Flight Control Law Engineer (Internship) at Reliable Robotics

Mountain View, California, United States

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Not SpecifiedCompensation

InternshipExperience Level

InternshipJob Type

UnknownVisa

Aerospace, Aviation, RoboticsIndustries

Requirements

Currently enrolled as a junior or senior in an undergraduate program in aerospace engineering, electrical engineering, robotics engineering, or similar field of study
Solid understanding of fundamentals -- engineering math, kinematics, dynamics, and classical control theory
Proficient in C++ and Python
Proactive and motivated to tackle hard problems
Excellent written and verbal communication skills

Responsibilities

Design, analyze and implement ground and flight control laws for gate-to-gate aircraft operation
Develop and refine simulation models required for control system verification
Perform linear analysis of control laws to evaluate stability, robustness, and performance
Integrate and verify control system features in software-in-the-loop and hardware-in-the-loop test environments
Develop flight test plans and conduct post-test data review

Skills

Key technologies and capabilities for this role

C++Pythonclassical control theorykinematicsdynamicslinear analysissimulation modelingaircraft modelingflight control laws

Questions & Answers

Common questions about this position

What is the salary for this internship?

The estimated annualized salary for this position is $120,000.

Is this position remote or does it require being in the office?

The position is located in Mountain View, CA, with no travel required.

What skills are required for this Flight Control Law Engineering Intern role?

Required skills include a solid understanding of engineering math, kinematics, dynamics, and classical control theory, along with proficiency in C++ and Python. Excellent written and verbal communication skills and a proactive attitude are also essential.

What is the company culture like at Reliable Robotics?

Reliable Robotics is a team of mission-driven engineers with experience across aerospace, robotics, and self-driving cars, working to build safety-enhancing technology for aviation.

What makes a strong candidate for this internship?

Strong candidates are currently enrolled juniors or seniors in aerospace, electrical, or robotics engineering (graduate students preferred), with proficiency in C++ and Python, and experience in aircraft modeling, control theory, or safety-critical software.

Reliable Robotics

Develops automation technology for aircraft

About Reliable Robotics

Reliable Robotics develops automation technology for aircraft, focusing on making flying safer, more accessible, and more affordable through autonomous operations. Their systems are designed for both cargo operators and passenger airlines, specifically targeting small (Part 23) and larger (Part 25) aircraft. The company emphasizes a 'certification forward' approach, ensuring that their automated systems meet regulatory standards early in development, which enhances safety and reliability. They have successfully demonstrated fully automated operations for small aircraft and are working on commercializing this technology for broader use. Reliable Robotics generates revenue by selling or licensing their automation systems and may also provide maintenance and support services. Led by co-founder and CEO Robert W. Rose, who has a strong background in aerospace and robotics, the company aims to significantly impact the aviation industry by improving the efficiency and safety of air travel.

Mountain View, CaliforniaHeadquarters

2017Year Founded

$165.9MTotal Funding

GRANTCompany Stage

Robotics & Automation, Automotive & Transportation, AerospaceIndustries

51-200Employees

Benefits

Stock options

Employee medical

401k contribution

Great co-workers

Casual work environment

Risks

Increased competition from established aerospace companies could challenge market share.

Potential FAA certification delays may hinder timely commercialization of their technology.

Cybersecurity threats targeting autonomous systems pose risks to operations and reputation.

Differentiation

Reliable Robotics focuses on certified autonomous systems for both cargo and passenger aircraft.

The company employs a 'certification forward' approach, ensuring early regulatory compliance.

Their technology enables remote operation of aircraft, expanding access to more locations.

Upsides

Reliable Robotics secured $3.6 million from the USAF for autonomous flight tech development.

ASL Aviation Holdings ordered 30 autonomous systems, indicating strong market demand.

FAA acceptance of their systems' requirements marks significant certification progress.

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