Telexistence

Lead the strategy and execution of the robotics foundation model team, ensuring reliable and scalable AI technology for real-world robots.

Coordinates data-generation operations for humanoid-robot training, managing field teams and BPO partners, worksite setup and logistics, dataset quality checks, and feedback to development teams.

Lead the engineering of a full-stack software platform for humanoid robots, focusing on system architecture and team management.

Develops real-time motion-planning and control software for TX Phantom robot manipulators, integrating actuator drivers and ROS components to bring the robotic solution into operational use.

Builds software and automation for robot deployment and repair, including update workflows, diagnostics, monitoring tools, log analysis, and field-operation improvements.

Lead robot deployment projects by structuring customer requirements, planning operations, coordinating internal teams, and driving implementation and post-launch improvements.

Lead the finance function and drive the company toward a successful IPO, focusing on financial strategy and capital management.

Establishes and manages a robot data collection center, overseeing operator recruitment, shifts, training, manuals, KPIs, process and quality improvement, escalations, and team operations.

Support the Data Foundry business launch by managing KPIs and milestones, designing processes and SOPs, preparing reports, handling grant administration, and coordinating audits and stakeholders.

Own full-cycle recruiting from intake through offer acceptance, partner with hiring managers, manage ATS pipelines, support candidate experience, and report hiring metrics.

Leads full-cycle recruiting for non-technical roles, partnering with hiring managers on sourcing, assessment, candidate experience, ATS operations, reporting, and process improvement.

HR Business Partner supporting managers across group companies through performance cycles, workforce planning, people analytics, employee relations and HR process-building.

Leads FP&A and investor relations for a robotics business, building plans, budgets and financial models, reporting KPIs, supporting fundraising and IPO preparation, and coordinating across teams.

Lead corporate governance and general affairs, including board and shareholder meeting administration, Companies Act compliance, registrations, approval workflows, contracts, seals, office facilities, and daily administrative operations.

Develops retail robotics partnerships, manages convenience-store accounts, proposes robot adoption solutions, and coordinates customer, product, operations, and engineering teams.

Design spare-parts supply chains, warehouse and transport networks, and repair-vendor controls for robot field services, using inventory data and KPIs to support nationwide deployment.

Supports post-deployment use of a beverage-display solution by coordinating store implementation, resolving field issues, monitoring KPIs, and improving client operations.

Lead support role for logistics robots, based in Tokyo.

Lead the initiative to bring Telexistence’s robot assembly process in-house, moving assembly work previously outsourced to external partners into the product development and production team.

Develops hardware for logistics robotics within an engineering team that builds robotics hardware, software, and AI technologies in-house for remotely operated, AI-equipped robots.

Lead a small Retail HW team building the Ghost drink-restocking robot from prototype through production, with hands-on design, integration, sourcing, testing, and failure analysis.

As a QA/QC Engineer, you will ensure our products meet and exceed quality standards by collaborating with production and delivery teams.

The Tokyo-based Field Service & Deployment Mechanic role focuses on field service and deployment for Telexistence’s remote-controlled robots, which use artificial intelligence.

Design, test, and deploy electrical systems for robotic platforms, covering PCBs, power distribution, sensors, communications, safety, debugging, reliability, and production support.

Design and develop mechanical systems for robotic products, using CAD, 2D drawings, prototyping, testing, and engineering analysis to move electromechanical hardware toward production.

Operate humanoid robots through scenarios, collecting data for AI behavior learning at a new data collection center. The role requires sustained concentration and interest in robotics.

Develop perception software for a custom retail robot, using computer vision, deep learning, sensor data, and model optimization to improve autonomous pick-and-place performance.

Develop control software for robot manipulators, using advanced mathematics and algorithm expertise to support motion planning for TX GHOST, a self-developed robot.

Shape product strategy for a robot-operations platform, translating user and business needs into specifications and roadmaps while coordinating frontend, backend, design, and business teams.

Lead the System Applications organization for logistics robotics, owning architecture, teams, budget, and delivery across C#/.NET, TypeScript, Azure, frontend, backend, and cloud services.

Develop firmware in C/C++ for microcontrollers and Embedded Linux, connect sensors and actuators through ROS and real-time protocols, and support robotics product reliability.

Design, train, and deploy multimodal foundation models combining vision, language, and action for autonomous robotic tasks, using teleoperation data and optimizing on-robot performance.

Leads integration of custom and mobile robots with cloud components and human interfaces, using C++/ROS2 software and perception and motion-control algorithms for logistics automation.

Leads logistics-robot deployment projects, translating customer workflows into operating plans and coordinating internal and external stakeholders. Drives project launch, adoption, performance evaluation and ongoing improvements.

Leads general affairs and EHS across offices, development and robot sites, overseeing facilities, safety systems, risk assessments, incident prevention and business-continuity planning.

Sources components for AI robots, identifying suppliers and managing procurement from prototype evaluation through mass production, including cost review and supplier negotiations.

Design electrical systems for logistics robots, from circuit and PCB layouts to manufacturing coordination and validation. Work includes motor-control circuits, electrical safety, harness development, and MCU firmware.

Build production systems for in-house robots, document assembly procedures, establish inspections, analyze line flow, and improve equipment and manufacturing quality.

Leads unresolved robot-hardware challenges from system definition and hypothesis testing through hands-on design, prototyping and validation, while guiding cross-disciplinary technical decisions.

Develops fleet-management software for autonomous mobile robots, covering task coordination, traffic management, navigation integration, and system reliability.