Skills Profile
Develops and designs machines, plants and mechanical systems. Core responsibilities include CAD Design (Computer-Aided Design), Mechanical Engineering Fundamentals and Debugging & Code-Level Root Cause Analysis. Day-to-day work involves tools such as AI Coding Assistants (Copilot/Claude). The position also requires solid skills in Standards Knowledge and Technical Documentation.Develops and designs machines, plants and mechanical systems. Core responsibilities include CAD Design (Computer-Aided Design), Mechanical Engineering Fundamentals and Debugging & Code-Level Root Cause Analysis. Day-to-day work involves tools such as AI Coding Assistants (Copilot/Claude). The position also requires solid skills in Standards Knowledge and Technical Documentation.Develops and designs machines, plants and mechanical systems. Core responsibilities include CAD Design (Computer-Aided Design), Mechanical Engineering Fundamentals and Debugging & Code-Level Root Cause Analysis. Day-to-day work involves tools such as AI Coding Assistants (Copilot/Claude). The position also requires solid skills in Standards Knowledge and Technical Documentation.
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Design components in CAD systems such as SolidWorks or CATIA. Covers development from briefing through drafts and feedback loops to the final result – respecting brand guidelines, audience needs and deadlines.Design components in CAD systems such as SolidWorks or CATIA. Covers development from briefing through drafts and feedback loops to the final result – respecting brand guidelines, audience needs and deadlines.Design components in CAD systems such as SolidWorks or CATIA. Covers development from briefing through drafts and feedback loops to the final result – respecting brand guidelines, audience needs and deadlines.
Design components in CAD systems such as SolidWorks or CATIA. Covers development from briefing through drafts and feedback loops to the final result – respecting brand guidelines, audience needs and deadlines.Design components in CAD systems such as SolidWorks or CATIA. Covers development from briefing through drafts and feedback loops to the final result – respecting brand guidelines, audience needs and deadlines.Design components in CAD systems such as SolidWorks or CATIA. Covers development from briefing through drafts and feedback loops to the final result – respecting brand guidelines, audience needs and deadlines.
Master mechanics, materials and manufacturing methods. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Master mechanics, materials and manufacturing methods. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Master mechanics, materials and manufacturing methods. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Master mechanics, materials and manufacturing methods. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Master mechanics, materials and manufacturing methods. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Master mechanics, materials and manufacturing methods. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Isolate, debug and durably fix defects. Covers preparing and quality-assuring the data, methodologically sound analysis, visualising results and presenting them audience-appropriately as a basis for decisions.Isolate, debug and durably fix defects. Covers preparing and quality-assuring the data, methodologically sound analysis, visualising results and presenting them audience-appropriately as a basis for decisions.Isolate, debug and durably fix defects. Covers preparing and quality-assuring the data, methodologically sound analysis, visualising results and presenting them audience-appropriately as a basis for decisions.
Isolate, debug and durably fix defects. Covers preparing and quality-assuring the data, methodologically sound analysis, visualising results and presenting them audience-appropriately as a basis for decisions.Isolate, debug and durably fix defects. Covers preparing and quality-assuring the data, methodologically sound analysis, visualising results and presenting them audience-appropriately as a basis for decisions.Isolate, debug and durably fix defects. Covers preparing and quality-assuring the data, methodologically sound analysis, visualising results and presenting them audience-appropriately as a basis for decisions.
Integrate AI assistants productively into development work. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Integrate AI assistants productively into development work. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Integrate AI assistants productively into development work. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Integrate AI assistants productively into development work. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Integrate AI assistants productively into development work. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Integrate AI assistants productively into development work. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Manage source code with Git and merge work in teams. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Manage source code with Git and merge work in teams. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Manage source code with Git and merge work in teams. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Manage source code with Git and merge work in teams. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Manage source code with Git and merge work in teams. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Manage source code with Git and merge work in teams. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Design and maintain fluid power systems. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and maintain fluid power systems. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and maintain fluid power systems. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Design and maintain fluid power systems. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and maintain fluid power systems. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and maintain fluid power systems. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Design and optimise manufacturing processes. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and optimise manufacturing processes. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and optimise manufacturing processes. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Design and optimise manufacturing processes. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and optimise manufacturing processes. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Design and optimise manufacturing processes. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Apply measuring equipment and document test results. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Apply measuring equipment and document test results. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Apply measuring equipment and document test results. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Apply measuring equipment and document test results. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Apply measuring equipment and document test results. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Apply measuring equipment and document test results. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Analyse data with formulas, pivot tables and charts. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Analyse data with formulas, pivot tables and charts. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Analyse data with formulas, pivot tables and charts. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Analyse data with formulas, pivot tables and charts. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Analyse data with formulas, pivot tables and charts. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Analyse data with formulas, pivot tables and charts. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Describe requirements in structured specification documents and align them with stakeholders.Describe requirements in structured specification documents and align them with stakeholders.Describe requirements in structured specification documents and align them with stakeholders.
