Electrical and Computer Engineering
Work description
• Contextualization and study of the existing charging infrastructure documentation. • Setup and configuration of the work environment (HW and SW) for the development work. • Study of the communication protocol and related libraries. • Development of software components for data acquisition, calculation, and processing. • Development of hardware components for simulation and preliminary validation. • PCB design, board fabrication, and component soldering for the testing prototype. • Performance of integration, calibration, and functional validation tests. • Support in technical documentation and general development and integration activities for the three-phase charger project.
Academic Qualifications
Training in Electrical and Computer Engineering
Minimum profile required
• Be enrolled in a higher education program in a higher education program in Electrical Engineering, Electronics Engineering, or related fields.• Ability to use basic computing tools (spreadsheets, documents, web systems).• Knowledge in programming languages such as Python and/or C/C++.• Knowledge in electronic circuit design and simulation.• Communication and organizational skills.
Preference factors
• Interest in the topic of electric mobility and electric vehicle charging infrastructure. • Practical knowledge or familiarity with programming languages such as Python and/or C/C++. • Practical knowledge or familiarity with electronic circuit design, simulations, and PCB layout. • Interest and/or experience in electrical variable measurement and acquisition systems, data processing, and device integration. • Ability to analyze and solve problems in technical, laboratory, and multidisciplinary contexts. • Proactivity, autonomy, and willingness to learn new technologies in a Research & Development (R&D) environment.
Application Period
Since 20 Nov 2025 to 09 Dec 2025
Centre
Power and Energy Systems