As an Embedded Engineer at Ayes - Management & Technology Consulting, you are at the critical intersection of hardware and software. Ayes is a premier consulting firm that partners with industry leaders across diverse sectors—including automotive, aerospace, industrial automation, and telecommunications. In this role, you do not just write code; you design and implement the foundational firmware and systems that power complex, real-world devices for our clients.

Your impact in this position is both immediate and highly visible. Because Ayes operates on a project-assignment model, you will be deployed to solve specific, high-stakes engineering challenges for our partners. This means you will frequently adapt to new environments, learn proprietary client systems, and collaborate directly with cross-functional project teams to deliver robust embedded solutions.

What makes this role uniquely exciting is the sheer variety of the work. You might spend one year optimizing low-level drivers for an automotive client and the next developing real-time operating systems (RTOS) for an aerospace initiative. We look for engineers who are not only technically sound but also highly adaptable, eager to learn, and capable of representing the Ayes standard of excellence on the front lines of technology consulting.

The questions below represent the types of inquiries candidates frequently encounter during the Ayes interview process. They are designed to test your background, your logistical fit, and your engineering fundamentals. Use these to identify patterns in what we value, rather than treating them as a strict memorization list.

HR Screening & Logistics

This category focuses on your alignment with the company's consulting model, your background, and practical logistics.

• Can you introduce yourself and provide a brief overview of your academic background?
• In which geographic zone or specific city are you hoping to work?

Preparation for an interview at Ayes - Management & Technology Consulting requires a balanced approach. Because you will be consulting for varied clients, we evaluate you on both your foundational engineering knowledge and your professional adaptability.

Core Engineering Fundamentals – We assess your grasp of basic electronic engineering principles and fundamental programming languages (primarily C/C++). Interviewers want to see that your academic or professional foundation is strong enough to adapt to whatever technology stack a specific client project requires.

Consulting and Project Fit – As a consulting firm, we evaluate your flexibility regarding work location, your interest in different industry sectors, and your ability to integrate into new teams. You can demonstrate strength here by being open-minded, clearly articulating your geographic preferences, and showing enthusiasm for diverse engineering challenges.

Communication and Language Skills – Because our clients are often multinational, your ability to communicate complex technical concepts clearly is paramount. We actively evaluate your English proficiency alongside your technical skills to ensure you can thrive in international project environments.

Academic and Experiential Reflection – We look closely at the technical skills you acquired during your university studies or early career projects. Candidates who can confidently walk through their past projects, explaining the "why" and "how" behind their engineering decisions, stand out significantly.

The interview process at Ayes - Management & Technology Consulting is designed to be streamlined, candidate-friendly, and highly focused on finding the right project match for your specific skill set. Expect an average difficulty level with a very positive, conversational atmosphere. We prioritize getting to know you as a professional before diving into technical specifics.

Your journey typically begins with a comprehensive HR screening. This is not just a formality; it is a critical alignment phase where we discuss your academic background, acquired technical skills, English proficiency, salary expectations (RAL), and geographic preferences (such as Padua, Varese, or other hubs). Following a successful HR screen, you will move to a technical interview. Uniquely, this technical round is often conducted by a collaborator or lead from the specific project you are being considered for, ensuring the evaluation is highly relevant to the work you will actually do.

Throughout the process, Ayes maintains a practical interviewing philosophy. We are less interested in trick questions and more focused on ensuring you have the solid engineering foundation required to succeed in our active client sectors.

This visual timeline outlines the typical progression from the initial HR alignment and background review to the project-specific technical evaluation. Use this to structure your preparation: focus first on articulating your background, location preferences, and career goals, then shift your energy toward reviewing core electronic engineering and programming fundamentals for the technical stage. Note that the exact technical focus may vary depending on the specific client project you are being matched with.

To succeed in your interviews, you must understand exactly what our teams are looking for. The evaluation is generally split between your professional profile and your technical foundation.

Core Electronic Engineering and Programming

Because Ayes deploys engineers across multiple sectors, we do not expect you to know every niche framework. Instead, we heavily evaluate your mastery of the basics taught in core engineering courses. Strong performance here means you can confidently discuss fundamental concepts without hesitation.

