Alex Goff
Electrical Engineer @Automata
Signup · Get unlimited contacts
WORK HISTORY
Electrical Engineer @Automata
Cambridge, MA, US
Serve as U.S. lead for electrical engineering design and post-sales system integration-Designed and released electrical schematics and electrical-item bill of materials for 8 lab automation systems-enabling ‘on time’ project delivery with 0 days of recorded design slippage across all 8 projects-Identify opportunities for process optimization and innovation in electrical design and delivery processes to enhance efficiency and effectiveness-Manage project updates and electrical design documentation, including technical specifications, schematics, and progress reports, to provide transparency and updates to stakeholders-Proactively identify and address changes or challenges in project scope, schedule or requirements, and communicate effectively with internal and external stakeholders-Collaborate closely with the hardware team, offering technical expertise and guidance on electrical aspects of product development and delivery.
EDUCATION
Pforzheim University
Engineers Made in Germany Summer School Program
Lehigh University
B.S. Electrical Engineering, P.C. Rossin College of Engineering and Applied Science
SKILLS
ABOUT ALEX GOFF
Excellent analytical and problem-solving abilities with strong interpersonal and organizational skills- Software: MATLAB, Cadence PSpice, Java, SolidWorks CAD, Verilog, Arduino, Keysight Advanced Design System (ADS), Assembly, Autodesk Eagle, LabView- Equipment: Analog and digital oscilloscopes, voltmeters, ammeters, multimeters, 3D printers, and soldering irons- GPA: 3.39 (major); 3.08 (overall)Coursework: Circuits and Systems; Design of Linear Electronic Circuits (preamplifiers, equalizers, filters, multipliers, level detectors, and power amplifiers); Digital and Analog Signal Processing/Design; Electromagnetic Waves; Electromechanics; Electronic Circuits; Fundamentals of Semiconductors; Introduction to Electromagnetics; Mixed Signal Circuits (phased-locked loops, converters, switching power supplies); Power Systems; Programming/Data Structures; Signals and SystemsCore Projects- Capstone Project: Design/construction of audio device that automatically balances multiple microphones into single signal- Developed MATLAB code to implement Newton-Raphson method for regular power flow, decoupled power flow and fast decoupled power flow for three-bus system- Designed AM Radio receiver consisting of power supply, LNA, tunable BPF, variable frequency oscillator, sharp BPF, carrier acquisition circuit, LPF, power amp
This profile is compiled from publicly available professional sources. Unifers is not affiliated with or endorsed by LinkedIn. Request removal of this profile.