What is a Network Engineer at AURORA?

At AURORA, the Network Engineer role—often specialized as a Senior ME/EDS Routing Design Engineer—is the critical link between our autonomous software and the physical reality of the vehicle. You are responsible for designing the nervous system of the Aurora Driver. This means developing the complex electrical distribution systems (EDS), wire harnesses, and vehicle networks that allow our hardware modules to communicate flawlessly across various OEM vehicle platforms.

Your impact in this role is both immediate and massive. By designing robust automotive-grade wiring, electromechanical components, and fluid routing systems, you ensure that our self-driving technology operates safely and reliably in the real world. You will tackle massively complex packaging and integration challenges, adapting designs for multiple vehicle types, including passenger cars and heavy-duty Class 8 trucks.

This is not a traditional IT networking role; it is a highly cross-functional hardware and physical network integration position. You will work alongside passionate, intelligent experts in the Hardware Product Engineering group, directly influencing how the Aurora Driver is built, prototyped, and launched. Expect a fast-paced environment where your CAD assemblies, manufacturing knowledge, and hands-on prototyping directly contribute to a safer, more efficient transportation ecosystem.

Common Interview Questions

The following questions represent the types of challenges and discussions you will encounter during your interviews. They are designed to illustrate patterns in our evaluation process rather than serve as a memorization list. Focus on the underlying engineering principles and how you structure your answers.

Vehicle Networks & EDS Design

These questions test your core domain knowledge regarding automotive wiring, component selection, and physical network routing.

• How do you determine the appropriate wire gauge and shielding requirements for a specific automotive sensor?
• Describe your approach to designing a harness that must cross a high-temperature zone in a vehicle engine compartment.
• What are the key differences in routing requirements between standard CAN bus and high-speed Automotive Ethernet?
• Walk me through your process for selecting a connector for a safety-critical hardware module.
• How do you balance the need for serviceability with the need for secure, vibration-resistant harness routing?

CAD, GD&T, and Mechanical Integration

These questions evaluate your proficiency in translating concepts into manufacturable 3D and 2D designs.

• Explain how you apply GD&T to a complex, multi-part sheet metal assembly to ensure proper fitment.
• Tell me about a time you had to package a bulky hardware module into a space with severe packaging constraints.
• How do you manage large, complex CAD assemblies to ensure performance and accuracy across a distributed team?
• Describe your process for creating a 2D drawing package for a custom injection-molded harness guide.
• What steps do you take to verify that your CAD model will actually fit the physical OEM vehicle platform?

Prototyping & Manufacturing

These questions assess your practical knowledge of how things are built and your ability to support hands-on validation.

• Tell me about a time you worked directly with a build technician to solve an assembly issue on the floor.
• Compare and contrast sheet metal forming versus injection molding for a custom bracket. When would you use each?
• Describe a situation where a prototype failed validation testing. How did you identify the root cause and iterate the design?
• How do you design an EDS routing system to minimize assembly time and reduce ergonomic strain for the manufacturing team?
• What is your strategy for managing design changes during an active prototype build phase?

Behavioral & Cross-Functional

These questions focus on your leadership, adaptability, and alignment with AURORA values.

• Tell me about a time you had to push back on a requirement from another engineering team because it compromised the physical design.
• Describe a situation where you had to make a critical design decision with incomplete data.
• How do you handle working with an external vendor who is consistently missing delivery deadlines or quality standards?
• Give an example of how you have mentored a junior engineer or helped level up your team's design practices.

Getting Ready for Your Interviews

Preparing for an interview at AURORA requires a strategic approach. We want to understand not just what you have built, but how you think, how you collaborate, and how you navigate the complexities of automotive hardware integration.

You will be evaluated across several key dimensions:

Domain Expertise (EDS & Vehicle Networks) – We assess your foundational knowledge of automotive electrical distribution systems. Interviewers will look for a deep understanding of wire and cable harnesses, device connectors, and the physical layers of vehicle networks (like CAN or Automotive Ethernet). You can demonstrate strength here by clearly explaining your past design decisions and material selections.