Be ready to go over:

• Basic Electronics – Understanding of microcontrollers, circuit design basics, sensors, and hardware-software interfacing.
• Low-Level Programming – Proficiency in C and C++, memory management, pointers, and interacting with hardware registers.
• Microcontroller Architecture – General knowledge of how CPUs, memory, and peripherals (like timers, ADC, DAC) interact.
• Advanced concepts (less common) –
  • Real-Time Operating Systems (RTOS) concepts (mutexes, semaphores, task scheduling).
  • Standard communication protocols (I2C, SPI, UART, CAN bus).

Example questions or scenarios:

• "Walk me through how you would configure a microcontroller peripheral using C."
• "Explain the difference between an interrupt and a polling mechanism in an embedded system."
• "Describe a basic electronic circuit you designed during your studies and the purpose of each component."

Academic and Project Background

We want to understand the practical skills you have acquired so far. Whether you are a recent graduate or have a few years of experience, your past projects are the best indicator of your future performance.

Be ready to go over:

• Thesis or Capstone Projects – Detailed discussion of your university thesis, the problem you solved, and the technologies used.
• Hands-on Lab Experience – Specific tools, oscilloscopes, debuggers, or development boards you have worked with.
• Overcoming Technical Hurdles – How you debugged a particularly stubborn hardware or software issue.

Example questions or scenarios:

• "Present a technical project from your university coursework. What was your specific contribution?"
• "Which technical skills did you acquire during your studies that you feel are most applicable to this role?"
• "Tell me about a time your code did not work on the target hardware. How did you troubleshoot it?"

Consulting Fit and Logistics

Ayes needs to know that you can thrive in a consulting model. This means evaluating your flexibility, your language skills, and your logistical alignment with our current project demands.

Be ready to go over:

• Geographic Preferences – Honest discussions about where you are willing to work (e.g., Padua, Varese) and your openness to travel or relocation.
• English Proficiency – Your ability to read technical documentation, write reports, and converse with international clients in English.
• Sector Interest – Your willingness to work across different industries (e.g., transitioning from automotive to industrial automation).

Example questions or scenarios:

• "In which geographic area are you looking to work, and are you open to client-site travel?"
• "How comfortable are you communicating technical requirements in English?"
• "If assigned to a project in a sector you are unfamiliar with, how would you approach getting up to speed?"

As an Embedded Engineer at Ayes, your day-to-day work is dictated by the specific client project you are assigned to, but the core responsibilities remain consistent. You will spend a significant portion of your time developing, testing, and debugging firmware in C or C++ directly on target hardware. This requires a hands-on approach, often involving logic analyzers, oscilloscopes, and hardware debuggers to ensure your software interacts flawlessly with the physical components.

Collaboration is a massive part of your daily routine. You will integrate seamlessly with the client's internal engineering teams, participating in daily stand-ups, code reviews, and architecture planning sessions. You act as a representative of Ayes, meaning you are expected to bring a proactive, problem-solving mindset to the client's operations.

Furthermore, you will be responsible for writing clear technical documentation and ensuring that your code meets strict industry standards (such as MISRA C for automotive projects). Because you might transition between different sectors over your tenure at Ayes, continuous learning is an unspoken but critical responsibility. You will constantly be adapting to new microcontrollers, proprietary toolchains, and industry-specific compliance requirements.

To be a highly competitive candidate for the Embedded Engineer role at Ayes, you need a strong mix of formal education, foundational technical skills, and consulting readiness.

• Must-have skills

  • A degree in Electronic Engineering, Computer Engineering, or a closely related field.
  • Solid foundational knowledge of electronic engineering principles.
  • Proficiency in basic programming languages taught in engineering courses, specifically C and C++.
  • Demonstrated conversational and technical proficiency in English.
  • Flexibility regarding project assignments and work locations.

• Nice-to-have skills

  • Hands-on experience with specific microcontroller families (e.g., STM32, PIC, ARM Cortex-M).
  • Familiarity with hardware debugging tools (oscilloscopes, multimeters, JTAG).
  • Knowledge of embedded communication protocols (I2C, SPI, UART, CAN).
  • Previous exposure to Real-Time Operating Systems (FreeRTOS, Zephyr).