Electrical Engineering Advanced

Zebra Technologies•Mississauga, ON

1d•$112,400 - $162,400

About The Position

At Zebra, we are a community of innovators who come together to create new ways of working. United by curiosity and a culture of caring, we develop smart solutions that anticipate our customer’s and partner’s needs and solve their challenges. Being part of Zebra Nation means you are seen, heard, valued, and respected. Drawing from our unique perspectives, we collaborate to deliver on our purpose. Here you are part of a team pushing boundaries today to redefine the work of tomorrow for organizations, their employees, and those they serve. You’ll have opportunities to learn and lead in a forward-thinking environment, defining your path to a fulfilling career while channeling your skills toward causes you care about—locally and globally. Come make an impact every day at Zebra. We are seeking an Advanced Electrical Engineer to join our Hardware Platform Engineering team. In this role, your primary focus will be assisting core hardware platform development and ensuring the successful roll-out of these platforms to our product teams. You will act as a key technical bridge, defining the hardware architecture and evaluating requirements for next-generation chipset selection.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, or a related field.
Minimum of 8+ years of hands-on experience in electrical hardware design and systems architecture.

Responsibilities

Assist in the design and development of core hardware platforms.
Create comprehensive documentation and integration guidelines to facilitate a seamless roll-out to product development teams.
Analyze product requirements and roadmaps to evaluate and select next-generation chipsets.
Actively collaborate on and manage the approved vendor list for the defined architectures.
Work closely with procurement representatives to ensure technical alignment and supply chain robustness.
Proven experience in full-lifecycle platform development whilst ensuring platforms meet strict signal and power integrity reviews.
Partner closely with mechanical, software, and RF engineering teams to resolve platform-level system constraints and ensure Design for Manufacturability (DFM).
The ideal candidate will also possess a foundational understanding of Artificial Intelligence as it applies to modern chipsets, including familiarity with automations and advanced prompting.