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Experience Level
Senior
Qualifications
Minimum Qualifications:Technical Expertise: Proven ability to deliver high-quality mechanical designs, supported by a strong academic background or significant professional experience in robotics, automotive, or automation sectors. Experience in Motion Subsystems: A minimum of 10 years in designing mechanical components, including drivetrain assemblies, lifting mechanisms, or mobile robot structures. CAD Proficiency: Mastery in 3D modeling and detailed 2D drafting using SolidWorks or similar software, including GD&T application. Real-World Design Experience: Familiarity with DFM/DFA principles, mechanical tolerancing, and material selection for production-grade components. Practical Debugging Skills: Capability to prototype, test, and troubleshoot hardware issues, especially in deployed or customer-facing systems. Fluent in English and proficient in Japanese for effective communication with local suppliers.
About the job
Join Rapyuta Robotics, an innovative spin-off from ETH Zurich, on a mission to revolutionize the logistics industry with accessible robotic solutions. We are looking for passionate individuals who thrive on collaboration and are eager to challenge boundaries in technology and teamwork, making significant contributions to the future of robotics.
As a Senior Mechanical Engineer at Rapyuta Robotics, you will work hand-in-hand with Electronics Engineers, Embedded Software Engineers, Procurement Specialists, and our Manufacturing partners. Your role will focus on advancing the capabilities of robotics hardware, pushing the limits of what is achievable.
Key Responsibilities:
Mechanical Design: Create durable and cost-effective mechanical components for Automated Guided Vehicles (AGVs), Autonomous Mobile Robots (AMRs), elevators, and battery exchangers, including chassis, suspension systems, lifting mechanisms, and drive assemblies.
Analysis and Validation: Conduct thorough structural, kinematic, and tolerance analyses to ensure safety, reliability, and performance across diverse payloads and operational conditions.
Prototyping and Testing: Develop and assess prototypes, resolve mechanical issues arising from field feedback, and lead design iterations based on test results and operational insights.
Manufacturing Coordination: Ensure Design for Manufacturing (DFM) and Design for Assembly (DFA) compliance, facilitate vendor communications for part production, and engage in pre-production builds.
About Rapyuta Robotics
Rapyuta Robotics is at the forefront of making robotics technology accessible to the logistics sector. As an ETH Zurich spin-off, our commitment to innovation empowers businesses to leverage automation solutions that enhance efficiency and productivity in their operations.
Location: Tokyo, Japan (MJHQ) About Mujin Mujin develops technology that drives industrial automation forward. Our core product, MujinOS, powers robotics in warehouses and factories worldwide. Using our proprietary Machine Intelligence (MujinMI) approach, we combine digital twins, advanced perception, planning, and control algorithms to enable fully autonomo…
Join our rapidly evolving Tokyo Engineering team at rapyuta robotics as we rise to meet the growing demands of our clients—from managing a handful of robots to orchestrating hundreds, from operating small teams to building multiple collaborative squads. Our partnership with leading enterprise customers in Japan enables us to deliver innovative robotics solutions by leveraging our state-of-the-art cloud robotics platform, rapyuta.io, and the wider ecosystem. The mission of our team is to engineer groundbreaking, scalable, and resilient robotics systems.As a Robotics Systems Engineer, you'll serve as a crucial link between robotics engineers, quality assurance engineers, and deployment engineers, ensuring the seamless integration of robotics software with infrastructure.The ideal candidate will flourish in a dynamic, collaborative setting and will relish the opportunity to work directly with cutting-edge robotics systems and platforms.The Systems team undertakes a wide array of responsibilities that collectively ensure the deployment, validation, and long-term reliability of robotic systems. Team members are expected to contribute to one or more of these areas, work closely with colleagues, and aid in achieving our shared goals.Key Responsibilities:Deployment Tooling & System ConfigurationConstruct and sustain deployment automation and reusable deployment pipelines.Enhance standardization and repeatability of deployments across various environments.Design and maintain system configuration tools for validation and consistency.Prepare configuration packages for both testing and production deployments.Quality Assurance Infrastructure & Continuous IntegrationMaintain and support shared quality assurance infrastructure integrated into continuous integration pipelines for robotic solutions.Improve the robustness and consistency of automated test execution.Support the infrastructure for automated validation and nightly regression testing across hardware-software integrations.Assist in the development and maintenance of hardware-in-the-loop (HIL) test systems.Ensure that HIL infrastructure reliably integrates with development and validation workflows.Simulation InfrastructureEstablish and maintain simulation environments that enable safe and scalable validation.Empower development teams to validate changes before system integration.Utilize simulation outputs for benchmarking, test planning, and performance analysis.Automation & Long-Term System ImprovementsDrive long-term enhancements in automation and system reliability.
