Robotics Data Pipeline Engineer: Teleoperation Deployment

Proception Inc.; Mountain View, Northern (CA, KY); Hybrid; USD 170,000 - 230,000; Full time

Benefits offered by this job

Competitive salary

Equity

Health, dental, and vision insurance

Dexterous robots access

Research collaboration

YC backed

Job summary

Proception Inc. in Mountain View, CA seeks a Robotics Engineer/Researcher to own the data engine and deployment pipelines for teleoperation systems.

You will design end-to-end data collection, curation, QA, and on-robot deployment, turning robot time into high-quality training data and learned policies into reliable real robots. You will collaborate with AI, hardware, and perception teams, work with multimodal sensors, and shape data collection around model needs in a fast-paced, hands-on

Qualifications

• 01 BS, MS, or PhD in Robotics, Computer Science, Electrical Engineering, or related field — or equivalent experience
• 02 Strong software engineering skills in Python and C++ in Linux environments: you write robust, maintainable systems code that runs on real hardware
• 03 Hands-on robotics experience: hardware bring-up, sensor and actuator integration, calibration, and debugging full-stack issues on physical systems
• 04 Experience building teleoperation and demonstration-collection systems — rigs, operator interfaces, and workflows — and scaling collection throughput and operator efficiency
• 05 Experience building data pipelines for multimodal robot data: ingestion, time synchronization across sensors, storage and dataset formats, curation, filtering, and annotation tooling
• 06 Experience deploying learned policies on real robots: real-time inference, latency and throughput optimization, safety monitors, and graceful failure handling
• 07 Comfortable working with multimodal sensor streams (RGB/depth cameras, proprioception, tactile, force-torque) — drivers, logging, and synchronized capture
• 08 Rigorous about data quality: metrics and visualization for dataset coverage and consistency, automated QA, and regression testing of the collection-to-deployment loop
• 09 (+) Experience with ROS 2 or comparable robotics middleware, real-time systems, and containerized deployment across a fleet of robots
• 10 (+) Familiarity with robot learning workflows (imitation learning, vision-language-action models) — enough to shape data collection around what models actually need
• 11 (+) Experience with dexterous hands, tactile sensing, or contact-rich manipulation setups

Responsibilities

• 01 Design and build the teleoperation and demonstration-collection stack — rigs, operator interfaces, and workflows that maximize throughput and data quality
• 02 Run data collection operations end to end: task and protocol design, operator onboarding, and day-to-day collection on real robots
• 03 Build the pipeline from robot to training set: ingestion, time synchronization of multimodal sensor streams, storage and dataset formats, curation, filtering, and annotation tooling
• 04 Develop the QA, metrics, and visualization tooling that keeps datasets consistent, well-covered, and trustworthy
• 05 Deploy trained policies to real hardware: real-time inference, latency optimization, safety monitors, and graceful failure handling
• 06 Bring up and integrate sensors and hardware — cameras, tactile, force-torque — across collection and deployment rigs
• 07 Collaborate across AI, hardware, and perception teams to close the loop from deployment results back into data collectio

Skills

Python

C++

Linux

Robotics hardware bring-up

Teleoperation systems

Data pipelines

ROS 2

Real-time systems

Sensor fusion

Imitation learning

Multimodal sensors

Education

BS/MS/PhD in Robotics/CS/EE

Tools

ROS 2

Linux development

Git

Job description

Proception Inc. in Mountain View, CA seeks a Robotics Engineer/Researcher to own the data engine and deployment pipelines for teleoperation systems.

You will design end-to-end data collection, curation, QA, and on-robot deployment, turning robot time into high-quality training data and learned policies into reliable real robots. You will collaborate with AI, hardware, and perception teams, work with multimodal sensors, and shape data collection around model needs in a fast-paced, hands-on