Robotics Software Engineer

Role: Robotics Software Engineer
Location: Redmond, WA(Onsite)

Duration: months



Minimum Qualifications

Bachelor's degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience

+ years experience in Robotics, Electro-Mechanical Design, Sensor & Communications, or a similar field

Proficiency in ROS & (Robot Operating System) framework

Proficient in C++ or Python programming.

Experience with organizational and analytical skills, driving technical strategy and execution in a fast-paced, high ambiguity environment

Must Have:

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Combination of software and hardware experience, specifically integrating hardware to software.

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Working with sensors and managing software systems.

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Experience integrating hardware into software (for PhD fresh graduates).



Skill Sets:
Ideal Candidate Profiles: PhD - Fresh Graduate w/ Experience integrating hardware into software during academics (within a robotics lab)

or graduate with several years of experience in robotics (more ideal) or automation (less ideal)



Preferred Qualifications

Experience with SOLIDWORKS, Siemens NX or similar CAD tools.

Experience with manufacturing processes and materials.

Experience in Machine Learning tools.

Experience with simulation tools conducting Finite element analysis: Structural, Modal.

Experience with automation equipment design and custom machine builds.

Robotics Systems Responsibilities

Collaborate with research scientists and engineers to design and implement hardware-software system integration enabling state-of-the-art control algorithms and models on real robot hardware and simulation environments

Design and conduct thorough evaluations of real-world robotic systems, identifying limitations, and proposing improvements to enhance their performance and robustness

Effectively communicate complex features and systems in detail to diverse stakeholders

Perform experiments of real and simulation robotic systems and debug the supporting parts manufacture, working with internal and external partners to support part fabrication and complex custom sub assembly

Assembly of robot: hands-on partnership in the lab integrating research with construction of sub-assemblies into full system-level robot prototypes

Failure analysis: build subsystem test fixtures, design tests, create test plans, perform tests, measure and analyze data, and refine design assumptions

Develop communication firmware software

Research and develop characterization/training sensors and calibration