Electrical Engineer II, Video Products - Sustaining (Onsite)

Axon•Scottsdale, AZ

41d•Onsite

About The Position

Join Axon and be a Force for Good. At Axon, we're on a mission to Protect Life. We're explorers, pursuing society's most critical safety and justice issues with our ecosystem of devices and cloud software. Like our products, we work better together. We connect with candor and care, seeking out diverse perspectives from our customers, communities and each other. Life at Axon is fast-paced, challenging and meaningful. Here, you'll take ownership and drive real change. Constantly grow as you work hard for a mission that matters at a company where you matter. Your Impact As a member of the Video Electrical Engineering Sustaining team, you will be responsible for design maintenance, debug, qualification, failure analysis, and regulatory certification support of In-Market Video Product electronics designs, including wirelessly connected body-worn and in-vehicle camera systems, high-speed docking stations, and other mass production devices. Your accumulated technical expertise, engineering process know-how, and hands-on design and debug proficiency will be instrumental in ensuring continuity of products by addressing electronic component obsolescence, design improvements, and critical issue debug, and by supporting regulatory testing to renew global certifications or enable new regions of sales. Not only will you own design improvement activities locally, but you will regularly interact with connections around the globe to maintain truly World-Class products. Join a passionate engineering team dedicated to overcoming complex challenges, and help deliver technologies that positively impact Law Enforcement, Public Safety, and their surrounding communities. Work Location: This role is based out of our Scottsdale, AZ office. We rely on in-person collaboration and ask that team members work onsite Monday through Fridays unless there is an approved workplace accommodation. We believe that connection fuels innovation, and our in-office culture is designed to foster meaningful teamwork, mentorship, and shared success.

Requirements

Bachelor's degree in Electrical Engineering or similar engineering discipline
Minimum 5 years of industry electronics design or electronics sustaining experience with mass-produced high-speed, high-density, portable, battery-powered devices, and/or low-power vehicular embedded electronics products.
Proficient with identifying and implementing alternate source electronic component solutions and/or circuit design changes necessary to address design improvement, obsolescence, supply chain easement, etc, of released mass production electronics.
Proficiency with general process of making design changes to Bills of Material (BOMs), schematics, layouts as needed for change requests.
Strong proficiency with basic discrete analog and digital circuit design (passive/active components, complex circuit analysis)
Demonstrated experience with component selection, circuit design, and verification testing in several of the following areas: Power supplies (SMPS, LDO, other regulators), applications processors/microcontrollers, high speed memory subsystems (LPDDRx, eMMC), high- and low- speed communications interfaces (USB, Ethernet, I2C, SPI), audio components (digital and analog MEMs mics), RF subsystem components (Wifi, BT, LTE, GNSS), sensor systems, protection circuitry (ESD, voltage and current limiting components), SMT connectors, batteries and battery packs, PCBAs, Flex PCBAs, etc
Experience with High Speed circuit design and test (eg. USB3.x, Ethernet, RF, DDRx, etc)
Basic experience with RF integration and test (eg. Bluetooth, BLE, Wifi, GNSS, Cellular)
Strong hands-on proficiency with electronics characterization, verification, debug, and failure analysis using laboratory tools: Oscilloscope, power supplies, multimeters, custom jigs, spectrum analyzer, etc
Schematic design proficiency using industry leading design tools, including BOM development. Experience with Cadence/OrCAD is desired.
Proficiency collaborating with PCB engineers to realize PCB design: layout inspection and optimization, and release to fabrication. Experience with Allegro Viewer a plus.
Experience with basic regulatory tests, test preparation, and debugging products to pass regulatory standards (FCC, CE, PTRCB, etc).
Proficiency creating test plans needed to verify EE component and circuit changes.
Independent contributor capable of working within cross-functional and geographically diverse engineering teams
Solid skills with documentation, analysis, and presentations tools, such as Word, Excel, PowerPoint

Responsibilities

Update in-market circuit designs to address component obsolescence, component changes, second-source requests, cost savings, and other post-launch design improvements for mass production electronics
Collaborate with cross functional engineering design teams, technology partners, and manufacturing teams to own electronics maintenance during the post launch lifecycle.
Execute bench verification and performance evaluation of components and circuits using laboratory tools such as oscilloscopes, spectrum analyzers, logic analyzers, power supplies, etc.
Perform debug, failure analysis, and rework of electronics systems, circuits, and components
Using OrCAD Schematic tools, improve or modify embedded high-density, high-speed mixed-signal electronic circuits that integrate a wide array of electronics: application processors, microcontrollers, image sensors, high- and low-speed data interfaces, high-speed memory, switch-mode and linear power supplies, batteries, audio subsystems, RF transceivers, discrete digital and analog components, PCBs and Flexible PCBs, and a lot more.
Team with PCB Design engineers to define, plan, implement, and inspect printed circuit board layout updates using Allegro or other layout tools
Test and evaluate basic RF performance of wireless circuitry (Cellular, Wifi, Bluetooth, GNSS, etc) in assigned in-market products
Map out test methods, perform system and component verification testing, and drive test plans for evaluating electronics design changes.
Assess and document design change outcomes, test results, and related information and present information to design teams and management.
Provide hardware support (sample preparation, documentation, debug) to the global regulatory compliance team for product certifications (FCC, IC, CE, PTCRB, etc)
Update, evaluate, and finalize Bill of Materials and other design documentation.