Product Design Engineer (II) [AQ-11083]

About the role

Join a global technology leader, partnering with Aquent, at the forefront of innovation, where you’ll contribute to building the foundational infrastructure that powers groundbreaking services worldwide. This is an unparalleled opportunity to directly influence the efficiency, scalability, and reliability of complex systems, making a tangible impact on the future of technology and shaping the physical backbone that supports critical operations globally.

We are seeking a talented individual to join a dynamic team dedicated to the design and deployment of next-generation physical infrastructure. In this pivotal role, you will be instrumental in translating complex engineering requirements into robust, real-world solutions, ensuring our systems are not only cutting-edge but also resilient and highly performant.

Responsibilities

• Evaluate critical infrastructure requirements, including space, power, networking, and advanced cooling solutions (such as liquid cooling), ensuring optimal redundancy for product deployments.
• Develop precise 2D CAD “test-fits” and detailed floor plans, skillfully manipulating 2D blocks through operations like copying, rotating, and measuring.
• Translate sophisticated product engineering specifications, covering aspects like rack sizes, power consumption, cabling, fiber optics, connectors, and proximity constraints, into actionable deployment scenarios and comprehensive trade-off analyses.
• Generate essential deployment documentation, including guides, presentations, spreadsheets, and word documents, effectively communicating findings to collaborating engineering teams and the internal infrastructure design group.
• Conduct iterative manual “simulations” to thoroughly evaluate design trade-offs and compare multiple design iterations, ensuring the most effective solutions are adopted.
• Maintain a vital feedback loop with installation and sustaining teams, continuously updating canonical designs based on real-world installation challenges and insights.
• Present and meticulously document findings with clarity and conciseness to internal teams and peer-level engineers, fostering collaborative decision-making.

Requirements

• 3-5 years of experience in a similar role, with a strong preference for backgrounds in infrastructure engineering or computer/systems engineering.
• Demonstrated strong proficiency in 2D CAD, including the ability to read, manipulate, and perform basic operations (rotate, copy, paste, measure) on CAD files.
• Robust electrical and mechanical understanding, encompassing power interfaces, 3-phase systems, various connectors, and critical thermal/clearance considerations.
• Experience applying systems-level thinking across diverse infrastructure components, including compute, storage, networking, and advanced computing infrastructure.
• Proven ability to clearly document and present complex trade-offs and recommendations to partner teams, creating concise presentations and spreadsheets.
• Proficiency with standard office productivity tools (e.g., presentation, spreadsheet, and document software).

Qualifications

A Bachelor’s degree in Computer Engineering, Electrical Engineering, Mechanical Engineering, or a related technical field is strongly preferred.

Benefits

Aquent Talent connects the best talent in marketing, creative, and design with the world’s biggest brands. Eligible talent get access to amazing benefits, including:

• Subsidized health, vision, and dental plans.
• Paid sick leave.
• Retirement plans with a match.
• Free online training through Aquent Gymnasium.

About the Client

Join one of the world’s most iconic technology visionaries, consistently recognized as a global leader in digital innovation. Our client offers a high-energy, collaborative environment where you will work alongside some of the industry’s brightest minds. This is a unique opportunity to gain experience within a multi-billion dollar tech giant, contributing to high-visibility projects that influence how the world connects and learns.