Mathew John Mancha

Setting up of a computer-controlled measurement system to record signals from various gas sensors using DasyLab Developing the prototype device based upon the concepts and results obtained in the DFG Project PedoDiff

Performance of tests on waste water and analysis of results based on light scattering in the visible spectrum, EU Project REACT Applying the concept of DLS using the waveguide technology and continuing further research on EU Project SFB-985

Optimization of the online laser probe for measurements of nanoparticles especially in the ink, pharmaceutical, and chemical industry. Development of an online probe for the implementation of 3-dimensional cross-correlation measurements. Development and characterization of a dynamic inline light scattering probe against polystyrene particles within the EU project Pat4Nano. Research and development of an optical device based on the concept of autocorrelation and cross-correlation.

Analysis, calibration, and characterization of eddy current, displacement, and acoustic sensors used in die casting. (Aluminium and Magnesium). Correction of heat-treated parts used in the front end using GOM measurements and analyses for the Audi e-Q5 series

Finding engineering solutions for the conversion of concept to model. Completed three out of four modules for the Project named Smart Bandage. Complete assembly of the Hydra 16A and delivering the working model to the clients and increased profit margin by 5%.

Scrutinizing the validity of design files for laser cutting/3D Printing/Water-Jet Cutting/CNC Machining/CNC Routing. Estimation of costs for various rapid prototyping processes and raised profit by a factor of 50%. Implementation of Zero-Defect Policy, which ensured quality of finished products and minimal rejections.

Sensor Technology Industrial Electronics Nanometrology

Mechatronics and Microprocessors Robotics Manufacturing Process Design of Machine Elements