Assembling and testing fuel cells and electrolysis cells, Perform electrochemical diagnostics including cyclic voltammetry, impedance spectroscopy, and polarization curves, Maintaining and troubleshooting analytical instruments, test stands, and related equipment and tools, Setting up the experimental Setup and conducting experiments, Performing equipment validation and calibration activities to ensure that laboratory equipment is operating within standard performance guidelines, Performing, fabricating and installing specialty equipment related to fuel cell and electrolysis research, Experience with glass and polymer-based microfabrication and chemical micropatterning, Experience with microscopy, fluorescence imaging, high-speed imaging, microfluidic cell analyses and particle manipulation, Good capabilities to bridge the interface between micro- and macro-fluidic components, Skills in programming, simulation, and data analysis, Enables the design, prototyping, testing, optimization and scalability of new microfluidic chip sets and the associated sub-systems related to our novel synthesis platform that has digital microfluidics at its core, Responsible for integrating new materials onto the platform, developing solutions for complex reagent/device interactions, and working closely with the development team to improve device functionality, Experience with microfluidic devices, product development, handling biological fluids formulation, surfactants, surfaces and have excellent communication and documentation skills, Ensuring and optimization of the scale up process, Scrutinizing DOE: Design of scale up experiments, Establishing mechanistic Scale up models based on batch reaction kinetics, mass & heat transfer, Fraternization Scale-up considering reaction schematics and kinetics, Data Analysis - Statistical lab data analysis based on process and operational studies, visualization model filling theoretically, employing GUI supported application revised on technology transfer, Succeeding Scale up procedures alongside the system employed for commercialization, Eliminating potential scale-up problems for developing products that are very robust with respect to processing conditions