5.6 KiB
5.6 KiB
Competences — engine designer
Source: ESCO v1.2.1 occupation-skill relations (http://data.europa.eu/esco/occupation/dbc88790-a8c1-4dc4-9507-8f9dcff9c990).
Essential
- adjust engineering designs (skill/competence)
- CAD software (knowledge)
- calculate design costs (skill/competence)
- calculate materials to build equipment (skill/competence)
- conduct research on trends in design (skill/competence)
- define part requirements (skill/competence)
- ecological principles (knowledge)
- motor vehicle parts drawings (knowledge)
- quality standards (knowledge)
- stay up-to-date with vehicle trends (skill/competence)
- use CAD software (skill/competence)
- vehicle electrical systems (knowledge)
Optional
- 3D modelling (knowledge)
- adapt to new design materials (skill/competence)
- approve engineering design (skill/competence)
- attend design meetings (skill/competence)
- collaborate with designers (skill/competence)
- collaborate with engineers (skill/competence)
- design drawings (knowledge)
- design process (skill/competence)
- evaluate engine performance (skill/competence)
- office software (knowledge)
- packaging engineering (knowledge)
- packaging processes (knowledge)
- use specialised design software (skill/competence)
Market evidence (job-ad analysis, 8 ads, as of 2026-07-11)
Share of analyzed job ads mentioning the item (threshold ≥ 20 %). Source: JSearch/Adzuna APIs.
Hard skills
- mechanical design — 25 %
- product development — 25 %
- structural analysis — 25 %
- repair procedure review — 12 %
- propulsion systems knowledge — 12 %
- quality policy deployment — 12 %
- reverse engineering — 12 %
- root cause analysis — 12 %
- product quality target achievement — 12 %
- program execution — 12 %
- project management — 12 %
- problem resolution — 12 %
- process improvement — 12 %
- product design — 12 %
- system integration — 12 %
- technical drawing interpretation — 12 %
- technical problem solving — 12 %
- technical specification creation — 12 %
- test rig design — 12 %
- tolerance stack-up analysis — 12 %
- turbomachinery design — 12 %
- technical documentation — 12 %
- 3d cad modeling — 12 %
- 3D geometry creation — 12 %
- 3d modeling — 12 %
- additive manufacturing — 12 %
- analytical skills — 12 %
- composite component design — 12 %
- application engineering — 12 %
- cost reduction — 12 %
- data analysis — 12 %
- design assessment — 12 %
- design for assembly — 12 %
- design for assembly (dfa) — 12 %
- design for manufacturability (dfm) — 12 %
- dfmea — 12 %
- drawing creation — 12 %
- engine design — 12 %
- engine development — 12 %
- failure analysis — 12 %
- fatigue analysis — 12 %
- fault analysis — 12 %
- fea — 12 %
- feasibility studies — 12 %
- engineering analysis — 12 %
- geometric dimensioning and tolerancing — 12 %
- issue management — 12 %
- manufacturing processes — 12 %
- mechanical engineering design — 12 %
Methods
- ecr/eco processes — 12 %
- Lean manufacturing — 12 %
- finite element analysis (FEA) — 12 %
- fmea — 12 %
- DFSS — 12 %
- design for manufacturing (DFM) — 12 %
- bills of materials (BOM) generation — 12 %
- cross-functional team facilitation — 12 %
- computational fluid dynamics (CFD) — 12 %
- computer-aided engineering (CAE) — 12 %
- computer-aided manufacturing (CAM) — 12 %
- project management — 12 %
- product lifecycle management (PLM) — 12 %
- root cause analysis — 12 %
- Shainin Red X — 12 %
- Six Sigma — 12 %
- standard work procedures — 12 %
Responsibilities
- solution implementation — 12 %
- reporting to management — 12 %
- supplier interfacing — 12 %
- supplier risk assessment — 12 %
- system analysis — 12 %
- quality standard adherence — 12 %
- release engineer guidance — 12 %
- prototype bom management — 12 %
- quality assurance — 12 %
- project commitment adherence — 12 %
- project team leadership — 12 %
- proposal preparation — 12 %
- product design — 12 %
- mechanical design — 12 %
- technical documentation maintenance — 12 %
- technical decision approval — 12 %
- warranty item support — 12 %
- technical support — 12 %
- test planning — 12 %
- system troubleshooting — 12 %
- systemic approach to quality improvements — 12 %
- compliance with development process — 12 %
- component design — 12 %
- component fault resolution — 12 %
- component testing — 12 %
- 3d model development — 12 %
- customer solution design — 12 %
- analysis conduction — 12 %
- cross-functional review — 12 %
- design optimization — 12 %
- design change execution — 12 %
- data interpretation — 12 %
- design alteration — 12 %
- dimension and tolerance determination — 12 %
- drawing maintenance — 12 %
- engine development support — 12 %
- engine mechanical development oversight — 12 %
- engine design — 12 %
- engineering verification — 12 %
- field concern resolution — 12 %
- manufacturing support — 12 %
- issue resolution — 12 %
- geometry creation — 12 %
- guide file maintenance — 12 %
- information exchange — 12 %