Backend Software Engineer – Software Architecture
Pickle Robot
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Job Type
Description
Responsibilities
Own the design and implementation of backend projects, working independently with strategic guidance.
Help the architect understand how data flows through the system — how it's stored, moved, and ultimately consumed
Design architectural solutions that keep the system maintainable over the long term.
Develop scalable, reliable, and performant systems using Python and/or C++
Build and maintain event-driven, messaging-based architectures
Collaborate closely with robotics engineers to integrate backend systems with real-world workflows
Improve system performance, reliability, and maintainability across services
Share knowledge across the team and elevate engineering standards through code reviews and technical discussions
Skills & Experience
5+ years of experience in backend or distributed systems engineering
Strong programming experience in Python
Proficiency in at least one other strongly typed language — C++ preferred, though others used in robotics (e.g., Rust, Go, Java) are welcome
Strong understanding of software architecture, concurrency, and distributed system design
Experience building or supporting event-driven systems, messaging frameworks, or service-oriented architectures
A clear communicator who can work independently and help teammates grow
Experience developing systems that interface with hardware, robotics, or real-world operational environments is a plus
Experience in robotics or an adjacent industry (hardware, low-latency systems) with a software architecture focus
Experience working across multiple programming languages
Experience with real-time systems
Experience managing large volumes of data
Deep knowledge of robotics middleware (e.g., ROS, Zenoh, DDS)
Deep knowledge of GPUs
Stand-out candidates will have one or more of the following
This job is found at InterviewStack.io
Skills
About Pickle Robot
Pickle Robot is a pioneer in Physical AI for supply chain applications, specializing in AI-enabled robotic automation systems tailored for unloading trailers and containers.