What is a Embedded Engineer at AKKODIS?

As an Embedded Engineer at AKKODIS, you are at the forefront of developing critical solutions that power the real world. Your work will directly impact industries where reliability, performance, and security are non-negotiable—ranging from smart energy systems and IoT sensors to advanced defense technology, maritime systems, automotive innovations, and life-saving medical equipment. This is not a role where you will be hidden in a back office writing abstract code; your projects will be deployed into physical environments where software meets hardware in real time.

What makes this position uniquely exciting at AKKODIS is our absolute commitment to cross-functional synergy. We do not believe in silos. Whether your core expertise lies in hardware, software, or FPGA development, you will collaborate deeply across disciplines. You will be part of a robust professional environment of over 100 developers in Norway—spanning offices in Høvik, Kongsberg, Bergen, and Stavanger—while simultaneously being backed by a global network of 50,000 experts.

Depending on your specific track, you will own the full product lifecycle. From the initial conceptualization and prototyping to rigorous lab testing, validation, and final deployment, you will drive technical choices that matter. Whether you are optimizing low-level drivers for a resource-constrained defense application or designing high-speed PCB subsystems for next-generation chargers, your contributions will define the safety, efficiency, and success of our clients' most critical products.

Common Interview Questions

The questions below represent the types of technical and behavioral inquiries you will face. They are designed to test your fundamental knowledge, your hands-on debugging experience, and your ability to design robust systems. Use these to identify patterns in how AKKODIS evaluates candidates.

C/C++ & Low-Level Programming

This category tests your mastery of the languages that drive embedded systems, focusing on memory safety and hardware interaction.

• What does the volatile keyword do, and when must you use it in embedded programming?
• Write a macro or an inline function to set, clear, and toggle a specific bit in a 32-bit register.
• Explain the differences between malloc and static allocation. Why is dynamic memory allocation often avoided in critical embedded systems?
• How do you prevent and detect memory leaks in a C application?
• Explain the concept of struct packing and padding. Why does it matter when transmitting data over a network or a serial bus?

RTOS & System Architecture

Here, interviewers assess your ability to manage concurrency, timing constraints, and system resources.

• Explain priority inversion. How does a priority inheritance protocol solve it?
• Walk me through the lifecycle of an interrupt. What should and shouldn't you do inside an ISR?
• How do you choose between a bare-metal architecture, an RTOS, and Embedded Linux for a new IoT sensor project?
• Describe how you would implement inter-task communication in a system with strict real-time deadlines.
• What is a watchdog timer, and how do you properly implement it in a multi-threaded application?

Hardware Interfacing & Debugging

These questions evaluate your practical lab skills and your ability to troubleshoot across the hardware/software boundary.

• You have written an SPI driver, but the peripheral is not responding. Walk me through your debugging process from software to the physical pins.
• What are the main differences between I2C and SPI? When would you choose one over the other?
• How do you debug a hard fault on an ARM Cortex-M microcontroller?
• Explain how you would verify the timing constraints of a newly integrated hardware component using an oscilloscope.

Behavioral & Cross-Functional Collaboration

AKKODIS highly values teamwork. These questions test how you navigate project pressures and interdisciplinary challenges.

• Tell me about a time you disagreed with a hardware engineer about the source of a bug. How did you resolve it?
• Describe a situation where you had to compromise on a technical implementation to meet a strict project deadline.
• How do you ensure your code is understandable and maintainable for engineers who might take over the project years from now?
• Tell me about a time you had to learn a completely new technology or protocol on the fly to deliver a project.

Getting Ready for Your Interviews

Thorough preparation requires more than just brushing up on syntax. You need to demonstrate a holistic understanding of how embedded systems operate under strict constraints. Your interviewers will look for a blend of deep technical expertise and the ability to view a product from a systems-level perspective.

Role-Related Technical Knowledge Interviewers will evaluate your mastery of the tools and languages required for your specific domain (e.g., C/C++, RTOS, Embedded Linux, or VHDL/Verilog). You must demonstrate an ability to write efficient, safe, and maintainable code or hardware designs specifically tailored for resource-constrained platforms.

System-Level Problem Solving In embedded systems, issues rarely live in isolation. You will be assessed on how you debug complex problems that span across software, hardware, and FPGA boundaries. Strong candidates will show a methodical approach to identifying bottlenecks, utilizing lab equipment, and resolving integration faults.

Quality and Reliability Focus Because AKKODIS builds systems for defense, maritime, and medical sectors, quality is paramount. You must show a strong commitment to rigorous testing (unit and integration), CI/CD pipelines, and comprehensive documentation to ensure absolute reliability in the field.

Cross-Functional Collaboration You will be evaluated on your ability to communicate complex technical concepts to colleagues in adjacent disciplines. Interviewers want to see that you can read a schematic even if you are a software engineer, or understand software constraints if you are a hardware designer.

