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Automation Engineer

Academic Work Lahti, Päijät-Häme, Finland

hybridfull-time
Posted Feb 13, 2026Apply by Mar 15, 2026

Role & seniority: Automation Engineer (mid–senior) for model-based control software in heavy industrial hydraulics; permanent, full-time, direct recruitment.

Stack/tools: Matlab/Simulink (model-based development), control/tuning (PID), sensors and system integration, industrial networks/fieldbuses (Ethernet, Profibus), PLC environments (Siemens and/or IFM preferred), mechatronics hydraulics/pneumatics.

Top 3 responsibilities

  1. Develop and simulate control software for industrial hydraulic machines;

  2. Progress from software development to real-world hardware testing and support deployments;

  3. Implement model-based development and assist global deployments/installations.

  • Must-have skills: Several years of relevant development experience; strong theory-to-hands-on engineering ability; Matlab/Simulink proficiency; PID tuning; sensors and industrial networks; PLC familiarity (Siemens/IFM a plus); fluency in English.

  • Nice-to-haves: Finnish language skills; deeper knowledge of mechatronics, hydraulics, and/or pneumatics; experience with fieldbus/industrial communication in real-world deployments.

  • Location & work type: Hybrid model in Lahti area; ~2–3 days on-site per week, flexible remote for remaining days; travel mainly later phases, a few trips per year; starting around April 2026.

Full Description

Do you want to help develop a control system that takes manual operation of heavy industrial machinery towards intelligent, semi-autonomous – and later fully autonomous – functionality? In this role, you will have a direct impact on how heavy equipment control transitions from manual to autonomous operation in a real machine, not just in a lab environment.

About the role We are looking for an Automation Engineer to develop model-based control software for an industrial device. The work starts with a strong focus on development and simulation, and progresses step-by-step towards hardware testing and supporting deployments at customer sites (also internationally as the project advances).

In this role, you will develop control software for heavy industrial hydraulic machines, with the goal of making their operation more autonomous. Your work begins with software development and later expands to working with the physical equipment as well as global deployments.

Our client offers a full-time, permanent position, a competitive salary (approximately €4,500–€7,000/month depending on experience), and the opportunity to work in a flexible hybrid model. You will be part of a long-term and innovative project.

Work tasks Develop control software for an industrial hydraulic machine Implement model-based development (Matlab/Simulink) and take solutions towards real-world hardware testing Work with sensors, control systems, and fieldbuses / industrial networks Support global deployments and installations as the project progresses

We are looking for You already have several years of relevant development experience and a strong desire to combine theory with hands-on engineering.

Key skills

  • Matlab/Simulink (model-based development)
  • Control and tuning, e.g. PID
  • Sensors and system integration
  • Communication protocols and industrial networks, e.g. Ethernet and Profibus
  • Understanding of PLC environments (especially a plus if you have experience with Siemens and/or IFM environments)
  • Knowledge of mechatronics, hydraulics and/or pneumatics
  • Fluent English; Finnish language skills are a strong advantage

Practical details

Hybrid model: approx. 2–3 days/week on-site in the Lahti area, the rest flexibly remote

Employment: permanent, full-time, direct recruitment

Salary: approx. €4,500–€7,000/month depending on your experience

Start: preferably April 2026, or as agreed

Willingness to travel: travel is mainly in the later phases of the project and on an as-needed basis (e.g. a few trips per year)

Our recruitment process This recruitment process is handled by Academic Work and it is our client’s wish that all questions regarding the position is directed to Academic Work. Our selection process is continuous and the advert may close before the recruitment process is completed if we have moved forward to the next phase. The process includes two tests: one personality test and one cognitive test. The tests are tools to find the right talent for the right position, to enable equality, diversity, and a fair process.

multi-location

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