Design & Engineering Rigor – This evaluates your proficiency in translating complex requirements into manufacturable designs. We expect strong capabilities in 3D and 2D CAD packaging, including a solid grasp of GD&T (Geometric Dimensioning and Tolerancing). Be ready to walk through your portfolio and discuss how you detail drawings for internal and external fabrication.

Manufacturing & Prototyping Acumen – AURORA values engineers who understand how things are actually made. Interviewers will probe your knowledge of manufacturing methods such as harnessing, clipping, injection molding, and sheet metal forming. You will stand out if you can discuss how you engage with build technicians to assemble, test, and validate prototype hardware on actual vehicles.

Culture Fit & Cross-Functional Collaboration – Building autonomous vehicles is a team sport. We evaluate how you navigate ambiguity, communicate with external vendors, and collaborate with adjacent engineering teams. Strong candidates will share specific examples of influencing design outcomes and resolving conflicts during complex vehicle integration projects.

Interview Process Overview

The interview process for the Network Engineer role at AURORA is rigorous, structured, and designed to give you multiple opportunities to showcase your expertise. Typically, the process begins with an initial recruiter screen to align on your background, role expectations, and basic qualifications. This is followed by a technical phone screen with a senior engineer, which focuses heavily on your core EDS knowledge, CAD experience, and understanding of vehicle networks.

If you advance, you will be invited to a virtual onsite interview loop. This stage usually consists of four to five distinct sessions, including a deep-dive design review, technical problem-solving rounds, and a behavioral interview focused on collaboration and our company values. We place a strong emphasis on real-world scenarios, so expect questions that mirror the actual challenges we face when integrating the Aurora Driver into OEM platforms.

Our interviewing philosophy is highly collaborative and data-driven. We want to see how you approach problems when the answer isn't obvious. The process is less about passing a test and more about simulating what it is like to work through complex hardware integration challenges with the AURORA team.

The timeline above outlines the typical progression of our interview stages, from the initial recruiter screen through the comprehensive onsite loop. Use this visual to pace your preparation, ensuring you allocate enough time to gather portfolio materials for the design review while also preparing for cross-functional behavioral questions. Keep in mind that specific round sequencing may slightly vary depending on interviewer availability and your specific location.

Deep Dive into Evaluation Areas

To succeed in your interviews, you need to understand exactly what our engineering teams are looking for. Below are the primary evaluation areas you will encounter during your technical and onsite rounds.

Electrical Distribution Systems (EDS) and Vehicle Networks

Because you are designing the physical pathways for vehicle data and power, your understanding of EDS is paramount. Interviewers need to know that you can design systems that survive the harsh environments of automotive applications. Strong performance means demonstrating a mastery of component selection, signal integrity at the physical layer, and power distribution strategies.

Be ready to go over:

• Harness Design Principles – Routing strategies, shielding, strain relief, and automotive-grade wire selection.
• Connector and Component Selection – Choosing the right electromechanical components for specific environmental zones within a vehicle.
• Vehicle Network Physical Layers – Understanding the physical constraints and routing requirements for CAN, LIN, and Automotive Ethernet.
• Advanced concepts (less common) – High-voltage routing safety, electromagnetic interference (EMI) mitigation in dense hardware packages, and custom connector design.

Example questions or scenarios:

• "Walk me through how you would route a high-speed data harness through a high-vibration zone on a Class 8 truck."
• "What factors do you consider when selecting connectors for an externally mounted sensor suite exposed to weather and debris?"
• "Describe a time you had to troubleshoot a signal integrity issue caused by poor EDS routing."

Mechanical Design and CAD Integration

At AURORA, a Network Engineer does not just draw schematics; you create the physical 3D and 2D CAD packages that integrate COTS and custom hardware into the vehicle. You will be evaluated on your ability to deliver well-engineered CAD assemblies and detailed manufacturing drawings. A strong candidate will seamlessly navigate between high-level vehicle packaging and component-level detailing.

