Electrical Engineer 1

About the Role

New College Grad Role intended for students graduating with their Bachelor’s degree by, or have graduated within the past 12 months. Visa sponsorship is not available.

Key Responsibilities

• Conceptual Design of Electrical Systems:
• Assist senior team members by performing routine tasks such as testing components, documenting results, and organizing materials.
• Gain hands-on experience in how system designs align with project specifications.
• Detailed Design and Implementation:
• Assist with parts selection, qualification, Field-Programmable Gate Array (FPGA) design, and schematic capture for electrical subsystems.
• Support design analysis by helping with basic modeling and simulations of standard electrical systems.
• Assist in creating board floor planning and layout designs.
• Assist in resolving issues related to power and signal components.
• Support internal teams such as firmware, software, and diagnostics, assisting with integrating electrical subsystems.
• Testing, Validation, and Debugging:
• Support testing, integration, and validation of analog and digital systems and subsystems by assisting with setup and performing basic testing tasks under supervision.
• Help prepare and maintain automation platforms for electrical subsystem validation.
• Learn troubleshooting techniques during prototype validation.
• Learn sustaining engineering activities.
• Documentation and Process Development:
• Assist in maintaining technical documentation, such as schematics, test plans, test reports, signal integrity constraints, and bills of materials.
• Observe formal design reviews.
• Continuous Learning and Innovation:
• Learn about emerging technologies, industry standards, tools, and best practices.
• Support the team in identifying improvements in electrical design.
• Assist cross-functional teams by applying introductory knowledge of electrical systems design and testing.
• Electromagnetic Compatibility (Additional Responsibilities as Needed):
• Learn about safety, electromagnetic compatibility (EMC), and environmental regulations relevant to hardware products.
• Support engineering teams by helping gather documentation and preparing materials for compliance reviews.
• Become familiar with global regulatory frameworks and compliance processes.
• Planning & Execution:
• Complete assigned tasks and monitor timelines to ensure timely completion of work.
• Follow direction to prioritize work and adjust to shifts in resources or timelines.
• Collaboration & Partnership:
• Collaborate with team members to better understand expectations and contribute to shared objectives.
• Problem Solving:
• Follow standard procedures to identify and escalate issues to senior team members.
• Collect and review basic data and/or information to troubleshoot common errors.
• Continuous Learning:
• Build knowledge and learn new skills and/or tools aligned with industry trends and best practices.
• Incorporate feedback and participate in training to improve skills.
• Continuous Improvement:
• Begin to identify ways to increase the efficiency and effectiveness of processes, protocols, and workflows.

Requirements & Tech Stack

• Tools: Oscilloscope, Multi-Meters, Signal Analyzers, CAD/PCB tools.
• Programming Languages: C/C++, Assembly language, Shell scripting, Perl, Python.
• Technical Areas: Computer Architecture, VLSI, Digital/Analog Circuits, Microelectronics Circuits, Microprocessor Design, Embedded Systems, Microcontrollers, Semiconductor Devices, Operating Systems (Linux and Windows), Intel and/or AMD CPU/chipset architecture, Print Circuit Board design and assembly process, Signals Analysis and Processing, Digital Systems, Prototyping/testing, Desoldering/Soldering components.

Qualifications

• Have at least a Bachelor’s degree in Electrical Engineering, Computer Engineering, or a related engineering field by October 2026.
• Have academic coursework, projects, internship and/or research experience with one or more of the listed tools.
• Proficient in one or more of the listed programming languages.
• Have academic coursework, projects, internship and/or research experience in three or more of the listed technical areas.
• Ability to read and comprehend related technical documents including electrical schematics, product, component, and electrical interface specifications.
• Reside in the United States and/or attend a university in the US.
• Able to obtain work authorization in the US in 2026.
• Minimum 3.0 GPA or Higher (Preferred).