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A. Mark Jones is listed as Electronics Technical Manager at Ozen Engineering, Inc. at Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner, based in Richland, Washington, United States. AeroLeads shows a work email signal at pnnl.gov, phone signal with area code 509, and a matched LinkedIn profile for A. Mark Jones.
A. Mark Jones previously worked as Electronics Technical Manager at Ozen Engineering, Inc. - Certified Elite Ansys Channel Partner and Chief Engineer at Pacific Northwest National Laboratory - Pnnl. A. Mark Jones holds Master Of Science, Electrical Engineering from North Carolina State University.
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I am an electrical engineer with an advanced technical degree and experience in the EDA software industry, aerospace industry, and the R&D environment of a multi-program national laboratory. I have significant experience in the use of physics-based simulation tools for solving complex problems, and have a passion for electromagnetics design and analysis. I enjoy project engineering and technical leadership. My current position at Ozen Engineering is focused on enabling the application of industry-leading simulation tools to the development of advanced electronics technologies.My position within the National Security Directorate at the Pacific Northwest National Laboratory allowed me to contribute to challenging applications such as the development of electromagnetic technology for security screening, non-invasive inspection, and non-destructive evaluation. I enjoyed serving as design engineer, project manager, and project engineer on R&D projects for the DOE, DOD, DHS, and IC. My research interests included radar imaging, antenna design, and microwave devices.My position with Ansoft Corporation (now Ansys) involved providing technical support and training for electromagnetic simulation software to the US aerospace and defense industry. I enjoyed the frequent interaction with clients, developing technical materials, and the opportunity to transfer skills to others. In addition to developing and presenting materials to showcase the capabilities of the high-frequency product line, I served in leadership roles on the North American aerospace and defense team.At Harris Corporation, I specialized in antenna and phased array design using industry-standard and government-sponsored software tools. I worked on the Advanced Payloads Enterprise team as a member of the Antenna Systems Department in the Government Communication Systems Division. My primary focus was the development of innovative wideband conformal antenna array technology for national security applications.
Listed skills include Electromagnetics, Electrical Engineering, Antennas, Simulations, and 33 others.
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Sunnyvale, California, Us
Responsibilities include providing advanced technical support for Ansys electronics simulation tools, teaching training classes, leading consulting projects, performing pre-sales demonstrations, and managing the Electronics Business Unit technical team operations.
Richland, Wa, Us
• Project manager, system engineer, project engineer, principal investigator, and task leader on complex technology development projects for sponsors within the DOE, DOD, DHS, and IC. Leader of multi-disciplinary technical teams in execution of R&D projects and tasks.• Project Manager for $4M Millimeter-wave Shoe Scanner DHS project. Authored technical proposal and guided 10-person team through development and evaluation of first-of-a-kind deliverable system. Task Leader for system design trade study, switch matrix, antenna arrays, and developmental test and evaluation. Led design and fabrication of 10-40 GHz surface-mount switch panels which significantly reduced deliverable system cost and size. Led Technology Transfer task which resulted in licensing the technology to a commercialization partner.• Principal Investigator for $3M High-Definition Advanced Imaging Technology (HD-AIT) Field Prototype DHS project. Guided 15-person team through development and evaluation of deliverable system. Task Leader for analysis of alternatives study and antenna array design. Designed 10-40 GHz switched spiral antenna array modules. Led Technology Transfer task which resulted in licensing the technology to a commercialization partner.• Project Manager for $5M project which developed handheld imaging array systems. Guided 10-person team through development of deliverable systems and DFM activities.• Extensive experience with system engineering processes to manage risk. Led project teams through standardized methods including development of Analysis of Alternatives, Functions and Requirements Documents, Preliminary Design Reviews, and Critical Design Reviews. • Lead microwave engineer at PNNL for Project 8 Neutrino Mass Experiment Collaboration. Designed antenna arrays for next-generation experiment.• Member of Axion Dark Matter Experiment (ADMX) Collaboration. Performed detailed EM simulations of advanced cavity resonator arrays for next-generation experiment.
