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anthony_tanios_resume_general-02-12-2021.pdf |
Anthony (Tony) G. Tanios
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Objective
Obtain a position in the field of System or Computer Engineering. Utilize my technical, communication and leadership skills to design and develop different types of systems and applications. Continue expanding on my various areas of experience while demonstrating my exceptional performance and on time delivery. I also have a personal interest in aviation, robotics, and automation.
Summary
My experience is across the entire life cycle of requirement based development for DAL Level A software starting from system requirements and ending in software certification. My career started at United Technologies Aerospace Systems (UTAS) developing new advanced methods of software implementation including Configurable Table Driven Software (also known as Programmable Data Item (PDI)) and Model Generated Code with adherence to DO-178C. In addition to my software experience, at UTAS, I supported the System Engineering teams with various developments; trouble shooting, integration, and lab testing. I also gained experience with ARP-4754, model base design and development, and requirement validation through simulation.
From conceptual design to deployment on an aircraft, I have been a key member of the software team responsible for developing the UTAS Advanced Data Programming UaDAP® embedded software and process that are in use on multiple Programs at UTAS. UaDAP was demonstrated to reduce Non-Recoverable Engineering (NRE) costs by 50-90% using configurable utilities, while reducing certification expenditures through a single, one-time certified software engine that interfaces with the embedded controllers.
After UTAS, I transitioned to Performance Software Cooperation (PSWARE) where I continued developing software and performed system integration for different costumers and products. At PSWARE, I developed testing equipment and closed loop simulation environments and racks. The different roles that I have taken on has allowed me to expand my technical, communicating, and leadership skills, making me a great candidate for either technical leadership or individual contributor positions.
Education
Louisiana State University(LSU); Baton Rouge, LA; May 2013:
- Bachelor of Science in Computer Engineering.
- Overall GPA: 3.4; Major GPA: 3.6.
- Copy of Degree Click Here.
- Copy of Transcripts Click Here.
Relevant Design & Technical Electives:
- VLSI Design, Solid State Device, Magnetic Fields, Discrete Structures for Computer Engineering, 3D Graphical and Geometric Modeling.
- For a full list of academic classes Click Here.
Experience
Senior Project Engineer - PSWARE; New Orleans, LA; May 2018 – Present:
- Blue Origin - New Shepard Rocket - Operation & Maintenance Training Simulator:
- Role: Lead System and Integration Engineer. Included frequent travel to Seattle, WA. Current assigned project.
- Architected a training simulator rack that consisted of HP-DL380s and Logitech MK100s to host Matlab/Simulink-based models of the ground equipment, propulsion system, crew capsule, and other sub systems physical components in closed loop simulation with flight software to simulate the full New Shepard rocket and ground operations.
- The training rack was connected to the launch operation rooms and consoles to allow launch operators to train on their procedures.
- Developed the continuous integration process and documentation to allow rack users to power up the rack, load new simulation if needed, restart it and use it.
- Completed all software integration work necessary to have all the various software packages communicating with each other correctly.
- Performed oversite on all training activities, collected feedback from the launch operation team, and implemented continuous improvement plans to expand rack capabilities or finetuned certain behaviors based on launch team priorities.
- Collaborated with GNC engineers on the development of the Simulink models that simulated the physics of valves, pipes, tanks, actuators, power systems, and other essential peripherals; and how they interfaced with software packages.
- Collaborated with the various software, hardware and system teams; for all the various New Shepard subsystems; to learn and integrate their software packages into the rack.
- Blue Origin - New Glenn Rocket - Automated Flight Safety System (AFSS):
- Role: Lead Software Development and Integration Engineer. Included frequent travel to Seattle, WA. 6 months
- Developed a testing environment software that allows testers to create and execute various types of test scripts.
- Collaborated with the AFSS team to determine their testing needs that were required from the testing environment.
- Developed the testing environment interface to connect to and operate on the various peripherals:
- TDK-Lambda Genesys DC Power Supply (Gen 40-19) using IEEE 488.2 SCPI Communication Protocol pyVisa.
- National Instrument Multi-function Analog/Digital I/O (and more) PCIe-6323 using NI-DAQmx.
- National Instrument Temperature Input Module NI-9210 using NI-DAQmx.
- Connect Tech Serial Communication Card BEG006 using pySerial.
- Ethernet Communication to and from the unit under test.
- Utilized Python object-oriented programming to implement the various low-level device drivers I/O Interfaces.
- Utilized Python multi-threading and event-scheduling techniques to operate the different peripherals simultaneously.
- Implemented various readable csv files to drive multiple Test-Stand I/O configurations and Serial/Ethernet transmissions for closed loop simulation.
- Troubleshooted integration issues related to the hardware wiring, hardware timing, and DC Power Supply performance.
- Performed extensive testing to evaluate and document hardware performance and reliability.
- Honeywell - Aspire 400 Satellite Communications System:
- Role: Software Developer and Integration Engineer. One year and 4 months.
- Developed the software for the Satellite Data Unit (SDU) Pilot-Interface displayed on the connected MCDU based on system requirements.
- Collaborated with the System Engineering Team on the Pilot-Interface layouts design to offer the pilot an improved user experience focusing on easy navigation and display simplification.
- Troubleshooted integration timing issues related to ARINC-739 protocol and assisted in solving them.
