Shivang Trivedi

- Aim:- Analysis and Optimisation of the Pumping Stations (Döblitz & Weira) - Performance parameters' evaluation of pumping stations for efficiency betterment - Cost optimisation and data analysis using R programming and Python - Contribute in company's profit gain by optimising power consumption - Mathematical modelling - Saved the power consumption around 23150 kW / €2500 per month

Aim: Solving a problem faced by most of the clients in steam turbines procured by Siemens -Design a pipe of suitable material and insulation, connecting the steam turbine to a boiler; -Analyze and optimize a gradual heating effect to the pipe along the length to superheat the steam before entering the turbine; -Minimize the time required to achieve superheated steam from boiler water. -Participate in client meetings, deal with time pressure.

-On job foundry training in casting parts and sand molds; -Learn the basic CNC coding; -Prepare managerial documents (Project charter, MoM, Budget allocation).

- Successfully implemented the mathematical modelling of a low, medium, medium-high, and high-fidelity models (all include: ISO 76, ISO 281, ISO 16281) of a wind turbine drivetrain bearings in MATLAB (Simulink) and verify it with KissSoft software - Accumulated damage MATLAB (Simulink) model of a wind turbine gearbox bearings to help in wind turbine maintenance (MATLAB model) - Simulate 20 years accumulated damage with time step models (0.0001s, 0.001s, and 0.01s)

Grade: 1,7 / 5 Majors: Hydropower, Wind Power, Solar energy, Artificial Intelligence, Mechanical Engineering, Marketing -Obtained deep theoretical and practical knowledge in the renewable energy field by studying designing, working, application and analysis of hydro turbine, wind turbine, and solar modules; -Learned overall plant management in various aspects like maintenance, sales, marketing, pricing, negotiation, etc.

Grade: 1,85 / 10 Majors: Power Plant Engineering, Operation Research, Mathematics, Refrigeration and Air Conditioning, Production Engineering Bachelor Thesis: - Generation, storage, and use of electricity in a lift (with the help of a dynamometer).