AM
Andreas Mandelis
Principal Investigator
University of Toronto
I'm working on
7 months ago
Sensor development for industry and health sector diagnostics.
About
Development of novel instrumentation, measurement and imaging techniques using optical-to-thermal, ultrasonic or photonic energy conversion high-specificity and high-sensitivity methodologies, leading to advanced non-destructive / non-invasive diagnostic, inspection and monitoring technologies.
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AM
University of Toronto

Photothermal and luminescence-based dental plaque detection pen

Innovative pen-like device using photothermal radiometry and luminescence for rapid, non-invasive dental plaque detection, compatible with smartphones. Clinically validated and FDA approved, it differentiates plaque from...

TechnologyIn developmentUniversity
AM
University of Toronto

In-line thermal wave radar imaging for ice cream quality control

Innovative Thermal-Wave Radar Imaging (TWRI) technology enables non-destructive, real-time quality control in ice cream manufacturing by detecting subsurface inconsistencies like air pockets and phase separation, enhanci...

TechnologyIn developmentUniversity
AM
University of Toronto

Thermal-Wave Radar Imaging for non-destructive weld inspection

Thermal-Wave Radar Imaging (TWRI) offers rapid, non-destructive inspection of welds in TPO membranes, detecting both surface and subsurface defects with high sensitivity. This advanced thermography technique enhances qua...

TechnologyIn developmentUniversity
AM
University of Toronto

Non-invasive imaging system for early detection of periodontal disease in cats

A novel, non-invasive imaging technology for cats that offers high-sensitivity detection of periodontal disease, improving diagnosis and treatment effectiveness while reducing invasive procedures and radiation exposure.

TechnologyIn developmentUniversity
AM
University of Toronto

Rapid non-destructive testing of reusable containers using thermal-wave methods

Innovative non-destructive testing method utilizing thermal-wave techniques to evaluate the integrity of reusable containers. This approach ensures container safety and longevity without causing damage, ideal for industr...

TechnologyIn developmentUniversity
AM
University of Toronto

Non-contact laser photo-thermo-mechanical radiometry for stress measurement

Innovative non-contact photo-thermo-mechanical radiometry (PTMR) technology measures mechanical stress-strain in metallic materials using thermal conductivity anisotropy. Validated under lab conditions, this method offer...

TechnologyIn developmentUniversity
AM
Andreas Mandelis
Principal Investigator
University of Toronto
Work experience
Principal Investigator
1981 - Present
Top industry applications
Open to opportunities in
AcousticsBiological OpticsDiagnosticsMetrologyNanoengineeringNanotechnology
Last updated Mar 2026
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