Axontalentcommunity

Axontalentcommunity

2027 US Electrical Engineering Internship

Scottsdale, Arizona, United States · Intern · Internship

Sponsorship not specifiedDetected 1 day ago
ExcelPCB DesignCadenceElectrical EngineeringCollaborationMentoringMicrosoft Office

About the role

  • Your Impact As an intern on the Axon Electrical Engineering team, you will gain hands-on experience alongside senior engineers and mentors.
  • Work Location This role is based out of our Scottsdale, AZ office and follows a hybrid schedule.

Responsibilities

  • Support the TASER electrical engineering team in designing, developing, testing, debugging, and building new products throughout the development cycle.
  • Collaborate with peers and senior engineers to deliver robust electronic designs.
  • Develop and execute test plans, define test methods, and validate designs.
  • Evaluate and document design outcomes and test results
  • present findings to design teams for review.
  • Review product design requirements in relation to system objectives.
  • Participate in schematic design of embedded mixed-signal circuits (OrCAD), integrating power supplies, microcontrollers, lighting and display drivers, memory (FLASH/EEPROM), regulators, batteries, high/low-speed interfaces (USB, UART, SPI, I²C), RF transceivers, sensors, and analog/digital components.
  • Contribute to PCB design implementations and inspections using Allegro layout tools.
  • You'll contribute to the design, development, testing, and debugging of cutting-edge electronic circuits that power Axon's products.
  • You'll also collaborate with mechanical and software engineers to help bring world-class products to market.

Requirements

  • Ability to apply classroom knowledge to real-world problems through labs, internships, or projects.
  • Knowledge of discrete analog and digital components (RLCs, transistors, diodes, LEDs, voltage regulators, microcontrollers, etc.).
  • Experience designing or integrating circuits in one or more areas:
  • Hands-on bench experience with oscilloscopes, power supplies, multimeters, etc.
  • Ability to read and analyze component datasheets and technical documentation.
  • Proficiency with documentation and presentation tools (Word, Excel, PowerPoint).
  • College senior majoring in Electrical or Computer Engineering.
  • Strong academic performance with a solid engineering foundation.
  • Cultural alignment to Axon Company Values: https://global.axon.com/company/values
  • Preferred Qualifications
  • Experience developing embedded hardware systems (capstone, internship, or equivalent) in a cross-functional team (EE/FW/ME).
  • Schematic design experience using Cadence/OrCAD Capture or similar tools.

Nice to have

  • Understanding of common power supply topologies (buck, boost, buck-boost, LDOs) and their trade-offs.
  • Soldering experience for PCB population or component replacement during troubleshooting.
  • Strive for a full 12 weeks
  • Semester interns: May 2027 - August 2027
  • Quarter interns: June 2027 - August 2027
  • The actual hourly pay is dependent upon many factors such as: level, function, training, transferable skills, work experience, business needs, geographic market, and often a combination of all these factors.

Skills

  • Your academic knowledge and engineering curiosity will be put into practice in real-world applications-from prototyping through validation.

Compensation

  • The starting hourly pay for this role is USD $35.
  • The actual hourly pay is dependent upon many factors such as:

Benefits

  • Engage in design reviews and inspections, offering constructive feedback while learning key design principles.
  • Our benefits offer an array of options to help support you physically, financially and emotionally through the big milestones and in your everyday life.
  • To see more details on our benefits offerings please visit http://www.axon.com/careers/benefits.

Company info

  • https://global.axon.com/company/values

This listing is sourced directly from Axontalentcommunity's careers page and normalized into a canonical job model.