Set up and take down test rigs — piping, fittings, seals, plates, and gaskets.Make sure gas and water connections are tight and do not leak.Tighten bolts to the right torque and change seals when they wear out.Help the Mechanical Engineer check if new parts fit well, and give feedback.Keep a short build log so the same setup can be rebuilt later.

Choose the right instruments for each experiment — flow meters, pressure sensors, thermocouples, voltage/current sensors, mass flow controllers, gas analyzers.Source the equipment — pick the right model, compare suppliers, and place orders with clear specs.Build and maintain the data collection system (sensors, loggers, software, wiring).Design experiments: decide what to change, what to measure, and how many runs.Monitor cells during runs — catch drift or measurement errors fast.Keep clear, traceable logs of every run and every cell version.Organize the data so we can compare performance across cell versions.Make clear tables, charts, and short reports that engineers can use.Calibrate and maintain all lab instrumentation.

Wire devices and connect cables with clean, neat cable management.Read simple electrical drawings (schematics).Build control panels — switches, relays, power supplies, and sensors.Help with mechanical assembly and testing when the team needs you.

Use SolidWorks to design parts (valves, brackets, housings, tanks).Make clean drawings that a workshop can build from.3D print your designs and test them fast.Fix the design when a part does not fit or does not work.