ELECTRICAL ENGINEER - CONTROL HARDWARE / DFMEA, Porto Porto

ELECTRICAL ENGINEER - CONTROL HARDWARE / DFMEA, Porto
Porto
Porto, Porto District, Portugal

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ELECTRICAL ENGINEER - CONTROL HARDWARE / DFMEA, Porto

Client:

Location: Porto, Portugal

Job Category: Other

EU work permit required: Yes

Job Reference: ce0872b17147

Job Views: 7

Posted: 23. 01. 2025

Expiry Date: 09. 03. 2025

Job Description:

ELECTRICAL ENGINEER - CONTROL HARDWARE / DFMEA (HYBRID)

Portuguese company hires for hybrid work

Location: Candidates must live in Lisbon, Portugal

Language Requirements: Fluent English (C1/C2)

Instructions: Please send your CVs in English and make sure to include all skills and experience that match the requirements of the opportunity. This will significantly increase your chances of success.

Description

We are seeking an Electrical Engineer specializing in Control Hardware and DFMEA.

Seniority: Senior

Working model: Hybrid (70% remote; 30% in person)

Location: Porto

Sector: Renewable Energy

Minimum Qualifications:

1. Bachelor's degree in Electrical / Electronics / Instrumentation Engineering
2. More than 4 years of professional experience as Electrical Engineer

Mandatory:

1. Ability to work on Parametric Diagrams and Boundary Diagrams related to Yaw, Lubrication, Hydraulic Sensors, Control Panels, Cabling & Guideways, and Software Interfaces.
2. Proficiency with APIS and Visure tools.
3. Knowledge of Design Guidelines, DFMEA guidelines, and Standardization.
4. Experience with linking failure functions across system elements.
5. Understanding of tree structures, defining system elements, and managing relationships upwards and downwards in the hierarchy.

Top Skills: resilience | good teamwork | Commitment | Flexibility and Adaptability | Agile

Daily tasks:

1. Work on Parametric Diagram & Boundary diagram for Yaw, Lubrication, hydraulic Sensors, Control panels, Cabling & guideways, Software interfaces.
2. Work on APIS & Visure tools (understand the requirements).
3. Work on Design Guidelines, DFMEA guidelines & Standardization.
4. Work on Tree structure, proper definition in the System Element "CHW", upwards link to Product and downwards to appropriate Failure Functions and Failure Modes.
5. Linking of Failure Functions across System Elements.

Non-mandatory:

1. Advanced understanding of specific tools (e. g. , APIS and Visure) beyond basic proficiency.
2. Additional expertise or certification in DFMEA methodologies.
3. Practical experience with related industries like heavy machinery or aerospace, as they may share commonalities with wind industry systems.
4. Knowledge of related engineering standards or guidelines beyond what is required for DFMEA tasks.