Computers and Electronics
I am an Electrical and Computer Engineer with 5 years of industry experience in PCB (PWB) layout, CCA design/build/test, and embedded systems.
SoC design, analog circuit design, digital circuit design, Verilog, VHDL, RTL, ASIC, FPGA, Cadence, TCL, Perl, Python, Synopsis, SPICE, MATLAB, Eagle CAD, Altium, DxDesigner, PADS, VLSI, SOC, CMOS, ARM, DSP, embedded systems, UART, C, C++, Java, Linux, Agile, Scrum, Fusion
Intel Corporation, Electrical Design Engineer, Hillsboro, Oregon May 2019 to Present
Key team member for the SoC Structural Design Team and SoC Clock Design Team
• Owned a block, performed timing analysis and reviewed power-related issues. Implemented corrections on multiple gated and ungated power domains, and worked on timing and clocking issues within multiple blocks and addressed design errors in RTL. Received Device Development Group’s weekly award for work on block progress.
• Functioned as front line (pre-placement) expert for 50+ DRC rules checks (SDHC and tCIC checks). Performed Structural Design Health Checks (SDHCs) on various SoC device partitions using APR (Advanced Package Router) tools. Ran Synopsis ICC2 checkers and a proprietary clock simulation tool on physical clock routes on DDR, MEMS, and SoC designs; Fixed issues by correcting layout.
• Owned 5 front-end to back-end RTL quality checks for SD collateral on all blocks within a subsystem, completed debug and communicated with team and experts to generate fixes. Ran and debugged RTL checks to ensure design quality (cross clock domains (CDC), clocks, reset, latency).
• Responsible for timing closure of complex multi-voltage partitions integrated in multiple SoC dies, and generated voltage areas, placed macros, and ran Fusion Compiler (synthesis and placement).
• Used Synopsis tools to debug and fix all errors found in floorplan and increase power efficiency.
• Worked on design with 5 clocks and over 2000 sinks, and on the latest generation Intel technology (below 14nm). Projects involved multiple blocks and areas, and ran across multiple product lines with annual sales of $30B and projected future sales of $36B.
• Improved team’s troubleshooting ability by designing tool for troubleshooting errors in partitions saving the company over 400 labor hours.
• Created multiple scripts in Python, TCL, and Shell to: augment the floorplan quality; check script and the flow file; identify the list of physical ports fanning into and/or out of a given hierarchy; generate a summary of Layout Verification (LV); create placement order of bumps; and generate placement results with special cases and automated bus expansion. Migrated proprietary scripts to create physical routes from Verilog inputs in support of next generation designs.
• Worked with a 20-member design team to develop next-generation high-performance CPU and SoC designs in sub-micron technologies for the Devices Development Group, including micro-architecture, IP integration, circuit design, STA, APR, timing convergence, power grid, block subsystem FC (full chip) contexts with convergence, and FEV (functional equivalents verification).
Ultra Electronics USSI, Electrical Engineer, Columbia City, Indiana March 2018 to May 2019
• Responsible for adding Bluetooth functionality to the controller board of an HS-10.
• Involved in the design of digital electronics, simulation, fabrication, assembly, testing of designs embedded software, defining the requirements for a new design, developing requirements specification, and modeling, building, testing, and modifying product prototypes using working models or theoretical models constructed with simulation.
• Engineered schematics and generated Gerber files for PCB fabrication.
• Peer reviewed schematic and board layout; revised schematics and ran board level design rule checks (DRC).
• Demonstrated knowledge of clock distribution, industry standard circuit and design tools, timing and electrical analysis of circuits, and schematic capture.
Raytheon, Electrical and Computer Engineer, Fort Wayne, Indiana May 2018 to August 2018
• Developed dynamic software with multi-state team for a $12M autonomous collaborative system that uses artificial neural networks to enable UAVs (unmanned aerial vehicles) to work together to accomplish tasks and utilize the unique strength of each UAV.
• Created documentation and helped with guidelines and specifications.
• Utilized scripting to support efficient handling of data, and programmed in C++ for hardware modeling, testbench development, and projects of similar scope and complexity.
• Security clearance.
NASA Langley, Electrical Engineer, Hampton, Virginia May 2017 to August 2017
• Designed an analog mission-critical circuit board for use on a $2.2B lander.
• Evaluated design architectures for a DC-DC buck converter for Navigation Doppler Lidar (NDL).
• Created designs to meet aggressive power, performance, and area targets.
• Performed HW modeling and simulations using design and simulation tools including Webench (SPICE - based simulator) and Altium to test and improve microarchitecture designs.
• Developed project documentation including specifications, schematic diagrams, PCB layouts, schedules and presentations to fully capture and communicate the electrical design to achieve the projects’ goals.
