I am a creative, proven engineer with diversified experience, effective in identifying key issues in complex situations.
I thrive in an environment demanding solving challenging problems and exploring new directions.
Areas Ion Nicolaescu is Knowledgeable in:
- Applied Physics
- Design
- Quality
- Statistics
- Chemical Engineering
- Ceramics
- Sensors and signal conditioning
Techniques Ion Nicolaescu Uses:
mathematical modeling
TRIZ
Ion Nicolaescu's Problem Solving Skills:
- Pollution control systems for power plants
- Chemical Engineering
- LEDs
- Nuclear fuels, ceramics, materials science
- Heat management, heat transfer, thermoelectric devices
- Color balance, photometry, radiometry
- Statistics, Minitab, Six Sigma Green Belt
- Excel, VBA, MatLab
- Analog electronics
- ProENGINEER, LabVIEW
- Data acquisition
- Life Cycle Assessment, GaBi
- Sensors, signal conditioning
- Digital signal processing
Ion Nicolaescu's Problem Solving Experience:
- - I enabled construction of novel portable device displays and micro-projector prototypes by assuming using ProENGINEER and designing mechanisms and optical layouts.
- - I enabled the measurement of molten glass spectra by designing and constructing a spectrometer for visible and infrared light.
- - I contributed to the design of the Hot Gas Clean-Up system of the Polk power plant by performing process modeling for heat and material balances, thermodynamics, flow pressure loss, and heat transfer.
- - I produced experimental proof of the possibility of producing aluminum nitride with high yield at temperatures lower than in current industrial processes.
- - I designed and built portable sensors for body temperature, pulse, and blood pressure monitoring, including their electronics for signal conditioning and power sources, and system integration. I developed data fusion algorithms for extracting information from extremely noisy signals.
- - I enabled design of displays and micro-projectors for portable devices by developing analytical programs for modeling LED and laser diode light sources.
- I performed electrical, radiometric, and photometric measurements for light collection efficiency, color balance, power, and heat management.
- I designed heat management systems for light engines.