Jay Goyani

Responsibilities/ Tasks : 1. Components and material testing for H2 (EC079, R134, EU406 Certification). 2. Material compatibility tests with hydrogen.(Elastomers, Thermoplastic and Metallic material) 3. Conducting High pressure hydrogen tests (up to 1500 bar) 4. H2 tests for H2-containing components and materials. 5. Technical support in the expansion and extension of H2 test laboratory. 6. Participation in the hydrogen training program (Hydrogen Safety concept, Hydrogen System Engineering).

Title: Development and Optimization of H2 Permeation test bench and adaptation in testing field. 1. Conducted comprehensive Risk analysis and risk assessment for hydrogen Permeation test bench and hydrogen test laboratory with FMEA analysis. 2. Identified potential failure modes and developed effective mitigation strategies. 3. Developed a new H2 safety checklist to enhance the safety of H2 permeation testing. 4. Integrated a new test environment and new test protocols for H2 permeation testing.

Responsibilities/ Tasks : 1. Preparation/development of the hardware setup for all hydrogen (H2) tests. 2. Conducting H2 tests for hydrogen-containing components and materials. 3. Independent processing of internal and customer projects. 4. Carrying out H2 tests such as H2 compatibility test/ H2 Permeation test/ H2 leakage test and so on. 5. Evaluate and analyze the test data results for the test report.

Key focus: - (1) power electronics prototype building and designing. (2)Assembly work with Electric motor (Electrical Testing) (3)Maintenance of Transformers.

Thesis: "Monitoring, Control and Protection of Distribution Transformer With help of IoT (Internet of Things) Key focus: - (1) Monitoring different types of data like Temperature, Humidity, Vibration. (2)Explore Different types of sensors (DHT11, ESP8266, Accelerometer, ACS712) (3)Clouding the Data on Thing speak web servers and analysing. (4)Designing over current relay and differential relay for protection of transformer With help of MATLAB Simulink.

knowledge of Electric Machinery ||Electric Power Generation, Transmission and Distribution ||Learning Systems Engineering ||Switchgear Sub-station: 132KV/66KV

Key focus during my master's studies. • Modelling of Physical system. • Sustainable Non fossil E-mobility. • System Theory. • Quality in Automotive Industries. • Method of Power engineering. • Advance Power Electronics. • Control of Electrical Drives. • Vehicle Management Systems. • Hydrogen Technology. • Fuel cell systems. • Renewable energy systems.

Key focus during my bachelor's studies:- * Elements of Electrical Engineering * DC machine and Transformer * Control of System Engineering * Electrical Power Generation * Power Electronics I * Power Electronics II * 8085 Microprocessor and 8051 Microcontroller * Switchgear and power system protection * Engineering Mathematics I/II/III * Physics * control of Electrical drives * Digital Electronics * Circuit and Networks