Aeronautical System Engineer – Unmanned Aerial Vehicles (Multirotor & Fixed-Wing)
פורסם 21 במאי · 0 מועמדים
התפקיד במילים פשוטות
התפקיד כולל הובלת פיתוח מערכות רב-תחומיות בתחום כלי טיס בלתי מאוישים (כטב"מים), תוך התמקדות בפלטפורמות מרובות רוטורים וכנף קבועה. המהנדס יוביל תכנון מערכתי, תכנון ראשוני של כלי טיס, הגדרת ארכיטקטורה, אינטגרציית תתי-מערכות ואופטימיזציית ביצועי טיסה.
- B.Sc. in Aeronautical Engineering, Mechanical Engineering, Electrical Engineering, or related field
- Proven experience in system engineering for unmanned aerial vehicles
- Strong understanding of preliminary aircraft design for multirotor and fixed-wing UAVs
- Experience with flight control, aircraft stability, and control loop tuning
- Hands-on experience with ArduPilot systems
- Experience with autonomous systems
- Flight test and system integration experience
- Familiarity with aviation standards and certification processes
- Experience with AI / Vision-based systems
חולץ מתיאור המשרה · מתעדכן אוטומטית
למי זה מתאים
התפקיד מתאים למהנדסים בעלי ניסיון מוכח בהנדסת מערכות לכטב"מים, עם הבנה חזקה בתכנון ראשוני של כלי טיס מרובי רוטורים וכנף קבועה, וניסיון במערכות ArduPilot. הוא פחות מתאים למועמדים ללא ניסיון קודם בתחום הכטב"מים או ללא רקע בהנדסת מערכות.
תיאור המשרה המלא
המשרה המקורית · נשמר לעיוןWe are looking for an experienced System Engineer to lead multidisciplinary development activities in the field of unmanned aerial systems (UAVs), with a focus on multirotor and fixed-wing platforms. The role includes system-level design, preliminary aircraft design, architecture definition, subsystem integration, and flight performance optimization.
Responsibilities
Lead system engineering activities for unmanned aerial platforms (UAVs)
Perform preliminary design and optimization of multirotor and fixed-wing aircraft
Define and optimize propulsion systems, including propellers, pitch, thrust, power, and motor selection
Design system architecture for avionics, onboard computing, communication systems, and sensors
Develop and analyze flight control and stability systems
Tune and optimize control loops (PID tuning)
Work with ArduPilot-based autopilot systems
Define interfaces between hardware, software, control, and avionics subsystems
Analyze aircraft performance, energy consumption, payload capacity, and flight endurance
Support integration, ground testing, and flight testing activities
Collaborate closely with mechanical, electrical, software, and control engineering teams
Requirements
B.Sc. in Aeronautical Engineering, Mechanical Engineering, Electrical Engineering, or related field
Proven experience in system engineering for unmanned aerial vehicles
Strong understanding of preliminary aircraft design for multirotor and fixed-wing UAVs
Experience with flight control, aircraft stability, and control loop tuning
Hands-on experience with ArduPilot systems
Deep understanding of propulsion system matching and optimization
Experience defining avionics and airborne computing architectures
Familiarity with sensors, navigation systems, and communication systems
Strong multidisciplinary system-level thinking and integration capabilities
Advantages
Experience with autonomous systems
Flight test and system integration experience
Familiarity with aviation standards and certification processes
Experience with AI / Vision-based systems
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שאלות על המשרה
- המשרה לא ציינה שכר. אנחנו מציגים שכר רק כשהמעסיק מפרסם אותו.
- B.Sc. in Aeronautical Engineering, Mechanical Engineering, Electrical Engineering, or related field, Proven experience in system engineering for unmanned aerial vehicles, Strong understanding of preliminary aircraft design for multirotor and fixed-wing UAVs, Experience with flight control, aircraft stability, and control loop tuning, Hands-on experience with ArduPilot systems