Amrita Devi Josnan

- Technical support for CO2 laser high-power amplifier systems for EUV lithography as a system engineer. - Product launches and development at all stages of the systems until they reach series production at customer sites. - Performance of technical acceptance tests, including documentation. - Clarification of technical questions in cooperation with development engineers, service technicians, production engineers and our customers. - Planning and performance of prototype tests and component tests.

-Design and implement Digital Lock-in Modules and Digital Low-Pass Filters inside FPGA using Verilog and MATLAB. -Design, construction, testing and troubleshooting of laser systems. -Conduct experiments for the detection and measurement of methane based Quartz Enhanced Photo-Acoustic Spectroscopy and Tunable Diode Laser Absorption Spectroscopy setups. -Automatic measurement of the resonance frequency of Quartz-Tuning Fork. -Provide assessment of implemented systems with standard TDLAS and QEPAS setups.

- Research on the state of the art algorithms in the field of body pose detection for pedestrian intention detection to aid autonomous driving. - Implementation and further development of different algorithms for body pose detection in Python. - Evaluation and comparison of these algorithms.

- Develop new lines of business through account prospecting, market analysis and client relationships. - Conduct presentations targeted to key decision makers while negotiating profitable agreements in conjunction with senior management. - Weekly and monthly documentation and coordinate with other departments.

- Submit a report of mobile signal strength in an area and analyse ways to improve it.

- Analyse the telephone communication quality and measure the overall communication failure rate.

-Final grade: 92% (as of 02.2020) - Core subjects: optical metrology, laser metrology, laser spectroscopy, opto electronics, fiber optics, wireless sensor network application development, MATLAB programming, C programming.

- Final grade:76% - Main Project:Implemented a microcontroller based embedded system to detect hand's motion using proximity sensors. - Subjects:opto electronics and communication, embedded systems, communication systems, digital communication, electronic circuits, digital signal processing.