Problem Solver
Jeff MacCubbin
Areas Jeff MacCubbin is Knowledgeable in:
Hyperspectral imaging
Multispectral imaging
Remote sensing
Real-time process control
Analysis of food stuffs
Precision agriculture studies
Hydrocarbon detection surveys
Mineral deposit surveys
Counterfeit detection
Forensic surveys
Explosives detection
Multispectral imaging
Remote sensing
Real-time process control
Analysis of food stuffs
Precision agriculture studies
Hydrocarbon detection surveys
Mineral deposit surveys
Counterfeit detection
Forensic surveys
Explosives detection
Techniques Jeff MacCubbin Uses:
My knowledge of all the different kinds of detection solutions I have worked with and have been exposed to throughout my career - working with National Labs, University Researchers, Industry Leaders and Inventors who have become my mentors.
Jeff MacCubbin's Problem Solving Skills:
- Design of fiber optic sensing systems
- Design of remote sensing for mineral studies
- Sensor design for chemical analysis
- Design of remote sensing for hydrocarbon studies
- Sensor design for food analysis
- Design defect analysis systems for micro-crystallography
- Design of Real-time process control systems
- Sensor design for microbe detection
- Design of non-contact chemical sensing systems
- Design of sensors for forensics
- Design of sensors for remote sensing systems
- Design of miniaturization of sensing systems
Jeff MacCubbin's Problem Solving Experience:
- I designed and implemented robust optical LED assemblies that are used in harsh environments for monitoring security features in a biometric application ranging from airports to military bases. Hundreds of thousands of these are currently in use worldwide.
- I conceptualized and designed Optical Channel Performance Monitors that now monitor over 70% of the internet traffic worldwide in the L and C bands of optical communication channels. Over 50 thousand of these devices are currently in use worldwide.
- I designed a robust seismic detector (hydrophone) to be used in shallow water environments to withstand excessive shocks from seismic blasts. Thousands of these have been deployed since the late 1980's.