Optical Engineer
Nimo Technologies
Total years of experience :19 years, 7 Months
Design and development of augmented reality wearable optical device
Research and development
Optical Transport Network element testing
• Conducting and supporting test activities on Optical Transport Network Elements
• Network connectivity troubleshooting, ping, Telnet.
• Software installation and up-gradation of Network Elements, Infinera DTN, DTN-X on Linux.
• Multi-chassis and Sub-network configuration (SNC)
• Trouble shooting of Fiber losses and pressure points.
• Writing the test plan, execution of the test plans, tracking the defect and bug reporting.
• Performing the functionality and non-functionality testing for the optical modules like OADM (Optical Add-Drop Multiplexer), ROADM (Re-Configurable OADM), MUX, DEMUX.
• Performing Functionality testing of optical amplifier modules like OLA (Optical Line amplifier), OPA and OBA (Optical Pre-Amplifier and Booster Amplifier).
• Writing scripts in TL1 commands for the equipment and the test sets
• Functional testing of features of Craft station - provisioning and pre-provisioning equipments, facilities, cross connects, database backup/restore, software download/upgrade, service protection and restoration, performance monitoring.
Participated in R&D works and technical support
Designed optical fiber distribution network for transmission of RF/digital signals using wavelength division multiplexing (WDM) for radar applications.
• Wavelength selection and power budget analysis
• Characterization of active and passive WDM components - LASER source, photo-diodes, transceiver, MUX/DEMUX, EDFA, power combiner/splitter.
Generated unmodulated and modulated microwave signals by optical heterodyning using fiber optics and integrated optic devices.
• Designed and Simulated Titanium in-diffused integrated optical waveguides and electro-optics modulators using BPM Software.
• Fabricated Titanium in-diffused integrated optical waveguides using Photo-lithography and Ti-Sputtering on Lithium Niobate wafer.
• Edge polished and characterized Lithium Niobate wave-guide
Teaching high school and higher secondary level science and mathematics
Teaching Physics at higher secondary level
Passed M Tech Degree in Electronics and Communication with Optoelectronics and Optical Communication as specialization.
6.36 cgpa out of 10 point scale
FIRST CLASS WITH 66%
FIRST CLASS WITH 60.60%