Problem or Industrial Need
Cathodic-protection monitoring requires dependable sensing and instrumentation to assess protected structures without excessive deployment cost.
Engineering or Scientific Solution
A sensor-design project connecting electromagnetic principles, instrumentation, embedded integration and mechatronics for cathodic-protection monitoring.
Sebastian's Technical Contribution
Contributed to the sensing concept, instrumentation framing and system-level integration between measurement hardware, embedded electronics and engineering use case.
Methods and Tools Used
- Sensor concept and measurement-chain definition
- Electromagnetic and instrumentation reasoning
- Embedded and mechatronic integration planning
- Prototype-oriented system validation
Prototype, Simulation and Experimental Evidence
Cathodic-protection sensing concept
The work is represented as a sensor-design and instrumentation project record.
Measurable Result or Published Finding
reported cost reduction
The project was positioned to reduce the cost of comparable cathodic-protection sensing solutions.
Diagrams and Publications
Block diagram connecting excitation, interaction, measurement and interpretation.
Role, Team Attribution, Institution and Project Context
Sensor-design and mechatronics project; technical contribution across sensing, instrumentation and embedded-system integration at UIDE.