Join Rapyuta Robotics, an innovative spin-off from ETH Zurich, on a mission to revolutionize the logistics industry with accessible robotic solutions. We are looking for passionate individuals who thrive on collaboration and are eager to challenge boundaries in technology and teamwork, making significant contributions to the future of robotics.As a Senior Mechanical Engineer at Rapyuta Robotics, you will work hand-in-hand with Electronics Engineers, Embedded Software Engineers, Procurement Specialists, and our Manufacturing partners. Your role will focus on advancing the capabilities of robotics hardware, pushing the limits of what is achievable.Key Responsibilities:Mechanical Design: Create durable and cost-effective mechanical components for Automated Guided Vehicles (AGVs), Autonomous Mobile Robots (AMRs), elevators, and battery exchangers, including chassis, suspension systems, lifting mechanisms, and drive assemblies.Analysis and Validation: Conduct thorough structural, kinematic, and tolerance analyses to ensure safety, reliability, and performance across diverse payloads and operational conditions.Prototyping and Testing: Develop and assess prototypes, resolve mechanical issues arising from field feedback, and lead design iterations based on test results and operational insights.Manufacturing Coordination: Ensure Design for Manufacturing (DFM) and Design for Assembly (DFA) compliance, facilitate vendor communications for part production, and engage in pre-production builds.
Mujin is at the forefront of industrial automation, developing MujinOS, an intelligent operating system designed for industrial robotics. By harnessing real-time digital twins, MujinOS effectively connects and orchestrates various equipment, enabling fully autonomous operations.Our core innovation, Machine Intelligence (MujinMI), represents a groundbreaking approach that offers advanced algorithms for perception, planning, and control, tackling the most complex automation challenges.Recognized by leading global companies, we are transforming supply chain efficiency. With our headquarters in Japan and expanding teams across China, the US, and Europe, we invite you to be part of a vibrant team where you can contribute to shaping the future of automation.We are seeking a dedicated Backend Engineer to design, develop, and manage the core backend systems that underpin our industrial robotics platforms. In this role, you will assume full responsibility for backend components that support robot controllers, collaborating closely with hardware, sensors, and operating systems to deliver dependable, high-performance systems in production settings. You will focus on designing and maintaining low-latency services, data-intensive pipelines, and resilient communication paths that significantly impact system performance on the factory floor. This position demands strong systems thinking, a commitment to performance and reliability, and the ability to independently drive improvements within complex and evolving systems.
Mujin is at the forefront of innovation in the field of industrial robotics, creating MujinOS, a cutting-edge intelligent operating system. By employing real-time digital twins, MujinOS effortlessly integrates and orchestrates machinery to enable fully autonomous operations.Central to our operations is Machine Intelligence (MujinMI), a distinctive methodology that provides sophisticated perception, planning, and control algorithms to tackle the most complex automation challenges.With our solutions trusted by leading global corporations, we are revolutionizing supply chain efficiency. Based in Japan, our teams are expanding in China, the US, and Europe. We welcome you to join our vibrant environment where your contributions can shape the future of automation.As a Senior Embedded Software Engineer specializing in Functional Safety, you will be responsible for developing embedded software tailored to functional safety systems. You will design multiple software components in alignment with functional safety standards, and you will collaborate closely with various development teams (hardware, software, robotics, and testing) to ensure that designs are implemented, verified, and validated according to system requirements and safety targets.This role offers the exciting opportunity to engage from the initial design phase of a product and witness the comprehensive process of how innovative products come to life.
rapyuta robotics seeks a C++ Software Developer to join its team in Koto City, Tokyo. This role centers on building software for robotics projects, with a focus on achieving strong performance and reliability. Key responsibilities Design, develop, and maintain software applications using C++ Optimize applications for speed and responsiveness, especially when processing front-end requests Collaborate with cross-functional teams to define, design, and deliver new features Requirements Solid understanding of software development principles and best practices Interest in robotics technology and a drive to build meaningful solutions Enjoys working with others to tackle technical challenges This position is well suited to those who enjoy coding and want to contribute to the advancement of robotics. rapyuta robotics welcomes applications from candidates eager to make an impact in this field.
