Responsible for the Ceragon Network AS PointLink and PointLink Access hardware and software product families, and a team of 6 direct reporting engineers and 2 auxiliary engineering team members.Responsible for planning and negotiating OPEX and CAPEX budgets for the R&D Department.Responsible for Product Development, including maintaining, supporting, and customizing solutions according to customer needs.Responsible for maintaining and continuously improving on the ISO9001 and ISO14001 certifications and internal Quality Management System.• Grew the team of direct reporting engineers from 2 to 6, with 2 more supporting for a team of 8• QA Manager responsibility for ISO 9001, 14001, including product and production quality• Oversaw moving of manufacturing from European country to Norway• Successfully carried out ATEX Type Certification of new Radio Product Line• Maintained ATEX compliance and certification renewals for existing products• Spearheaded and introduced new technology and tools to internal workflows, including source-code revision control, source-code configuration management, Jira as a tool for both engineering work, QA ticketing, and cross-team collaboration with sales teams, Zuken E3 for project documentation.• Supported with change management and introduction and use of Microsoft Teams, Sharepoint, and collaboration tools

I recently joined the CDS group at Pratt & Whitney where I work with Verification and Validation of the software residing in the EEC's for the latest Geared Turbo Fan jet engines.Very exciting work! Not much more to share at this time!

Develop and maintain existing and future software and hardware products and the tools to support installation, service and maintenance of these products.Petrospec Engineering Ltd. was established in 1997 and is the leading provider of turn-key reservoir monitoring solutions to unconventional oil & gas companies in the in-situ oil sands and emerging unconventional resources globally. In addition to designing, manufacturing and installing down hole pressure, temperature and flow monitoring equipment, the Petrospec staff are highly regarded experts in well optimization, reservoir monitoring, engineering and field services to oil production companies across the globe.Petrospec’s innovative reservoir monitoring instrumentation technologies monitor temperatures, pressures, acoustics, and flow in SAGD, CSS, Steam Flood, and In-situ Combustion applications. Our specialized engineering teams design reliable downhole solutions for these recovery processes. The ability to provide Petrospec brand visualization tools that integrate all reservoir data for accurate comprehensive dynamic analysis, along with our field services, has allowed us the ability to provide turnkey solutions to our customers.Our expertise in unconventional oil and gas will continually allow our customers to increase production, lower costs, improve sustainability and reduce the environmental footprint of in-situ oil recovery worldwide.Corporate ValuesTo achieve a best-in-class safety and loss management culture, program and resultsTo be recognized for providing the highest quality products and servicesTo be a leader in technology and innovationTo achieve excellence in the provision of all our servicesTo assemble and retain an upper strong staff and achieve a high level of employee satisfaction

Bloomy Controls, Inc. is a National Instruments *Select* Alliance Member specializing in turn-key automated test solutions as well as LabVIEW consulting services.As a Project Engineer at Bloomy Controls, I got exposed to a wide array of software and electrical design projects for clients in a wide range of industries. From the medical industry, to aerospace, to power distribution and fuel cells, to manufacturing test automation.My role as Project Engineer saw me involved at all phases of a project, from bidding and proposals, to planning, design, parts procurement, assembly supervision, software development and on through final delivery and acceptance testing.I frequently interacted with clients, both while working on and supporting projects, but also during more informal events such as LabVIEW user group meetings hosted at Bloomy Controls, where I both supported Bloomy Controls hosting efforts, as well as giving presentations.

As a Graduate Research Assistant it is my task to drive my professors experiment forward under his guidance and advisory. The experiment that I was assigned to is a Plasmoid Thruster Experiment which uses high voltage capacitor banks to create and accelerate plasmoids which produce thrust.The thruster falls somewhere between the current generation of electric propulsion systems and traditional chemical systems in terms of thrust. In other words it has moderate ISP and thrust.My work involved adding a biasing coil and a pre-ionizing circuit that fired shortly before the main theta-pinch coil. I did computer modelling of the biasing coil's magnetic fields and built up the coil, pre-ionizing system, as well as the switches and charging sub-systems for these new components. The biasing coil was added to facilitate future studies of potential benefits of having a fully formed and aligned plasma inside the main coil at the time of the main event. The theory being that more of the theta-pinch coil discharged energy would go towards shaping the plasmoid and accelerating it out of the nozzle end of the device.

While working as a Graduate Teaching Assistant it was my responsibility to prepare, teach, maintain and develop all lab sessions for my professor. In addition student materials such as lab reports were collected and graded.

I got in contact with (at the time Radical Systems) through their role as host of the local LabVIEW user group meetings. They were excited by my energy and ambitions and we stayed in touch during my first year of studies. I was offered the opportunity to work for them as part of the educational Co-Op program and due to my prior experiences with LabVIEW and my undergraduate degree from Sweden, I was able to immediately fill in as a productive member of their project engineer teams, working on automated test systems for the medical industry as well as developing a test system for an (unclassified) army project.

As an assistant baker I was quickly given responsibility over 3 other coworkers and I was tasked with managing and doing the day to day tasks ranging from maintenance and sanitary tasks to programming new routines for the bakery production lines to the production of hand made small items.I took this job while in-between school systems and to take a brief break from academia while doing something un-related to my chosen field to give me more perspective and recharge my batteries.