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Bill Bartol is listed as Senior Project Engineer at Applied Materials, based in Austin, Texas, United States. AeroLeads shows a matched LinkedIn profile for Bill Bartol.
Bill Bartol previously worked as Senior Project Systems Engineer at Hiller Measurements and Director of Hardware Engineering at Agex, Inc.. Bill Bartol holds Bachelor Of Science (B.S.), Electrical Engineering from Purdue University.
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Versatile engineering leader with software and electrical engineering experience spanning multiple settings.Record of identifying opportunities, removing obstacles, and resolving issues; with experience leading in all phases of the development life cycle. Focus is on specifics and organizing information.History of partnering with business leaders, technicians, partners, and customers to identify needs and deliver solutions. In working with anyone, MO is to calmly and consistently focus on what people need - to lead by doing the work and setting an example. Expertise in system-level software development, electrical hardware design, troubleshooting, debugging, testing, process automation, technical writing, and process development. Learns by doing, on the job training, and self-study.Effective staff manager focused on leveraging each team member’s talents and fostering an environment for success. Adept at encouraging, drawing out the best in, promoting growth/development of, teaching new duties to, and building cooperation with others.Reputation as an excellent communicator, collaborator, and trainer.
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Santa Clara, Ca, Us
Project engineer on a growing R&D team within Applied Materials, Inc. Responsible for all electrical and software engineering aspects of projects assigned to the team. To date, projects have included:* Automated JEDEC tray camera scan station* Prototype next generation ion implantation chamber
Austin, Texas, Us
Technical lead for a project team. Responsible for all technical aspects of projects assigned to the team. End customers were typically test teams within large companies (Northrop Grumman, Lockheed Martin, and L3Harris are prime examples). Regularly interacted with said customers to establish, confirm, clarify, and maintain project technical requirements and ensure adherence to same. On the electromagnetic spectrum, projects ranged from DC to 50GHz with deliverables typically including:* Rack-based, integrated ATE (Automated Test Equipment) systems* Custom designed & built chassis (rack mount as well as external) - often with active electronics* Custom designed & built cabling (rack installed as well as external)* Custom system self-test as well as end product test - realized through a variety of programming languages (ANSI C and LabVIEW being the most common).
Austin, Texas, Us
Planned and drove all aspects of hardware engineering with respect to AGEX's business of marketing and selling beef cattle via online auction, including design, development, manufacture, and support. Devised and maintained all processes relevant to hardware engineering. Directed support staff and third-party contributors. * Designed, deployed, and supported data acquisition system that retrieved individual animal identification and weight and enabled upload of data to smartphone app via Bluetooth Low Energy (BLE). * Increased department efficiency by hiring, training, and mentoring a technician to offload secondary functions and free chief engineer to innovate and complete top priorities.
Santa Clara, California, Us
Managed team of engineers and technicians concentrating on test and process automation for post-silicon validation of Intel’s line of smartphone SOCs, a $1 billion project. Led component verification for top components (i.e. CGU, SCU, SEC, SPCU, fusing). Oversaw debug/trace and power/performance efforts related to SOCs. Tracked, expedited, and reported tests and activities to facilitate bring-up of SOCs. Improved processes and drove automation initiatives. Fostered ongoing cross training and staff development.* As SOC emulation “czar,” collaborated with staff to unblock queued/failed job submissions, track running/queued jobs, and proactively address job submission/execution difficulties. * Established several customized Ubuntu Linux-based build servers to facilitate building of annotated version of U-Boot (to serve as on-chip test platform) and set up access (per user account) via SSH, Samba, and VNC. * Developed an application that centralized monitoring systems status and status of SOC emulation sessions queued/running on separate servers.
