Pravat Kanti Nath

• Planning and carrying out tests of EMC and EE on diverse and complex products for all OEMs, verifying existing experimental and test environments, drafting test requirements • Results evaluation, objective assessment, and documentation • Recording and analysis of unexpected behavior of test object • Test specifications, execution, and discussions of results with customers • Support, maintenance, and further development of technical laboratory facilities • Implementation of requirements of manag. system

• Creating projects quotations • Performing EMC tests such as emissions, Immunity, and ESD: IEC DIN EN 61000-6-x/ 61000-4-x, FCC, DIN EN 55011/55012/55015/55014-1/55014-2/55020/55022/55024/55032; DIN EN-IEC 61000-3-2/-3, 60601-1-2, 50121 -3-2, 50121 - 4, DIN EN 50155, EN 61326-1, DIN EN 61547, EN 61131 -2, ETSI EN 301 489-1, VG95373 • Performing automotive EMC tests as per CISPR25, CISPR 12, ECE R10, ISO 11452-X, ISO 10605, EE-Tests, ISO 7637-X series, and OEMs standards • Audit as per ISO/IEC 17025:2017

Responsibilities: Customer handling and consulting of EMC Testing services, Generating test proposals for EMC / Automotive EMC / Radio Testing Projects, Performing standard measurements of the complete tests, Analysing and Preparing the documentations (test reports) for CE- / E1- / KBA- Certifications, EMC testing during the development phase, EMC shielding / Radar materials testing from 9kHz to 26.5 GHz and more & Submitting the test reports to the customers etc.

Responsibilities: EMC consulting, EMC tests during the development phase, EMC standard measurements and automotive EMC, and Testing & Documentations Engineer

Thesis Topic: Application of Metamaterials to Increase the Efficiency of Wireless Power Transfer Systems. • Designed Double Negative Metamaterial at 10 GHz frequency • Designed Metamaterials superlens of Negative Permeability and tested Improvement of Power Transfer Efficiency of a Wireless Power Transmission System 6.78 MHz, 13-16 MHz, 141 kHz, 85 kHz. Software packages: ANSYS Electromagnetics (HFSS, Maxwell), CST Studio and Matlab

Designed a magnetic metamaterial superlens for wireless power tranfers system at 13-16 MHz application• Designed Metamaterials superlens of Negative Permeability and tested Improvement of Power Transfer Efficiency of a Bidirectional Wireless Electric Vehicle Charging System at 85 kHz. Software packages: ANSYS Electromagnetics (HFSS, Maxwell), CST Studio and Matlab

Project Topic: Design, Fabrication and Analysis of Directive Microstrip Patch Array Antenna with Series, Corporate and SeriesCorporate Feed Network at 10 GHz for X Band Applications.

Topic: Design and Fabrication of a Power Divider for Multi-Stage Power Amplifier Application

Topic: Design and Simulation of 4 Elements Linear Antenna Array with High Gain for 2.4 GHz Applications

High Frequency, Microwaves and Millimeter Waves, RF Sensor System, Microwave Integrated Circuits ll, Electromagnetic Theory for Microwaves and Antennas, Semiconductors Lasers, Optical Com. Systems, Technology of Electronic & Optoelectronic Devices, Microsystem Technology, Semiconductor Memories.

Wireless and Broadband Communication Networks, Renewable Energy Technology, VLSI Technology, Artificial Intelligence, Bio- Medical Engineering, Digital Signal Processing