Zakarie Parker

231-***-**** ad40ux@r.postjobfree.com linkedin.com/in/zakarie-parker/

ENGINE DESIGN ENGINEER AIRCRAFT PROPULSION, SYSTEMS-LEVEL ENGINEERING, CONTROL SYSTEM DEVELOPMENT

Passionate about propelling innovations in aerospace and defense, with a versatile background in both system and component level design across the aerospace and automotive sectors. Proficient in the entire product lifecycle, encompassing design, testing, manufacturing, and maintenance. Skilled in leading teams and fostering collaboration to drive project success and innovation. Core competencies include:

Systems-Level Engineering • Cross-Functional Collaboration • Test Planning and Execution • Project Management • Combustion Analysis • Emissions Analysis • Engine Calibration • Hybrid Driveline Design• Test Cell Development EXPERIENCE

Insitu, Bingen, WA May 2021 – December 2023

Engine Design Engineer III, May 2022 – December 2023 Advised on engine RCCAs, drove the development of new engine dyno cells, and spearheaded the development of a new engine controller. Offered technical mentorship to colleagues in engine design and testing, while also aiding senior leadership as a subject matter expert in trade studies. Additionally, led the initiative to develop data screening software for efficiency gains and championed a manufacturing data tracking system with cross-departmental teams.

• Provided guidance in engine Root Cause and Corrective Action (RCCA), which included assisting in test plan development, instrumentation configuration, test equipment commissioning, analysis tool creation, and test result analysis.

• Collaborated with the embedded group to devise solutions centered around control systems.

• Drove the development of new engine dyno cells, encompassing tasks such as defining system requirements, component selection, instrumentation, communication network design, project architecture, and hardware configuration.

• Guided a team to refine the design for optimal performance and manufacturability.

• Spearheaded the development of a new engine controller, involving hardware selection, Simulink model creation, and close collaboration with the embedded systems engineer for seamless hardware integration.

• Engaged with controls engineer to establish various control strategies for future testing.

• Contributed to the design of new propulsion units by participating in two trade studies that applied knowledge in engine combustion, hardware, controls, and HEV architecture to determine the optimal direction based on requirements.

• Assumed a technical lead role in engine operation to clarify the potential impacts of proposed design changes on engine performance, while also conducting essential calculations and selecting components as required.

• Provided mentoring to five peers on engine operation, combustion processes, sensor selection and utilization, testing methodologies, and control system techniques.

• Identified the need for and championed a cross-functional collaboration among Quality Engineering, Manufacturing Engineering, and IT departments to develop a new manufacturing data tracking system.

• Recognized the need for and initiated development of data screening software to save 10 engineering hours a week. Engine Design Engineer II, May 2021 – May 2022

Acted as propulsion technical expert for the sustainment of a Group 2 heavy-fuel propulsion units.

• Collaborated with multiple suppliers, government customers, and the quality department to rectify non-conformance issues in components and assemblies. Successfully implemented product definition changes while adhering to GD&T practices.

• Produced high-level executive summaries and Rough Order of Magnitude (ROM) estimates for proposals related to new engine test cells and engine control system test beds.

• Assisted with flight testing.

Husco International, Waukesha, WI June 2019 – April 2021 Design Engineer

• Participated in the design and development of sub-components for electro-mechanical cam phasors, emphasizing design for manufacturing principles, and offered support in the actuator development process.

• Designed and assisted in constructing test stands for phasors and actuators, successfully extending the durability stand maintenance interval from biweekly to semi-annual.

• Proposed and implemented a remote monitoring system to address operational challenges during remote work periods. Zakarie Parker 231-***-**** Page 2

Michigan Tech APS Labs, Calumet, MI September 2017 – June 2019 Graduate Research Assistant

Served as a project lead in an initiative to enhance catalyst light-off and lower emissions for GM's 2.0L engine by modifying valve events and combustion timing. This role involved commissioning test equipment, conducting tests in the test cell, analyzing exhaust emissions, initiating new test cell features, and managing project scheduling and communications. Michigan Tech Senior Design, Houghton, MI August 2017 – May 2018 Developed a solution for United States Air Force Research Laboratory to attach an aerodynamic drag device to space debris in low Earth orbit.

L3 Technologies - Combat Propulsion, Muskegon, MI May 2017 – August 2017 Manufacturing Engineering Intern

GE Aviation, Norton Shores, MI May 2016 – August 2016 Lean Team Engineering Intern

Compass Automotive, Fruitport, MI May 2015 – August 2015 Engineering Intern

Mitsubishi Electric Automotive America, Northville, MI May 2014 – August 2014 Engineering Intern

Kohler Engines, Kohler, WI May 2013 – December 2013 Quality and Corrective Actions Co-op

EDUCATION

Master of Science in Mechanical Engineering – Michigan Technological University (MTU), Houghton, MI Bachelor of Science in Mechanical Engineering – Michigan Technological University (MTU), Houghton, MI SKILLS

Computer: Autodesk, Unigraphics, Solidworks, and PTC Creo 2 and 4 Drafting and Modeling Software • NI Veristand, NI Labview, DewesoftX • Windows, Linux, Office, Jira/Confluence, Teams, Zoom • Phytools PCAN Viewer, Kvaser Database Editor • Matlab, Simulink, Arduino • Instrumentation • CANbus, RS232, Ethernet, One Wire • New Eagle Raptor, Axiomatic Firmware • MegaLogViewer HD • Bosch RaceCon, HPtuners, Tunerstudio, other engine calibration software •GT-Power, Ansys Workbench, Amesim, Hypermesh • MAGMA Casting Simulation Software • Mathmatica Hands On: Assembly • Instrumentation • 3D Printing • CNC/Manual Mill • Manual Lathe • Welding: Arc, MIG, TIG, Oxy- Acetylene • Fabrication • Wiring • Soldering • Casting PROJECTS

Subaru Impreza:

Highlights include the use of an Adaptronic M6000 ECU, a combination of a 2011 Subaru 3.6 L engine, 2011 STi transmission, and a 2003 WRX differential, as well as the implementation of a custom digital dash and e-throttle controller. Lexus GX:

Involved custom fabrications included a winch mount, tire carrier, and bike rack. The project also featured a custom drawer system, sleeping platform, and a full MPPT solar install with a DC/DC charger for house power. BMW E30:

Systems engineering exercise of complete driveline change with new engine, transmission, ECU, complete rewire and all custom plumbing. Performed CFD analysis to determine viability of aero concepts. HOBBIES

General Aviation • Mountain Biking • Riding Motorcycles • Hiking • Camping • Overlanding • Volleyball • Gaming

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