Engineer Engineering

Paul A. Christensen

**** ******** *****, *********, ** 49461 616-***-**** ***********@*****.***

Objective

• To lead an action-prone team by example in their pursuit to satisfy customer expectations through the effective and efMicient use of Model-Based Systems Engineering principles and processes. Education

BS PRODUCT DESIGN ENGINEERING 1990 FERRIS STATE UNIVERSITY Relevant Experience and Skills

PRINCIPAL SYSTEMS ENGINEER GHSP 2009 - PRESENT

• Responsible for developing a Germicidal UVC IoT System for mobile applications, which included system architecture, requirements analysis, state machine design, OTA conMiguration, and full system diagnostic reporting via MQTT.

• Responsible for technical leadership and architecture of fully-integrated ePumps that combine embedded software, electronic hardware, BLDC technology, and gerotor-style pumps for automotive battery-electric and hybrid powertrains.

• Responsible for researching, selecting, and implementing a MBSE-driven development methodology and toolset that integrates system-requirements, system-architecture, and risk mitigation using SysML.

• Responsible for requirements management including bi-directional traceability up to customer requirements and down through system requirements to physical architecture to veriMication test cases.

• Responsible for modeling stakeholder concerns, use-cases, logical and physical architectures, and all relevant behaviors required to satisfy the customer-speciMied functions.

• Responsible for SoC micro-processor selection using the DAR method for use with BLDC motor control.

• Served as the primary technical-interface to customers during sourcing and launch for 12 years.

• Responsible for creating and managing technical project plans to clearly communicate and direct the maturation of HW, SW, and Mech domains, while also managing risk and timing.

• Responsible for providing technical feasibility assessments and conducting technical reviews with numerous new product pursuits over a 12 year period.

• Responsible for selecting HW/SW architectures that ensure appropriate ISO-26262 ASIL level. ADV DEV ENGINEER / ENGINEERING MANAGER / HILITE INTL 1997 - 2009

• Responsible for technical management of 21 Engineers and Technicians and for directing the development of multiple electro-hydraulic solenoid valve projects and pursuits.

• Responsible for simulation of electro-magnetics, hydraulics, and mechanics and delivery of validated models to the customer.

MBSE-SpeciPic CertiPications and Formal Training

• OMG CertiMied Systems Modeling Professional: Model User (OCSMP)

• Architecture and SE Models and Methods to Manage Complex Systems: Massachusetts Institute of Technology.

• OOSEM Accelerator MBSE Methodology Training

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