I am a Hardware Design Engineer with a passion for Internet and wirelessly enabled technologies with experience in wireless compliance and collaborating with OEM, ODM, + CMs on new system designs.
I have worked as an army of one and member of a larger team, on projects from datacenter efficiency to Failover wireless routers&
I am always looking for my next adventure
feel free to contact below.
I have been working as a hardware designer since. I have a love of clean, elegant styling, and I have lots of experience in the production of CSS3 and HTML5 for modern websites. I loving creating awesome as per my clients’ need. I think user experience when I try to craft something for my clients. Making a design awesome.
Responsible for designing, developing, debugging, optimizing, and validating the current and future Hardware for internal and external use products surrounding the BCDR business. Focusing on developing the next generation of Datacenter storage nodes and new data center configuration. I am in charge measuring, classifying, and qualifying the performance, stability, and support for new and existing hardware, as well as documenting and supporting new and existing hardware mechanically, electrically, and thermally according to standards. I am involved in assessing the the technical risks in hardware changes and mitigating those risks. I aid in the development and tuning of the kernels and firmware to support new hardware changings and optimization. I oversee the Hardware changes from design to validation and manufacturing. I am responsible for coordinating the certification of products according to international standards. I also analyze and compile large amounts of data recieved from the hardware and code to compare, document, and present the hardware and software stability as well as compatibility. I collaborate with the Datacenter team, Networking team, Development Team, and Operations team to improve the overall usage and configuration of the hardware and Data Centers. I collaborate and meet with external vendors to determine the optimal configuration of components and hardware for Datto Products.
As the only Hardware engineer on the networking team, My time was spent working with cross-functional teams, developing the next generations of hardware, and ensuring all of our devices were specified, designed, to perform at the highest level, while remaining up to regulatory and compliance requirements and performing for years in a variety of environments. I lead the design, validation and verification of the integrated cellular failover routers, the DNA and D200. I was the responsible party for getting our routers end device certified with various carriers, as well as with regulatory and industrial standards bodies. I work closely with the software development teams to ensure our whole platform of cloud-managed, indoor+outdoor global access points that are able to adhere to localize RF limitations and meet all regulatory requirements. As well as with the lower level engineering team in the board bring up of new devices and integration of cellular modules and managed cellular plans provided by datto. I review returned and failed units for analysis and work with manufacturers and ODMs on root cause analysis and modifying designs in order to prevent failures. I worked very closely with the Product Management team, in order to get as close to their desired product functionality as possible, while remaining compliant or finding a different architecture to achieve the desired outcome. I was the responsible team member for organizing a standard practice and organization of new product introduction and maintaining documentation for the product release and post-release. I Defined test strategies for ensuring RF and Hardware Safety compliance, as well as Cellular performance. I reviewed all reports and filings for Datto Networking Products for FCC,ISED, ACMA, IMDA, UL, ETC, CB, etc. to ensure our products were properly reflected for their expected behavior in the field on Open Source software.
Responsible for designing, developing, debugging, optimizing, and validating the current and future Hardware for internal and external use products surrounding the BCDR business. Focusing on developing the next generation of Datacenter storage nodes and new data center configuration. I am in charge measuring, classifying, and qualifying the performance, stability, and support for new and existing hardware, as well as documenting and supporting new and existing hardware mechanically, electrically, and thermally according to standards. I am involved in assessing the the technical risks in hardware changes and mitigating those risks. I aid in the development and tuning of the kernels and firmware to support new hardware changings and optimization. I oversee the Hardware changes from design to validation and manufacturing. I am responsible for coordinating the certification of products according to international standards. I also analyze and compile large amounts of data recieved from the hardware and code to compare, document, and present the hardware and software stability as well as compatibility. I collaborate with the Datacenter team, Networking team, Development Team, and Operations team to improve the overall usage and configuration of the hardware and Data Centers. I collaborate and meet with external vendors to determine the optimal configuration of components and hardware for Datto Products.
I worked in a multidisciplinary team in the Switches, Sensors, and Controls Department, where we focused on DC Power Tool Switch, Off-Road Switches, and Sensors. While at Marquardt I got the opportunity to independently redesign new embedded software for a Power Tool switch, that is currently being used in production for a major Power Tool company. I worked on improving LED light output for one of our flagship products, the Off road switch used in factory machinery as well as Snowmobiles. I had the opportunity to do a number of Software and System validation for various key power tool customers to determine if the product was working to Specification. I researched and developed a few small Bus communication systems for LIN, I2C, and UNI/O. I participated in a number of DFMEA processes for a variety of products. I also got to work on the development of multiple LED lights for Powertools, one a simple resistor/LED 20mA system as well as a high power 1 watt LED that utilized a Buck to Buck system to illuminate the LED. I performed a number of tests including an extensive thermal study on a power tool series, switch, and LED module. During my time at Marquardt I worked with a variety of PIC microcontrollers for development, Agile PLM, PADS Layout, SAP, Target 3001!, Diodes Inc LED Drivers, and more..
Developed Lesson Plans and Instructed week long Java and C++ Programming courses to teenagers with a variety of skill levels and included a number of students with mental disabilitie and Non-Native English speakers. Each student created their own projects based on the fundamentals taught.
The Certified Data Centre Energy Professional (CDCEP®) program teaches expertise in energy efficiency and provides the tools to make a significant contribution to the energy strategy and effectively deal with, and manage, energy related issues and energy efficiency.earners will discover how to strategically plan, design and implement an energy plan for data centre facilities, focusing on energy efficiency. They will be introduced to current energy profiler tools and models to analyse site data and formulate a comprehensive action plan to implement real energy savings potential and capacity reclamation.