Dani Jobe Email & Phone Number

Stockholm County, Sweden

Weert, Limburg, Netherlands

- Design LabVIEW software architecture - Provide guidance to teams of developers working on LabVIEW software- Develop software applications in LabVIEW- Work in a variety of application industries - from biomedical to semiconductor- Part of the marketing committee- As an architect on the reuse code committee, design and advise on reusable code & modules for internal use- UI/UX design team lead

Weert, Netherlands

San Francisco Bay Area

- Develop LabVIEW code for complete projects from architecture design through implementation and integration on Windows, Real-Time, FPGA, and Linux-based systems- Invigorate the LabVIEW look by creating highly customized, responsive, modern user interfaces (UIs) for touch and desktop applications, working with a designer- Manage customer relationships from sales and planning through integration and support- Wrap RESTful API for web applications in LabVIEW for reuse- Communicate with many different devices over serial, TCP, EtherCAT, GPIB, CAN and more- Create Javascript web apps using Angular2 and Node.Js with LabVIEW backend for IoT

San Francisco Bay Area

- Develop software in LabVIEW for control, test, and automation systems in a variety of high-tech industries from biotech and semiconductor to renewable energy and medicine- Make modern user-interfaces and modular, reusable UI components- Release community-facing materials like blog posts and webinars, usually related to user interfaces

• Used LabVIEW to develop components of controls software for automatic operation and data-logging of flow battery prototypes and test systems using NI cRIO and sbRIO to interface with a high number of sensors and devices• Implemented LabVIEW to single-handedly develop, using past systems as a template, controls software for Beta prototypes • Developed modular components of FPGA algorithm with LabVIEW• Designed, assembled, and maintained electrical control system hardware for automatic operation and testing of 10+ flow battery systems• Wired, soldered, and troubleshot using multimeters and oscilloscopes• Developed and built filters for high-power RF noise sources (switch mode power supplies) to prevent coupling onto sensors• Worked closely with clients to integrate our system with their needs

• Built tetrode and analog circuit assemblies for computational neuroscience lab• Used MATLAB to perform extensive data analysis• Taught other undergraduates how to solder, make tetrodes and assemble analog circuits on printed circuit boards

Tested a Microelectromechanical (MEMS) deformable mirror array at high voltage, frequency, humidity and temperature to determine failure characteristics relevant in a long term space mission.