Experience

Invetech

• Australia
• Biotechnology Research
• 100 - 200 Employee

• Sr. Electronics Engineer

  • Mar 2020 - Present



Teledyne API

• United States
• Appliances, Electrical, and Electronics Manufacturing
• 1 - 100 Employee

• Sr. Electronics Engineer

  • Sep 2015 - Mar 2020

  Develop and design next generation systems. Implement RoHS compliancy for existing systems. Create standard policies and procedures for Electronics Engineering team. Develop and design next generation systems. Implement RoHS compliancy for existing systems. Create standard policies and procedures for Electronics Engineering team.



Cummins Allison

• United States
• Appliances, Electrical, and Electronics Manufacturing
• 300 - 400 Employee

• Sr. Electronics Engineer

  • Aug 2005 - Aug 2015

  I was hired at Cummins Allison with minimal experience to help an overloaded senior hardware engineer. 4 months after I was hired, the senior engineer left the company, and I was left as the only hardware engineer to keep the group moving forward. I was able to pick up the work that the senior engineer had left behind, finish his projects, and work on the projects that had been assigned to me. I juggled multiple projects, and was able to move all of them forward in a timely manner. I worked closely with scientists and other engineers to develop cutting edge technologies that were not available on the market. This demonstrates that not only can I work under pressure with a large work load, but that I can succeed in my work while learning new skills. An example of a project that I lead was the creation of a development board. The system utilized many micro controller functions including analog to digital conversion, digital to analog conversion, SPI, I2C, USB, and RS-232 communication busses/protocols, multiple LED’s and an LCD display for status and user interface, motion control including encoder feedback, two proprietary ports for simulating the interface in our production machines, and an expansion port for any future needs that were not present on the existing design. It featured a flexible intelligence socket for upgrading the system performance if required in the future, or it could be downgraded to a smaller controller for testing low budget systems. Other types of processors, including DSP’s and/or FPGA’s (with soft processors or state machines) could be used as well. I was responsible for the concept implementation, software, and hardware development. The software developed here would ultimately be ported into a production sensor system. This system has saved months of development time, and increase productivity. Show less



Intertelecom

• Telecommunications
• 1 - 100 Employee

• Test Engineer

  • Sep 2004 - Mar 2005

  Created and updated tests for new products to ensure proper performance. Tested new hardware and software for advanced business telephone networking systems. Equipment tested included call processing hardware, digital key sets, and IP phones. Utilized custom database programming software in a Linux environment. Provided detailed reports reviewing any imperfections found during tests. Worked with Senior Developers to create solutions to problems. Created and updated tests for new products to ensure proper performance. Tested new hardware and software for advanced business telephone networking systems. Equipment tested included call processing hardware, digital key sets, and IP phones. Utilized custom database programming software in a Linux environment. Provided detailed reports reviewing any imperfections found during tests. Worked with Senior Developers to create solutions to problems.