Eric Petersen Email & Phone Number

Portland, Oregon, United States

Manage Engine and OEM TeamManage One Endpoint, Optics (EDR), and Protect (EPP) development teams

Portland, Oregon, United States

Manage the Engine and OEM team responsible for productizing Malware Detection and related ML models for all product lines including Malware Analysis, Continuous Authentication, and Data Loss Prevention. Work with leadership to refactor diverse product implementations to use common Engine components and libraries.

Portland, Oregon

Working with brilliant scientists and engineers to keep computer networks safe from malicious software.Hire and Manage the Engine Team, Developers and SDETs that work closely with Data Scientists to import and build Machine Learning models into reusable components that are used by each of the Product Development teams.

Beaverton, Or

Developed Web Services based communication, DICOM, and public key and symmetric encryption code for the Digital Fundus (Retina Imaging) Camera in an Agile development environment. Developed Gherkin specifications and Python/C++ stack to support Behavior Driven Development (BDD). Developed cybersecurity strategy and device side support for end-to-end encryption of retina image and Patient PHI data between the camera and cloud based services. Worked with the CSM Device team to develop strategy for signing SW releases and configuration files that can be verified by the device during load time in order to address the FDA Medical Device Cybersecurity Guidance released in October 2014. Co-developed architecture for the next generation central station / server based on the Microsoft .NET technologies including C#, WCF, WPF, and SQL Server replication using the Sync Framework. Developed a WCF service that supports network distribution of continuous patient vitals data for review. Participated in Agile planning and review of monthly sprints with Marketing. Managed the central station / systems team of 7-8 developers on parallel projects, including: integration of the next generation 802.11a/g infrastructure and devices, integration of the Draeger Delta XL patient monitor, porting the central station applications from SPARC to Intel architecture, and developing a new semi-custom hardware platform for central stations. Worked closely with Intel as a partner to facilitate Intel funding of the porting effort. Traveled to US, Europe, and Middle East with teams to investigate Business Development partnerships and acquisitions. Negotiated requirements and product features for the WA 1500 monitor developed with partner SCHILLER AG. Intellectual Property (IP) Committee member participating in monthly review of invention disclosures.

Beaverton, Or

Co-lead a team to develop the next generation 802.11a/g wireless card that supports WPA2 bi-directional authentication using enterprise certificates, and worked with the respective device teams to integrate that into three distinct medical devices. Developed wireless card requirements, specified APIs to support dynamic control of power modes (CAM, PSP, Sleep), and worked with external design house to develop hardware. Led development of the provisioning application that generates and installs unique WPA2 (802.1X) authentication certificates on each device and central station during manufacturing. Investigated and prototyped early designs for the remote Clinician Notifier project, which provides real-time alarm paging, acknowledgment, and interactive review of patient alarms and waveforms. Technical Manager for the team during development, and Project Manager for the team as the Clinician Notifier product moved through clinical trials. Participated in the IRB and clinical validation process at customer hospital sites.Technical Manager / Architect for a project to refactor the systems product line to target Microsoft technologies utilizing a CMMI Level 5 contractor. Developed a .NET application for printing waveform snapshots from a vital signs monitor to a Windows PC connected printer.

Beaverton, Or

Designed distributed applications for real-time streaming and bi-directional control of patient monitors. This included development of device protocols and integration with numerous medical devices over a TCP/IP network utilizing Ethernet, Serial, and 802.11(a/g) Wireless.Developed support for secondary (replicated) streaming connections in order to support remote patient review and replica central stations. Utilized ISDN and Fractional T1 interfaces in engineering lab to investigate and optimize performance over the Wide Area Network. Developed a replicated database for distributing patient demographics and related session data across a network of central stations and review stations, including client libraries for Java and C++ applications. Leveraged designs above to develop a High Availability (HA) configuration of the central station that provides full fault tolerance to HW/SW failures.Developed the Full Disclosure and Review product for the Acuity central station, which provides navigation and review of EKG, SpO2, CO2, Blood Pressure, and other medical device data and waveforms in a Solaris (Unix), C++, and XView / X-Windows environment.

Beaverton, Or

Technical Lead for the Mixed Signal Tester team, which utilized a DSP (TMS320C30) to analyze digitized analog output from mixed signal (analog and digital) integrated circuits. Developed requirements and specifications for the device test library, implemented test library functions and primitives, and integrated these with device debugger and associated tools. Co-developed Motif / X-Windows based Analog Waveform Editor, which provides graphical manipulation of captured and stimulus waveforms.Helped define class subject matter to cross-train SW and HW engineers in other areas related to Vista series testers and testing in general. Attendance included Hardware, Software, Manuals, Support, and Manufacturing. Taught "Intro to State Machines", co-taught "Introduction to C".Developed technique to use Programmable Active Loads over a continuous range by adjusting the programmed values by mapping to a surface which compensated for the transistor conductance curves.Developed Primitives to control the Programmable Power Supply over GPIB and many other capabilities. Installed releases at several major customers and integrated new functionality into customer's libraries and applications. Developed a print spooler for Ethernet networked printer and other device drivers.

Education record

CSE 580, Cryptography and Software Security - Study of Encryption, Authentication, and Software Security with a focus on Diffie-Hellman.

Education record

M101N - MongoDB for .NET Developers M101J - MongoDB for Java Developers M102 - MongoDB for DBAs

Education record

CST 407, Windows 8 Application Development - Design, development, and submittal of a Windows 8 application to the Windows Store.

Education record

CIS 674, Visual Information Processing - Project titled "Image Partitioning by Following Color Contours", consisted of a report.

Bs, Electrical Engineering