Richland, Wa, Us
Led and performed scientific research and technology development in the areas of electromagnetics and acoustics for national security applications. Expert in use of physics-based simulation tools for design of sensing components such as microwave antennas, eddy current probes, and acoustic transducers. Led technical teams in execution of R&D projects and tasks.• Project engineer and task leader for $1.5M project which developed handheld radar imaging array systems. Designed wideband antennas and led extensive offsite field testing campaign. Systems reached TRL6 and delivered to sponsor.• Project engineer and microwave engineer for $3M project which developed first-of-a-kind dual-modality radar handheld array system. Systems reached TRL6 and delivered to sponsor.• Antenna engineer for $2M project which developed next-generation holographic radar imaging security portal. Designed wideband mm-wave antennas to significantly improve images. System reached TRL6 and delivered to sponsor.• Task leader and field test director for $6.5M project which developed vehicle-mounted side-looking holographic radar array system. System reached TRL6.• PI for $300K project to develop nonlinear radar technology.• Co-PI on $700K project with Project 8 Collaboration to ultimately measure the neutrino mass using electron spectroscopy. Led microwave engineering team responsible for optimizing highly-sensitive cryogenic microwave receiver. System produced first detection of single-electron cyclotron radiation.• PI for $300K project to investigate use of low-frequency electromagnetic techniques for shipping container content detection. Established detection thresholds for multiple containers.• PI for $380K project to develop miniaturized multi-modal regenerative feedback sensors. Produced multiple prototypes of sensor technology.• Co-authored 30+ formal technical reports and 40+ technical presentations.
Technical expert in use of the Ansoft/Ansys high-frequency electromagnetic simulation tools HFSS and Designer for broad range of client applications. Lead Technical Account Representative for two major Ansys accounts in North American aerospace and defense industry. Electromagnetics Leader for Ansys North American aerospace/defense team.• Provided customer support including evaluations, software benchmarking, and post-sales technical support.• Created and delivered multiple technical presentations for annual user workshops.• Managed technical relationship with two key Ansys aerospace/defense accounts in North America. Coordinated activities, provided organizational leadership for account team, and performed proactive customer development.• Delivered on-site demonstrations, presentations, and classroom training for high-frequency product line.• Developed HFSS Antenna Design Kit to simplify creation and analysis of numerous antennas.
Melbourne, Florida, Us
Designed antennas and broadband phased arrays for R&D projects and classified programs within the Advanced Payloads Enterprise at the Government Communication Systems Division. Served in leadership roles such as Technology Leader for Antenna Systems Department and Integrated Product Team (IPT) leader.• IPT Leader for phased array and beamformer subsystem on $3M Multi-Channel Wideband Electronic Support Sensor program. Met technical requirements and managed schedule and cost constraints. System successfully delivered to AFRL Sensors Directorate.• Antenna engineer for $20M classified program which consistently received 100% Award Fees from the customer.• Designed broadband coupled-element array with patented scan blindness mitigation features for $20M flight demonstration program. Served as radome work package leader for this program.• Led IR&D project which demonstrated coupled-element array performance over 0.1-1 GHz.• Technology Leader for Antenna Systems department from 2005-08. Coordinated monthly seminars on antenna technology and presented sessions on capabilities of EM design tools.• Harris GCSD technical point of contact for simulation tools IE3D and CST Microwave Studio.
Performed research in the area of electric power components and distribution. Used Ansoft Maxwell finite element software to analyze and design various structures such as toroidal inductors and distributed air-gap magnetic materials. Developed wideband circuit model for bus bar line impedance.
Prepared thin-film material samples for transmission electron microscope (TEM) structural characterization using lab equipment such as polishers and optical microscopes. Operated material property characterization instruments such as vibrating sample magnetometer (VSM) and Hall effect measurement system.
Quick answers generated from the profile data available on this page.
A. Mark Jones works for Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner.
A. Mark Jones is listed as Electronics Technical Manager at Ozen Engineering, Inc. at Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner.
AeroLeads has found 2 work email signals at @pnnl.gov for A. Mark Jones at Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner.
AeroLeads has found 2 phone signal(s) with area code 509 for A. Mark Jones at Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner.
A. Mark Jones is based in Richland, Washington, United States while working with Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner.
A. Mark Jones has worked for Ozen Engineering, Inc. - Certified Elite Ansys Channel Partner, Pacific Northwest National Laboratory - Pnnl, Ansoft Corporation, Harris Corporation, and North Carolina State University.
You can use AeroLeads to view verified contact signals for A. Mark Jones at Ozen Engineering, Inc. - Certified Elite ANSYS Channel Partner, including work email, phone, and LinkedIn data when available.
A. Mark Jones holds Master Of Science, Electrical Engineering from North Carolina State University.
A. Mark Jones is listed with skills including Electromagnetics, Electrical Engineering, Antennas, Simulations, Matlab, Ansys, Sensors, and Rf Engineering.
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