• Participated in design reviews, layout verification, and timing and electrical analysis of circuits.
Forsythe Engineering, Systems Engineer, Huntington, Indiana October 2016 to August 2021
• Design, build, and manage complex systems including software, hardware, and mechanical.
• Engage in all phases of new product introduction: concept, architecture, documentation, design, prototype, sales, marketing, scheduling, and management.
• Utilize MATLAB, LT Spice, SPICE, Cadence, Eagle CAD, DxDesigner, and other simulation/modeling tools to design and sell custom circuit boards across the country; over 150 units (over $7500) sold.
• Develop, design, and implement electrical solutions for consumer electronic products, including but not limited to schematic capture, part selections, PCB layout, analysis and validation of prototype systems that meet the goals of the product while managing constraints in space, time, cost, performance, power, signal integrity, timing margins, and manufacturing.
• Model control loop feedback and signal processing algorithms using MATLAB and Simulink.
• Worked on all aspects of ASIC integration including floorplanning, clock and power distribution, global signal planning, I/O planning, and hard IP integration.
• Pioneered projects utilizing tools such as Perl, Python, ASIC, FPGA, SoC (system-on-chip), Linux, RTL design (Verilog and VHDL) and verification (SystemVerilog). Projects included a fully functional R2-D2, SoC for robotics, Raspberry Pi supercomputer (Beowulf), and particle accelerator (CRT).
B.S. in Electrical Engineering, minor in Math, minor in Computer Science. GPA: 4.0/4.0.
Indiana Tech Convocation Speaker for a crowd of 4K, August 2021. Study Abroad (Germany).
Member of accreditation team to ensure continued ABET approval.
LEADERSHIP AND AWARDS
Winner of 11 Intel Corporation Recognition Awards for outstanding work performance (2019 - 2021). National STEM Role Model (2018-2021). National Women in Computing Award (2018). IEEE officer responsible for successfully increasing membership by 400% in one year. CAD Mentor. Peer Mentor.
STEM Teacher (Coder Dojo, BeWISE and DoD STARBASE STEM Camps, Tech Engineering Camp).
Member of the Portland Audubon team that exceeded fundraising goals by over 300%. Keynote speaker, program developer, editor, and author for several nonprofit organizations since 2012.
Multiple letters of recommendation on LinkedIn: https://www.linkedin.com/in/alexandraforsythe
Lean Six Sigma
Certified Yellow Belt (click here for certificate)
Using Lean / Six Sigma principles at work and in volunteer activities.
- Designed and built a full-size, fully functional R2-D2 astromech droid, including the circuit boards (see my blog to track my progress as I add more functionality)
- Designed and built a particle accelerator and a supercomputer (Beowulf cluster) to run the particle accelerator
- Designed worldspaces for Valve and Bethesda games
- Assembled my own 3-D printer
- Designed and built my own desktop computer
- Built several electronic devices in my spare time
EE Events and Additional Engineering Classes
- Power, Circuits and Strategies
Winner: Best Design and Implementation of Electrical Circuits
(Challenge: In one hour, design and build two circuits meeting certain requirements, provide schematics for those
circuits, plus create schematics for five additional circuits, then accurately measure the voltage drop and the amperage
for the circuits. I was the sole person who met all the requirements and had the correct answers.)
- Battle of the Bots
Winner: 2nd Place Overall
(Use VEX and EV3 parts/software for robot design. Work in teams to test the robots in a series or tasks.)
- Electrical and Computer Engineering Challenge
Top Student Overall
(Within 4 6-hour days, build an AM radio, assemble an LED oscillator that plays a siren, create an electronic Simon
Says game, program an Arduino Uno, build a robotic mouse with optical sensor, make a thermometer
that displays the temperature and runs a fan once a certain temperature is reached.)
- Raspberry Pi Challenge
(Programming in Python and Scrap; Familiarity with Linux.)
- Microsoft Imagine Cup Team
- Electrical Circuits
- Electronics Circuit Analysis
- Programming (Arduino)
- Computer Programming I, II, III (Python, Java, C++)
- Computer Hardware Design
- Programming for Engineers (C)
- Electronic Components (FPGA, PLC, ARM, CMOS, and more)
- Engineering Study Abroad (Germany)
Leadership and Memberships
- Society of Women Engineers
- IEEE; Vice President (2018-20)
- Association for Computing Machinery; Vice President (2018-20)
- Math Club; President (2018-20)
- Student Executive Board; Chair (2018-19)
- Fort Wayne Engineers
- Engineers without Borders
- Society of Satellite Professionals International
- Astromech R2-D2 Builders Club
- Midwest R2 Builders Club
- Arduino Users Club
Visit my Blog, filled with all of my latest projects, here. Or watch me discuss some of my projects, here.