100 English-speaking jobs in Brandenburg

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead engineer for LH2 pumps, valves, and active feed lines. Define the architecture of the active feed chain and specify requirements for cryogenic rotating machinery. Develop safety and fail-safe concepts for pressurized feed lines. Lead the Validation & Verification (V&V) strategy, including designing cryogenic test rigs.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

Lead Engineer Fatigue & Damage Tolerance for Primary Structure. Drive F&DT justification for critical fuselage components across the aircraft lifecycle. Lead project teams, define airworthiness criteria, oversee structural testing, and collaborate with cross-functional teams for certification. Support fleet in-service solutions, manage technical deliverables, and drive continuous innovation.

The Max Delbrück Center for Molecular Medicine seeks a Head of Scientific Computing to lead a team of HPC systems engineers and research software engineers. The successful candidate will ensure state-of-the-art HPC infrastructure and user support for a diverse research community.

Leads global Lean OpEx strategy and transformation initiatives across development centers and production sites. Manages global deployment, ensures alignment with QHS strategy, and drives change management. Establishes continuous improvement capabilities, develops standards, and delivers training programs. Identifies process optimization opportunities, standardizes approaches, and monitors KPIs.