Interview Process Overview

The interview process for an Embedded Engineer at AKKODIS is designed to be rigorous but highly conversational. We want to understand not just what you know, but how you think when faced with real-world engineering challenges. The process typically moves at a steady pace, prioritizing a deep mutual understanding over trick questions. You will engage directly with senior engineers and technical leads who actively work on the projects you might join.

Expect a strong emphasis on practical scenarios. Instead of whiteboard algorithm puzzles, you will likely be asked to walk through past projects, explain your architectural decisions, and troubleshoot hypothetical (or real) system failures. Because we hire for both permanent R&D roles and our B2B/Freelance Embedded Pool, the process will also gauge your autonomy, your ability to integrate into established teams quickly, and your alignment with our core values of collaboration and continuous learning.

This visual timeline outlines the typical stages of your interview journey, from the initial recruiter screening to the final technical and behavioral rounds. Use this to pace your preparation, ensuring you are ready to discuss high-level career goals early on, before diving deep into technical and system-level specifics during the onsite or virtual technical panels.

Deep Dive into Evaluation Areas

To succeed, you must prove your competence across several critical technical and behavioral dimensions. Here is exactly what the technical panels will focus on.

Embedded Software & Firmware Development

If you are pursuing the software track, this is the core of your evaluation. Interviewers need to know that you can write robust, highly optimized code that interacts directly with hardware.

You must be intimately familiar with memory management, pointer arithmetic, and the constraints of running code on microcontrollers. Strong performance here means writing code that is not only functional but safe and predictable.

Be ready to go over:

• C/C++ Fundamentals – Deep dive into pointers, memory allocation, volatile keywords, and bitwise operations.
• RTOS & Real-Time Constraints – Task scheduling, mutexes vs. semaphores, priority inversion, and interrupt service routines (ISRs).
• Embedded Linux – Board Support Packages (BSP), writing and modifying device drivers, and kernel-space vs. user-space interactions.
• Advanced concepts (less common) – Integrating Rust into legacy C/C++ codebases, advanced Yocto project configurations.

Example questions or scenarios:

• "Walk me through how you would implement a thread-safe UART driver in an RTOS environment."
• "How do you handle memory leaks in a system that cannot be dynamically allocated?"
• "Explain the difference between a spinlock and a mutex, and when you would use each in an embedded Linux driver."

Hardware/Software Integration & Debugging

At AKKODIS, software does not exist in a vacuum. You will be evaluated on your ability to bridge the gap between code and physical circuitry.

Interviewers want to see that you are comfortable in a lab setting. You should be able to read basic schematics, understand timing diagrams, and use hardware tools to prove whether a bug is in the software or the hardware.

Be ready to go over:

• Communication Protocols – Deep understanding of I2C, SPI, UART, CAN, and Ethernet.
• Lab Equipment – Practical use of oscilloscopes, logic analyzers, and multimeters to debug signals.
• Signal Integrity & EMC – Understanding how hardware design choices impact software performance and vice versa.

Example questions or scenarios:

• "You are reading a temperature sensor via I2C, but the data is occasionally corrupted. Walk me through your debugging steps using both software and a logic analyzer."
• "How do you handle debouncing a physical button press in software versus hardware?"

System Architecture & Testing

Because our solutions operate in critical sectors like defense and medical, architecture and testing are heavily scrutinized.

You will be evaluated on how you structure an embedded application for scalability and testability. Strong candidates will advocate for automated testing and CI/CD, even in hardware-dependent environments.

Be ready to go over:

• Unit & Integration Testing – Mocking hardware interfaces, Test-Driven Development (TDD) in C/C++.
• CI/CD Pipelines – Automating builds, static analysis, and Hardware-in-the-Loop (HIL) testing.
• System Design – Partitioning responsibilities between hardware, FPGA, and software.

Example questions or scenarios:

• "Design the software architecture for a battery management system in a next-generation charger."
• "How do you set up a CI/CD pipeline for a project that requires physical hardware for integration testing?"

Key Responsibilities

As an Embedded Engineer, your day-to-day work will be highly dynamic and deeply technical. If you are on the software track, you will spend your time designing and developing in C/C++ (and occasionally Rust) for resource-constrained platforms. This includes writing low-level drivers, configuring RTOS or embedded Linux environments, and relentlessly optimizing for performance and power consumption. If you are on the hardware or FPGA tracks, your days will involve PCB design, VHDL/Verilog coding, timing analysis, and ensuring EMC compliance.

Regardless of your track, you will not work in isolation. You will collaborate daily with cross-functional teams, sitting down with hardware engineers to review schematics or working with FPGA developers to define register maps. You will actively participate in lab verifications, using oscilloscopes and logic analyzers to validate that your software behaves correctly with the physical prototypes.