Chicago, Illinois, Us
Managed team of engineers and technicians concentrating on test and validation of various Motorola WiMAX and LTE prototype devices as well as chipset solutions and SOCs. Drove initiatives to optimize and automate calibration and test routines for Motorola’s prototype WiMAX and LTE devices and validation of LTE chipset solutions. Contributions helped to demonstrate high value of the business unit's product portfolio (nearly 10M devices enabled with our LTE chipset solution were shipped, for example), enabling Google to spin the unit out via a sale to Intel.* Developed framework for automated execution of simulation test images on pre-silicon (FPGA-centered) as well as post-silicon (ASIC-centered) target hardware, leveraging IP developed and used during simulation phase of project for use in prototype and product evaluation phases.* Facilitated factory-validation of 4G Mini PCI data card built around Motorola’s WiMAX baseband processor - achieved by establishing calibration and test routines into production setting.* Expedited ISO certification by drafting processes for calibration and test.
Horsham, Pennsylvania, Us
Created, optimized, and automated test and calibration algorithms for prototype WiMAX mobile devices.▪ Test algorithms: BER (bit error rate), RSSI (received signal strength indicator), signal to noise ratio, EVM (error vector magnitude) at various digital modulation orders (QPSK, 16-QAM, 64-QAM), spectral flatness, adjacent channel power, carrier leakage, co-channel interference, channel rejection, relative receiver BER performance related to repetition coding, and relative receiver BER performance related to diversity schemes, MRC (Maximum Ratio Combining), STC (Space Time Coding), and SM (Spatial Multiplexing).▪ Calibration algorithms: transmitter gain correction and calibration, receiver path loss calibration, crystal calibration, and IQ calibration.
Montreal, Quebec, Ca
Developed technical proposals pursuant to building custom test system business in Austin. Created engineering processes for Austin facility. Assessed customer needs and provided extensive on-site software and troubleshooting support for company’s key client. Led software development for test station built for functional evaluation of Boeing 777’s ground steering control unit.
Austin, Texas, Us
Led software development on key projects valued up to $10 million, including for the JSF LM-STAR RF Sub-system, a key project in partnership with Lockheed Martin. Led software projects related to JSF LM-STAR for sub-contractors including Hamilton Sundstrand, Northrop Grumman, and Rockwell Collins. Performed and oversaw RF testing. Regularly interacted with customers through all development phases. Mentored and supervised software development team.
Austin, Texas, Us
Led software development on key projects valued up to $1 million, including ATE systems for testing of such products as missile systems, satellite systems, and military avionics systems. Regularly interacted with customers, including requirements definition, design reviews, product verification/buyoff, and training. Fortune 500 clients included Ericsson, Boeing, and Lockheed Martin.
Austin, Texas, Us
Developed and integrated software. Wrote hardware specifications for rack-mounted ATE (Automated Test Equipment) systems associated with testing of automobile engine control modules, cellular telephones, and cellular infrastructure systems. Supported Fortune 500 clients included Motorola, Lucent Technologies, and Microsoft.
St Paul, Mn, Us
Designed and developed functional tests for Photodyne fiber-optic test and measurement products. Continuously improved testing products and process. Wrote and updated documentation to ensure proper inspection and testing.
St Paul, Mn, Us
Designed, developed, modified, and maintained fiber optic test systems for testing passive fiber optic products. Evaluated products for compliance. Reduced testing costs and enhanced performance via bundled fiber technique.
Quick answers generated from the profile data available on this page.
Bill Bartol works for Applied Materials.
Bill Bartol is listed as Senior Project Engineer at Applied Materials.
Bill Bartol is based in Austin, Texas, United States while working with Applied Materials.
Bill Bartol has worked for Applied Materials, Hiller Measurements, Agex, Inc., Intel Corporation, and Motorola Mobility, A Subsidiary Of Google.
You can use AeroLeads to view verified contact signals for Bill Bartol at Applied Materials, including work email, phone, and LinkedIn data when available.
Bill Bartol holds Bachelor Of Science (B.S.), Electrical Engineering from Purdue University.
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