Ing. Rohit Ageer

The selective laser etching (ISLE - In the volume selective laser etching) is a new method for creating microfluidic or micro components in transparent dielectrics. Using ultra-short pulsed laser beam of great intensity, portions to be modified in the dielectric, in a subsequent etching bath having large etching rates. A consistent explanation of the physical processes in the material is not given. One approach is to study the thermal processes in the structuring of dielectrics.

Micro drilling and micro Cutting in Glasses and Metals using Femto Second Lasers (Ultra Short Pulse Lasers) and the project is mainly depending on the required quality (precision) and throughput (drilling time), different methods we used to produce holes in the mm-to-μm range in different materials like glasses, metals etc. These drilling methods are single-pulse drilling, percussion drilling, trepanning, and helical drilling.

Integrated circuit designs at data rates of 10Gbps and higher from concept through silicon characterisation, schematic design through layout, verification and IC characterisation

the building industry and services, including lighting, heating and ventilation,transportation and transport networks,manufacturing and construction,production and distribution of power.

Worked on The Unified Power Flow Controller (A new approach to Power Transmission Control Using MATLAB, LABVIEW). Using Active Power Filter to Improve Power Quality.

STUDY AND DESIGN OF TURBO GENERATORS Studied the design and construction of non-salient pole turbo generators with brushless exciters-excitation system

Paraxial optics, Aberrations, Ray-Tracing ,Optical layout and optimization, Optical materials , Characterization of the laser beam as the tool in laser technology, Physics and Beam sources for laser material processing, Cutting and joining, Surface technology, Laser metrology

Laser Systems and Applications, Laser Micro Processing, Optical Communication, Material Science, Micro Technology and Micro Structuring, Micro Fluidics, Advance Hardware Verification, Measurement and Instrumentation, System on Chip Technology.

Linear and digital IC applications, microprocessor and micro controller, VLSI design, Pulse and digital circuits, switching and logic design, digital signal processing.