Be ready to go over:

• 3D Packaging and Integration – Adapting hardware assemblies into various vehicle zones while managing space constraints and thermal considerations.
• 2D Detailing and GD&T – Applying appropriate views, notes, and tolerances to ensure precise fabrication by vendors.
• Design for Manufacturing (DFM) – Structuring your CAD models to align with practical assembly and fabrication methods.
• Advanced concepts (less common) – Parametric modeling strategies for highly modular vehicle platforms, and automated harness routing in CAD software.

Example questions or scenarios:

• "Present a past project where you had to integrate a complex hardware module into a tightly constrained vehicle space."
• "How do you approach applying GD&T to a custom sheet metal bracket used for harness clipping?"
• "Explain your process for handing off a 3D CAD package to an external vendor for fabrication."

Manufacturing, Prototyping, and Validation

We are a hands-on culture. You must ensure your technical designs can actually be built and validated during prototype phases. Interviewers will assess your familiarity with manufacturing methods and your ability to work directly with build technicians. Strong candidates show a pragmatic approach to prototyping, understanding when to use rapid manufacturing versus production-tooled methods.

Be ready to go over:

• Manufacturing Methods – Deep understanding of harnessing, clipping, fluid routing, machining, injection molding, and sheet metal forming.
• Prototype Build Support – How you engage with manufacturing teams to assemble and test early-stage hardware.
• Iterative Validation – Collaborating with testing teams to validate designs on the vehicle and iterating based on real-world feedback.
• Advanced concepts (less common) – Transitioning prototype harness designs to high-volume manufacturing, and designing custom test fixtures for EDS validation.

Example questions or scenarios:

• "Tell me about a time a design looked great in CAD but failed during the prototype build. How did you resolve it?"
• "Which manufacturing method would you choose for a low-volume, highly complex harness clip, and why?"
• "How do you handle feedback from build technicians who find your routing design difficult to assemble on the line?"

Key Responsibilities

As a Network Engineer focusing on ME/EDS Routing Design at AURORA, your day-to-day work revolves around turning complex autonomous vehicle requirements into physical reality. You will spend a significant portion of your time within CAD environments, designing the electrical distribution systems, wire harnesses, and electromechanical integrations required for the Aurora Driver. This involves packaging both off-the-shelf and internally developed hardware modules into various zones of passenger cars and heavy-duty trucks.

Collaboration is a massive part of this role. You will constantly interact with the broader Hardware Product Engineering group, systems engineers, and external OEM partners to understand platform-specific requirements. When you are not designing in CAD, you are detailing 2D drawings with precise GD&T, ensuring that internal and external vendors have exactly what they need for fabrication and assembly.

Beyond the screen, you will be highly engaged on the shop floor. You will work directly with build technicians and manufacturing teams to prototype, assemble, and test your designs on actual vehicles. This hands-on responsibility ensures that your technical designs are successfully implemented during development, prototype builds, and ultimate product launch, bridging the gap between theoretical design and road-ready validation.

Role Requirements & Qualifications

To thrive as a Network Engineer at AURORA, you need a unique blend of mechanical design expertise, electrical systems knowledge, and strong interpersonal skills. We look for candidates who can seamlessly transition between high-level architectural thinking and deep, component-level detailing.

• Must-have technical skills – Extensive experience in electrical distribution system (EDS) design, including automotive-grade wire and cable harnesses. Proficiency in 3D and 2D CAD software for packaging and integration. A solid understanding of GD&T and various manufacturing methods (harnessing, sheet metal, injection molding).
• Must-have experience level – Typically, successful candidates bring several years of experience in automotive hardware integration, mechanical engineering, or vehicle network design. Experience taking a hardware product from initial concept through prototyping and into production is essential.
• Must-have soft skills – Exceptional cross-functional communication abilities. You must be able to clearly articulate design trade-offs to both technical peers and external vendors. A hands-on, collaborative mindset is required to work effectively with build technicians.
• Nice-to-have skills – Prior experience working specifically on autonomous vehicle platforms or heavy-duty trucks. Familiarity with specific high-speed vehicle network physical layers (like Automotive Ethernet) and fluid routing systems.