Describe requirements in structured specification documents and align them with stakeholders.Describe requirements in structured specification documents and align them with stakeholders.Describe requirements in structured specification documents and align them with stakeholders.
Numerically analyse components and flows. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Numerically analyse components and flows. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Numerically analyse components and flows. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Numerically analyse components and flows. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Numerically analyse components and flows. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Numerically analyse components and flows. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Know relevant standards and apply them in projects. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Know relevant standards and apply them in projects. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Know relevant standards and apply them in projects. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Know relevant standards and apply them in projects. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Know relevant standards and apply them in projects. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Know relevant standards and apply them in projects. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Create manuals and specifications to standards. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create manuals and specifications to standards. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create manuals and specifications to standards. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Create manuals and specifications to standards. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create manuals and specifications to standards. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create manuals and specifications to standards. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Calculate heat processes and optimise them energetically. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Calculate heat processes and optimise them energetically. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Calculate heat processes and optimise them energetically. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.
Calculate heat processes and optimise them energetically. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Calculate heat processes and optimise them energetically. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Calculate heat processes and optimise them energetically. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.
Define and verify geometric dimensioning and tolerancing. Covers forward-looking planning and prioritisation, clear alignment with all stakeholders, consistent follow-up on results and continuous improvement of processes.Define and verify geometric dimensioning and tolerancing. Covers forward-looking planning and prioritisation, clear alignment with all stakeholders, consistent follow-up on results and continuous improvement of processes.Define and verify geometric dimensioning and tolerancing. Covers forward-looking planning and prioritisation, clear alignment with all stakeholders, consistent follow-up on results and continuous improvement of processes.
Define and verify geometric dimensioning and tolerancing. Covers forward-looking planning and prioritisation, clear alignment with all stakeholders, consistent follow-up on results and continuous improvement of processes.Define and verify geometric dimensioning and tolerancing. Covers forward-looking planning and prioritisation, clear alignment with all stakeholders, consistent follow-up on results and continuous improvement of processes.Define and verify geometric dimensioning and tolerancing. Covers forward-looking planning and prioritisation, clear alignment with all stakeholders, consistent follow-up on results and continuous improvement of processes.
Estimate effort (story points, planning poker) and plan sprints realistically.Estimate effort (story points, planning poker) and plan sprints realistically.Estimate effort (story points, planning poker) and plan sprints realistically.
Estimate effort (story points, planning poker) and plan sprints realistically.Estimate effort (story points, planning poker) and plan sprints realistically.Estimate effort (story points, planning poker) and plan sprints realistically.
Organise backlogs, boards and docs in Jira and Confluence. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Organise backlogs, boards and docs in Jira and Confluence. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Organise backlogs, boards and docs in Jira and Confluence. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.
Organise backlogs, boards and docs in Jira and Confluence. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Organise backlogs, boards and docs in Jira and Confluence. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.Organise backlogs, boards and docs in Jira and Confluence. Covers confident day-to-day use: data maintenance and quality, configuration of processes and workflows, analyses and reports, and onboarding of new users.
Create models, simulations and analyses in MATLAB/Simulink. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create models, simulations and analyses in MATLAB/Simulink. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create models, simulations and analyses in MATLAB/Simulink. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
Create models, simulations and analyses in MATLAB/Simulink. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create models, simulations and analyses in MATLAB/Simulink. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.Create models, simulations and analyses in MATLAB/Simulink. In practice this covers independent execution, quality assurance of one's own results, and close alignment with adjacent roles and interfaces.
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