- Utilized C++ object-oriented programming to implement the various layouts increasing common code targeted for reusability across different layouts and different display types.
- Performed extensive testing in connecting the SDU to satellite simulation equipment and in making voice and data connections.
Comp. Engineer - Electric System UTAS; Rockford, IL; January 2014 – May 2018:
- UaDAP:
- Role: Technical Lead and Primary Software Developer of the UaDAP flight software.
- Designed and developed the software with adherence to DO-178C for a Level A software, and the Electric Systems Software Department processes and procedures.
- Reviewed and approved all delta technical changes being performed, and coordinate the implementation of these changes with my team members.
- Participated in drafting the UaDAP advanced development process and in developing of all the UaDAP Tools.
- Handled customer interface by resolving technical issues, managing expectations, and advising on complex technical solutions to achieve desired outcomes.
- Secondary Power Distribution System:
- Collaborated with the System Engineering Team to implement interactive test functionality and a time-based communication protocol between the secondary power distribution unit and Honeywell’s central maintenance computer utilizing Matlab/Simulink modeling and UaDAP Process.
- Assumed the role of a technical focal point to the System and Software Engineering Teams when troubleshooting complicated integration issues among the numerous sub-systems.
- Created and coordinated multidisciplinary changes between the system, software and hardware disciplines to achieve cost effective resolutions for defects or limitations on the secondary power distribution unit.
- Primary Power Generation System:
- Rectified and executed software test scripts and procedures for the generator voltage regulator and power protection DSP controller to support the first operational Level A software delivery certification efforts of these controllers.
- Reviewed the Matlab model implementation of the generator voltage regulator and power protection algorithms derived from system requirements.
- Travel Experience:
- Represented the UTAS System Engineering Team to a four-day joint integration event between Embraer, UTAS and Honeywell in Phoenix to test out my implementation of the interactive test and other functionalities; the integration event was a success.
- Selected by the UTAS Program Management Team to attend a three-month on-site assignment at Embraer in Sao Jose Dos Campos, SP, Brazil; starting April 2017 to end of June. Responsibilities of the assignment included customer onsite support, debugging primary and secondary system integration issues on Flight Test Vehicles and their integration lab, as well as managing customer needs and expectations.
- General:
- Assisted the Discipline Chiefs of our department in updating and maintaining our department standard processes and procedures.
- Trained new hires and coops on our department policies, processes and procedures; and mentored them technically on the systems they are working on (Secondary Power Distribution Unit, Generator Control Unit).
- Led a kaizen event for the software department targeted at restructuring and streamlining the new hire onboarding process which engaged new employees faster and reduced administrative delays.
Senior Design LSU; Baton Rouge, LA; August 2012 – May 2013:
- Assisted in designing and implementing an autonomous robot to compete in the 2013 IEEE Region 5 Robotic Competition.
- Designed the integration of the electronic components and micro controller needed for the Quad-Copter.
- Developed all onboard sensors and all onboard communication between the different peripherals.
- Assumed the role of Software Lead and coordinated the software development needed for the success of the robot.
- Collaborated with the team on designing the framework and power system.
Computer Skills
- Software:
- Matlab Simulink; IBM Rational DOORS; IBM Rational Synergy; IBM Rational Change; Xilinx ISE Design Suite 12-13; OrCAD Cadence PSpice; Visual Studios; L-Edit.
- Hardware:
- FPGA/CPLD Boards; Micro Controllers; RISC&CISC architectures; Digital Circuits.
- Languages:
- C\C++(Proficient); Python(Proficient); Assembly Language(Proficient); Verilog; Arduino; OpenGL.
Language Skills
- Arabic (Fluent in the Lebanese Dialect and Standard Arabic).
- French (Fluent in standard French).
Activities
- Assisted in the AAR\UTAS joint venture tour event of the AAR MRO facility in Rockford IL.
- Mentored the Rockford Robotic First Tech Challenge Team 8003 in 2014/2015.
- Participated in IEEE Region 5 Robotics Competition.
- Participated in IEEE Programing competition: “IEEEXtreme 5.0 & 6.0”.
Awards
- 2022; PSWARE; Engineering Award.
- 2020; PSWARE; Customer Excellence Award.
- 2020; PSWARE; Engineering Award.
- 2016; UTAS Level 1; Outstanding Effort Towards Completing E2 SOF.
- 2016; UTAS Level 2; Focus on Teamwork.
- 2016; UTAS Level 3; Focus on Customer Support.
- 2016; UTAS Level 2; Extraordinary Efforts in Supporting the E2 SOF Release of UaDAP.
- 2016; UTAS Level 2; Outstanding E2 EMI Test Setup, Development and Support.
- 2014; UTAS Level 1; Outstanding Support of A350 DSP Certification Credit Testing.
- 2010; Senator Award; Baton Rouge Community College Student Government Association.
Leadership Skills & Organizations
- 2014 – 2018; Young Professionals Organization; Member; UTAS - Rockford.
- 2010 – 2013; IEEE; Vice President; Louisiana State University.
- 2010 – 2013; HKN National Honor Society; President; Louisiana State University.
- 2009 – 2010; Student Government Association; Senator; Baton Rouge Community College.
- 2009 – 2010; Student Technology Committee; Board Member; Baton Rouge Community College.
- 2002 – 2007; Lebanon Scouts; Eagle Scout; Lebanon.
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