGIC (SCHEMATIC CAPTURE) AUTOCAD / PRO E (MECHANICAL)

UC BERKLEY: MAVEN PWR REG PCB

UC BERKLEY: MAVEN PWR REG PCB

THIS DESIGN REPRESENTS A 10 LAYER STACK UP WITH A MIXTURE OF PLANE AND SIGNAL LAYERS COMPRISING OF PREDOMINANTLY ANALOG (POWER) CRITERIA. THE EDA TOOLSET: MENTOR PADS PCB (PCB DESIGN ) ORCAD CAPTURE (SCHEMATIC DIAGRAM) AUTOCAD (MECHANICAL)

GTRAN: 400GHZ SERIAL PCB

GTRAN: 400GHZ SERIAL PCB

THIS DESIGN REPRESENTS A 12 LAYER BOARD, HIGH SPEED DIGITAL WITH DIFFERENTIAL PAIRS AND ISOLATED CLK SIGNALS AND SPECIAL SHIELDING REQUIRED. UTILIZING VIA IN PAD AND MICRO BGA TECHNOLOGIES. THE EDA TOOLSET: MENTOR PADS TOOL (PCB DESIGN ) ORCAD CAPTURE (SCHEMATIC CAPTURE) AUTOCAD (MECHANICAL)

GTRAN: 400GHZ RECEIVER PCB

GTRAN: 400GHZ RECEIVER PCB

THIS DESIGN REPRESENTS A 12 LAYER BOARD, HIGH SPEED DIGITAL WITH DIFFERENTIAL PAIRS, TIMING CIRCUIT AND ISOLATED CLK SIGNALS AND SPECIAL SHIELDING REQUIRED. UTILIZING VIA IN PAD AND MICRO BGA TECHNOLOGIES. THE EDA TOOLSET: MENTOR PADS TOOL (PCB DESIGN ) ORCAD CAPTURE (SCHEMATIC CAPTURE) AUTOCAD (MECHANICAL)

SUPERCONDUCTOR: RF RECIEVER PCB

SUPERCONDUCTOR: RF RECIEVER PCB

THIS DESIGN REPRESENTS A 6 LAYER BOARD, CONTROLLED IMPEDANCES (RF DESIGN) TECHNIQUES TUNING CIRCUIT TO 50 OHMS, ISOLATED RUNS WITH SPECIAL SHEDDING REQUIRED. THE EDA TOOLSET: MENTOR PADS TOOL (PCB DESIGN ) ORCAD CAPTURE (SCHEMATIC CAPTURE) AUTOCAD (MECHANICAL)

SETPOINT MEDICAL: PROCESSOR PCB

SETPOINT MEDICAL: PROCESSOR PCB

THIS DESIGN WAS BEING DEVELOPED FOR A MEDICAL IMPLANT DEVICE AND IS UL APPROVED. IT CONSISTS OF A 6 LAYER CONSTRUCTION WITH BOTH DIGITAL/ANALOG CIRCUITRY. THE EDA TOOLSET: ALTIUM (PCB DESIGN ) ALTIUM (SCHEMATIC CAPTURE) AUTOCAD (MECHANICAL)

Topaz: LCD SIGNATURE TABLET

Topaz: LCD SIGNATURE TABLET

THIS DESIGN IS FOR A SIGNATURE TABLET. THIS DESIGN REPRESENTS A 6 LAYER BOARD, ANALOG / DIGITAL CIRCUITRY WITH EMI CONSIDERATION. THE EDA TOOLSET: MENTOR PADS TOOL (PCB DESIGN ) ORCAD CAPTURE (SCHEMATIC CAPTURE) AUTOCAD (MECHANICAL)

© 2023 by Name of Site. Proudly created with Wix.com