• University with Potential for Excellence (UPE) in Biomedical Engineering and Instrumentation - Anna University

Optoelectronics and Medical Imaging


Optoelectronics and Medical Imaging

OPTICAL AND ILLUMINATION DESIGN SOFTWARE AND OPTO-MECHANICAL DESIGN SOFTWARE

 

 

Utilized to determine the size and type of lens. It is used to simulate and analyse the performance of the optical system in the Antibiogram device.

 Utilized to model a wide range of reflective, refractive, diffractive components and to develop specialized design and analysis software tools for modelling, testing and manufacturing optical systems.

Utilized to design medical instrumentation, illumination, aerospace and defence systems as well as telecommunications equipment.

COMPUTER VISION SYSTEM

 

The cameras and the lens system are used to determine the camera resolution, type of lens, and the illumination system to be used in the Antibiogram system.

Used in analysis of Microscopic Images and detection of superficial skin lesions.

Utilized for real-time inspection of Movement and Gait analysis and also in robotic surgery.

Utilized for acquiring, processing, analysing digital images, and extraction of useful information in case of applications such as biometrics.

THERMAL IMAGING SYSTEM

Utilized to obtain the temperature profile of the hotspots such as short circuits, electric shocks, and other faults in the PCB Board.
Utilized for early detection of diabetic foot complications in patients with diabetic mellitus.
Utilized by doctors/ researchers to detect breast cancer, thyroid gland abnormality, arthritis, fever screening, neuromusculoskeletal disorders in healthcare.
Utilized to observe the hot and cold spots in areas inaccessible or hazardous for other methods.

M-HEALTH PLATFORM FOR WEARABLE PRODUCT DEVELOPMENT

 

Utilized to develop the Antibiogram device in mobile platform and to analyze and display the results in Android Application.
Utilized to develop wearable devices in   m-health platform integrated with IoT technology.
To develop vital parameter measurement system using wearable technology.
Utilized to develop wearable devices to measure foot pressure, temperature profile of the region of interest, heart rate etc.

MIMICS SOFWARE

  

 

 

 

Utilised by Researchers, innovators and industries for

Development of image processing algorithms related to antibiogram  device

Development of other image processing algorithms  for healthcare applications

Development of devices for additive manufacturing

FPGA DEVELOPMENT BOARDS

Utilised by Researchers, innovators and industries for

Development of embedded image processing and signal processing algorithms for realtime applications
 
Device to reach market quickly