Frequently Asked Questions

Q: Is this role fully remote, or is there an onsite requirement? While the job posting indicates Remote flexibility and highlights Pittsburgh, PA, hardware integration inherently requires some hands-on work. Expect a hybrid dynamic where you can do much of your CAD and design work remotely, but you will likely need to travel to our facilities or build sites to support prototype builds and work directly with the vehicles.

Q: How deeply do I need to know software networking protocols? For this specific ME/EDS Routing Design role, your focus is on the physical layer. You do not need to be an expert in TCP/IP routing or software-defined networking. Instead, you must deeply understand the physical constraints, harnessing, and mechanical integration of vehicle networks like CAN and Automotive Ethernet.

Q: What makes a candidate stand out during the design review? Successful candidates bring clear, well-documented examples of past work that highlight their end-to-end process. We look for engineers who can explain why they made specific design choices, how they applied GD&T, and how they factored in manufacturing constraints, rather than just showing a finished 3D model.

Q: What is the culture like within the Hardware Product Engineering group? AURORA fosters a highly collaborative, mission-driven culture. The hardware team works closely together to solve massively complex problems, and there is a strong emphasis on mutual respect, continuous learning, and maintaining a healthy work-life balance even during intense prototype build phases.

Q: How long does the interview process typically take? From the initial recruiter screen to the final offer, the process usually takes between three to five weeks. We move as quickly as possible while ensuring we conduct a thorough and fair evaluation, and your recruiter will keep you updated at every stage.

Other General Tips

• Prepare a Visual Portfolio: Because this role heavily involves CAD, packaging, and EDS design, having a sanitized portfolio of your past work is invaluable. Be prepared to share your screen and walk interviewers through 3D models, 2D drawings, and complex routing challenges you have solved.
• Think at the Vehicle Level: Do not just focus on isolated components. AURORA engineers must understand how their specific harness or bracket impacts the entire vehicle platform. Always frame your answers in the context of overall vehicle integration, thermal management, and assembly line realities.

• Brush Up on Manufacturing Processes: You will be asked about how things are made. Review the specific manufacturing methods mentioned in the job description (clipping, fluid routing, machining, casting, etc.) and be ready to discuss the trade-offs of each method in a low-volume prototype versus high-volume production scenario.

• Connect with the Mission: We are building the future of mobility and logistics. Take time to understand the Aurora Driver and our dual approach to autonomous trucks and passenger vehicles. Demonstrating passion for our specific mission will set you apart from candidates who are just looking for any engineering job.

Summary & Next Steps

Joining AURORA as a Network Engineer is an opportunity to be at the forefront of autonomous vehicle development. You will be tackling some of the most complex hardware integration and EDS routing challenges in the industry, directly impacting the safety, efficiency, and scalability of the Aurora Driver. By designing the physical networks that bring our technology to life, you will play a foundational role in shaping the future of transportation.

The compensation data above reflects the base salary range for this specific position. Keep in mind that AURORA offers a comprehensive total rewards package, and your final offer will be determined by your specific experience level, interview performance, and geographic location.

As you prepare for your upcoming interviews, focus on reinforcing your core knowledge of vehicle networks, CAD packaging, and manufacturing methods. Practice articulating your design decisions clearly, and prepare concrete examples of how you have successfully navigated cross-functional hardware projects in the past. Remember to leverage additional insights and peer experiences on Dataford to refine your approach. You have the skills and the background to succeed—now it is time to showcase your expertise and demonstrate how you will help us deliver the benefits of self-driving technology safely, quickly, and broadly. Good luck!