You will also be responsible for the less glamorous but equally critical aspects of engineering: writing unit and integration tests, maintaining CI/CD pipelines, and producing the rigorous documentation required for industries like defense and healthcare. For senior candidates and those in the B2B Embedded Pool, you will also be expected to drive technical architectural choices, mentor junior colleagues, and act as a reliable partner to our clients.

Role Requirements & Qualifications

To be successful as an Embedded Engineer at AKKODIS, you need a solid foundation in engineering principles paired with specific technical competencies.

• Must-have skills

  • A Bachelor’s or Master’s degree in Electronics, Computer Engineering, Cybernetics, Computer Science, or a related field.
  • Fluency in both Norwegian and English (written and spoken).
  • Deep proficiency in your core domain (e.g., C/C++ for software, VHDL/Verilog for FPGA, or PCB design for hardware).
  • Strong understanding of RTOS, Embedded Linux, and hardware-adjacent interfaces.
  • Norwegian citizenship or permanent residency, with the ability to obtain security clearance (critical for defense-related projects).

• Nice-to-have skills

  • Experience with Rust in embedded environments.
  • Familiarity with modern CI/CD toolchains and automated hardware-in-the-loop (HIL) testing.
  • Prior experience in industrial, defense, maritime, or medical embedded software.
  • For the Embedded Pool (freelance): An established ENK or AS (Norwegian registered company).

• Soft skills

  • High degree of curiosity and a continuous learning mindset.
  • Strong communication skills to bridge the gap between different technical disciplines.
  • A structured, quality-conscious approach to development and documentation.

Frequently Asked Questions

Q: How deep do I need to go into hardware if I am applying for the software track? You are not expected to design PCBs if you are a software engineer, but you must be able to read a schematic, understand data sheets, and use lab equipment like oscilloscopes to verify your software’s interaction with the hardware.

Q: What is the difference between the permanent R&D role and the Senior Embedded SW Freelance (Embedded Pool) role? The permanent R&D role is a standard full-time employment position within AKKODIS. The Embedded Pool is a B2B model where you operate as an independent contractor (via your own ENK or AS) but still gain access to our long-term projects, professional community, and structured support.

Q: How important is Norwegian fluency? It is strictly required. Because you will be working closely with local teams, creating critical documentation, and often interacting with Norwegian defense or government clients, professional fluency in both spoken and written Norwegian is a hard requirement.

Q: What is the work culture like at AKKODIS Norway? The culture is highly collaborative and decidedly anti-silo. You will experience a strong professional environment with frequent workshops, knowledge-sharing sessions, and a flat hierarchy that allows for quick decision-making. There is also a strong emphasis on social activities and corporate sports.

Q: What is the typical timeline from the initial screen to an offer? The process usually takes between 3 to 5 weeks. It moves efficiently, but we take the time necessary to ensure a strong mutual fit, especially when coordinating technical panels with senior engineers who are actively working on client projects.

Other General Tips

• Think Out Loud During Debugging Scenarios: When given a hypothetical hardware or software bug, do not jump straight to the answer. Walk the interviewer through your diagnostic process. We want to see your methodology as much as your technical knowledge.
• Bridge the Hardware/Software Gap: Always look for opportunities to show that you understand the "other side." If answering a software question, mention how you would verify it on the hardware. If discussing hardware, mention the implications for the software drivers.
• Highlight Quality and Testing: AKKODIS builds systems for critical industries. Proactively discussing how you would write unit tests, set up CI/CD, or implement fail-safes will significantly elevate your profile.
• Prepare for Ambiguity: You may be given a system design question with incomplete requirements. This is intentional. Ask clarifying questions about power constraints, real-time requirements, and environmental factors before designing your solution.

Summary & Next Steps

Securing an Embedded Engineer role at AKKODIS is an opportunity to build technology that fundamentally matters. You will be stepping into an environment that champions cross-functional collaboration, technical excellence, and end-to-end product ownership. Whether you are optimizing software for defense systems or designing hardware for the green energy transition, your work will have a tangible impact.

To succeed in your interviews, focus your preparation on mastering the intersection of software and hardware. Review your core C/C++ or hardware design fundamentals, practice explaining your debugging methodologies out loud, and be ready to demonstrate your commitment to building reliable, high-quality systems. Remember that your interviewers are looking for a future colleague—someone who is curious, communicative, and ready to tackle complex challenges as part of a unified team.

This salary data provides a baseline for what you can expect in the Norwegian market for this level of expertise. Keep in mind that compensation can vary based on your specific track (HW vs. SW vs. FPGA), your years of experience, and whether you are joining as a permanent employee or as a B2B partner in the Embedded Pool.

You have the skills and the drive to excel in this process. For more detailed insights, peer experiences, and targeted preparation tools, continue exploring resources on Dataford. Good luck with your preparation—you are ready to build the future from the inside!