optim.Aero

UAV Autonomy Engineer

⭐ - Featured Role | Apply direct with Data Freelance Hub
This role is for a UAV Autonomy Engineer, a remote contract position for 40 hours/week, paying $70-$90/hour. Requires U.S. citizenship, a degree in Computer Science or related field, and expertise in Python, C++, and autonomy systems.
🌎 - Country
United States
πŸ’± - Currency
$ USD
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πŸ’° - Day rate
720
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πŸ—“οΈ - Date
April 23, 2026
πŸ•’ - Duration
Unknown
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🏝️ - Location
Remote
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πŸ“„ - Contract
Unknown
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πŸ”’ - Security
Unknown
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πŸ“ - Location detailed
United States
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🧠 - Skills detailed
#Scala #Computer Science #Data Management #Data Pipeline #Python #AI (Artificial Intelligence) #C++ #Programming
Role description
Job Summary: We are seeking a highly skilled UAV Autonomy Software Engineer to design, develop, and validate advanced autonomy capabilities for mission-critical systems. This role focuses on building robust software components that enable intelligent decision-making, adaptive behaviors, and efficient mission execution. This is a remote, contract position for 40 hours/week with a flexible schedule. Contract positions do not provide health insurance or benefits. Pay range: $70-$90/hour Key Responsibilities: β€’ Design, implement, and validate mission autonomy software components, including behavior trees and mission-level behaviors β€’ Develop and optimize algorithms for route planning and path planning in dynamic environments β€’ Architect and manage data pipelines to support autonomy and decision-making systems β€’ Contribute to the design of scalable and modular mission autonomy software architectures β€’ Write high-quality, maintainable, and efficient code in Python and C++ β€’ Perform software verification, validation, and testing to ensure reliability and performance β€’ Collaborate with cross-functional teams to integrate autonomy solutions into larger systems Required Qualifications: β€’ Must be a U.S. citizen. β€’ Bachelor’s or Master’s degree in Computer Science, Robotics, Aerospace Engineering, or a related field β€’ Strong programming experience in Python and C++ β€’ Experience with autonomy systems, robotics, or AI-driven software development β€’ Solid understanding of path planning, route planning, and algorithm development β€’ Familiarity with software architecture principles and best practices β€’ Experience with testing, validation, and quality-focused software development Preferred Qualifications: β€’ Experience with behavior trees or similar decision-making frameworks β€’ Background in autonomous vehicles, robotics, or aerospace systems β€’ Knowledge of real-time systems and distributed architectures β€’ Familiarity with simulation environments and data management systems Key Attributes: β€’ Strong communication skills β€’ Strong problem-solving and analytical skills β€’ Ability to work independently and collaboratively in a fast-paced environment β€’ Commitment to producing high-quality, reliable software