Firmware Engineer – Advanced Development

brain Technologies is a leading company in Engineering Consultancy. We are involved in the most representative national and international company’s projects in Embedded Systems, Advanced Controlled Systems, Hardware Design in the key sectors of the industrial environment; Development of Innovative Products and Mechatronic Systems. Flexibility and attention to the continuous technology’s evolution, constant innovation and propensity for excellence, make us a global reference point to attain challenging goals up to date.

brain Technologies is a company of People in which everyone is the centre of our attention so we can create the right synergy to attain our challenging goals.

We are a Professional Team linked by the passion for our work. We want to become leaders of change and evolution. Thorough and continuous study, creativity and innovation are our constant commitment to growth. We want to face and launch challenges, to solve problems, to create process improvement and effective change. Our daily work is our daily passion.

We need you and your talent to grow our Engineering Team. Here you can find our needs and the main Responsibilities, Requirements and Desired Characteristics related to the vacancy.

Firmware Engineer – Advanced Development

Key responsibilities :

• Define FW architecture for advanced home appliances features.
• Develop firmware and complex drivers.
• Design, develop, and test prototypes of innovative electronic products.
• Interface with technical experts, preparing and presenting technical documentation in dedicated workshops.
• Responsibility and growth.
• Flexible and dynamic environment.
• International Environment.
• Health insurance.

Requirements :

• Master's degree in Mechatronics / Electronics / Computer Engineering or other engineering degree with a background in software/firmware development.
• Excellent knowledge of C language.
• Good understanding of microcontrollers.
• Proven ability to develop firmware and low-level drivers.
• Familiarity with electronic components.