09.09.2026 aktualisiert
100 % verfügbar
Mechatronics Engineer (B.Eng. in progress) | Systematic Development|Sensor Technology& Data Analysis
Wilhelmshaven, Deutschland
Wilhelmshaven +100 km
Bachelor of Engineering (B.Eng.) in Mechatronics (in progress), Jade Hochschule WilhelmshavenÜber mich
Technische Dokumentation von jemandem, der Schaltpläne und Datenblätter fachlich liest: Betriebsanleitungen, Stücklisten, Ablage nach vorgegebener Teilekennzeichnung. Zuletzt Wartungshandbuch einer Messstation am DFKI. Mechatronik-Student, Fusion 360, Python. Deutsch, Englisch, Arabisch.
Skills
Data-ProfilingElectro Mechanical SystemSystemanalyseMechatronikMechanische SystemeSensorsystemenSchematische ErfassungSoftware QualitätssicherungStrukturierte AnalyseDynamisch-Mechanische AnalyseMesstechnik
Systematic Development & Quality Assurance
Systematic development of mechatronic systems according to V-model and VDI 2206, including requirements and interface definition, model-based definition, FMEA and defect prevention, risk management, verification and validation (clash, installation space and tolerance checks, virtual verification), measurement data quality, plausibility checking and outlier analysis, as well as technical documentation and structured product data management.
Data Analysis & Documentation
Data analysis using Excel (evaluations, pivot tables) and Python (pandas, NumPy, Matplotlib); building and maintaining structured datasets; literature and technical research.
CAD & Design
2D/3D solid and assembly modelling with Autodesk Fusion 360, Autodesk Inventor and CATIA V6 (3D Experience); parametric, feature-based and knowledge-based modelling; freeform surfaces; design for manufacturing (FDM printing); product lifecycle and data exchange; KiCad.
Modelling & Simulation
Modelling and simulation using MATLAB/Simulink, Ansys Twin Builder, COMSOL Multiphysics, LTspice and FAKO (Altair Engineering).
Measurement & Sensor Technology
Data acquisition, time synchronisation and processing of sensor data using Aquadopp ADCP and LSPIV; application of measurement principles and signal analysis.
Programming Languages & Embedded Systems
Programming in C, C++ and Python; working with Linux (Raspberry Pi) and PLC systems (Siemens S7, STL, LAD).
Robotics
Robot control and programming using DOBOT Studio.
Control & Systems Engineering
Modelling, simulation and implementation of complex control and systems engineering solutions.
Software & Tools
Proficient use of Microsoft Office (Word, Excel, PowerPoint) as well as simulation and visualisation tools.
Systematic development of mechatronic systems according to V-model and VDI 2206, including requirements and interface definition, model-based definition, FMEA and defect prevention, risk management, verification and validation (clash, installation space and tolerance checks, virtual verification), measurement data quality, plausibility checking and outlier analysis, as well as technical documentation and structured product data management.
Data Analysis & Documentation
Data analysis using Excel (evaluations, pivot tables) and Python (pandas, NumPy, Matplotlib); building and maintaining structured datasets; literature and technical research.
CAD & Design
2D/3D solid and assembly modelling with Autodesk Fusion 360, Autodesk Inventor and CATIA V6 (3D Experience); parametric, feature-based and knowledge-based modelling; freeform surfaces; design for manufacturing (FDM printing); product lifecycle and data exchange; KiCad.
Modelling & Simulation
Modelling and simulation using MATLAB/Simulink, Ansys Twin Builder, COMSOL Multiphysics, LTspice and FAKO (Altair Engineering).
Measurement & Sensor Technology
Data acquisition, time synchronisation and processing of sensor data using Aquadopp ADCP and LSPIV; application of measurement principles and signal analysis.
Programming Languages & Embedded Systems
Programming in C, C++ and Python; working with Linux (Raspberry Pi) and PLC systems (Siemens S7, STL, LAD).
Robotics
Robot control and programming using DOBOT Studio.
Control & Systems Engineering
Modelling, simulation and implementation of complex control and systems engineering solutions.
Software & Tools
Proficient use of Microsoft Office (Word, Excel, PowerPoint) as well as simulation and visualisation tools.
Erfahrung
Berufserfahrung0 - 5 Jahre
Freelancer seit2026
Sprachen
DeutschverhandlungssicherEnglischgutFranzösischgutSpanischGrundkenntnisse
Projekthistorie
Synchronisation and plausibility checking of Aquadopp ADCP flow data with optical LSPIV measurement systems; outlier and plausibility analysis of sensor data as the basis for model and system assessment; supervision of laboratory operations and technical support of students during practical work; operation, setup and maintenance of 3D printers, including instructing students in their use.
Preparation of the data basis and evaluation methodology for an AI system for route and energy optimisation in ferry operations; processing of real environmental sensor data (Aquadopp ADCP, LSPIV), including vector decomposition of directional flow data; outlier detection and methodologically sound data splitting to avoid data leakage; virtual verification of the existing assessment model using metrics for discriminatory power, robustness and interpretability.
Advising and supporting customers in the technical product range; independent work under time pressure in shift operations and coordination within the team.