About Rapyuta RoboticsFounded in 2014 as a spin-off from ETH Zurich, Rapyuta Robotics is a pioneering company in the robotics industry. Our vision, 'Empowering Lives With Connected Machines', aims to enhance human productivity by automating routine tasks, allowing individuals to engage in more intellectual and creative pursuits. With a total funding of approximately 10.6 billion yen, we have developed the cloud robotics platform 'rapyuta.io', enabling seamless integration of various robots on a common infrastructure. Our solutions optimize multi-robot path planning and task distribution using swarm control AI.In the logistics sector, we enhance productivity and flexible automation by integrating picking assist robots, automated warehouses, and automated forklifts on a unified cloud platform, minimizing the need for extensive renovations in existing warehouses.Key Solutions (Award-Winning)Rapyuta PA-AMR (Picking Assist Robot): Doubles picking productivity and captures approximately 70% of the domestic market (2023 Good Design Award winner).Rapyuta ASRS (Flexible Automated Storage): Achieves up to 10 times higher operational productivity and 2.5 times better storage efficiency (2024 Gold Award at Good Design).Rapyuta AFL (Automated Forklift): Automates pallet transport, integrating seamlessly into existing warehouses, including support for night-time unmanned operations.Role OverviewThe Accounting team is in a crucial phase of leading the organization's structure and systems, especially as we embark on significant business expansion and preparations for an IPO. This position is not limited to routine tasks; we seek to enhance month-end closing processes, improve internal controls, and elevate management accounting capabilities. Given the complexity of our business model (RaaS/subscription model and large-scale projects like ASRS/AFL), the role aims to strengthen our finance function in terms of both financial reporting quality and support for management decision-making.Contributing in a Global Environment: Our diverse organization has about 80% of employees from various countries (34 different countries), and you will be involved in consolidated financial statements, including international tax and legal perspectives.Embodiment of Core Values: We value 'Fearlessness' (the courage to challenge and learn from failures) and 'Drive' (a passion for learning and proactivity), and we seek individuals ready to thrive in a fast-paced startup environment while building systems from the ground up.This position allows for deep involvement in constructing an accounting framework and internal controls aimed at an IPO, while also engaging in business planning, providing a unique opportunity for growth as a finance professional who understands the business structure.Key ResponsibilitiesYour role encompasses establishing accounting procedures aligned with our evolving business landscape and ensuring compliance with standards expected from a publicly listed company.Financial Closing and Reporting (Ensuring Reporting Quality)Accurate and efficient execution of daily operations (cash management, journal entries, expense reviews) to stabilize operational foundations.Accelerate month-end closing through monthly account reconciliations, balance analysis, and report creation.Support quarterly and annual closings, collaborating with domestic and international audit firms to continuously improve financial reporting quality.Management Accounting and Business Collaboration (Enhancing Decision-Making)Conduct profitability analyses and budget management for our subscription (RaaS) model and ASRS/AFL projects, providing valuable insights for management decisions.Prepare data for inventory (AMR/ASRS hardware) to enhance management accounting practices.Internal Control and Disclosure (Preparing for IPO)Organize and design comprehensive business processes related to robot deployment, sales, and operations in anticipation of our IPO.Establish and operate internal control mechanisms (J-SOX) while documenting essential processes.Assist in the preparation of disclosure documents, ensuring compliance with the information disclosure standards required for publicly listed companies.Improvements and Digital Transformation (Standardizing and Automating Operations)Lead initiatives to standardize and automate accounting operations (DX) while reviewing workflows and implementing various tools.Tax ComplianceWork alongside tax advisors to assist with corporate and consumption tax filings.Contribute to building a foundation for global tax compliance, addressing international tax issues related to transactions with overseas subsidiaries.RequirementsEssential Qualifications: ...
rapyuta robotics is expanding its Engineering team in Tokyo to support the needs of enterprise clients as they move from small robot deployments to large, coordinated fleets. The company develops advanced logistics automation using its cloud robotics platform, rapyuta.io. Role overview The Quality Assurance Architect - Robotics & Automation will shape and manage the entire QA ecosystem for robotics and automation projects. This includes designing test strategies, building and maintaining test infrastructure, and driving automation efforts. The role involves close collaboration with multiple agile teams to ensure quality governance is consistent and effective. What you will do Design and oversee the quality assurance ecosystem, including test strategy, infrastructure, and automation for robotics and automation systems. Integrate QA processes with CI/CD pipelines to support continuous delivery and maintain high standards across teams. Work directly with both real and simulated robots, verifying reliable operation in both production and testing scenarios. Develop scalable testing frameworks tailored to the unique needs of robotics and automation. Lead initiatives to embed quality considerations throughout all stages of the product lifecycle. Who thrives here This position fits QA professionals who are comfortable working where software, hardware, and systems engineering meet. Building cohesive workflows and ensuring quality at scale are central to success in this role. Location Tokyo, Tokyo, Japan
At Mujin, we are pioneering the future of industrial robotics with our innovative operating system, MujinOS. Our technology utilizes real-time digital twins to seamlessly connect and manage equipment, enabling fully autonomous operations.Central to our efforts is Machine Intelligence (MujinMI), which offers advanced algorithms for perception, planning, and control to tackle complex automation challenges.We are trusted by leading global companies and are committed to reshaping supply chain efficiency. With our headquarters in Japan and expanding teams in China, the USA, and Europe, we invite you to be part of a vibrant environment where you can influence the trajectory of automation.The Robotics System Team is responsible for developing the core algorithmic layer of MujinOS, incorporating control algorithms, real-time motion planning, and advanced packing algorithms. This foundational layer facilitates applications such as palletizing, piece-picking, and depalletizing, empowering users to craft solutions efficiently on our platform.Our dynamic and agile work culture fosters close collaboration, encourages open idea sharing, and promotes rapid iteration. We highly value continuous learning and technical curiosity.As a Senior Robotics Algorithm Engineer, you will design, develop, and implement sophisticated algorithms that drive Mujin's real-time industrial robotic systems.Team Structure & SpecializationsOur team comprises three main algorithmic tracks where you can specialize while working collaboratively across all:Control AlgorithmsFocus on real-time trajectory control, robot dynamics, multibody modeling, and precise execution.Motion PlanningEngage in collision checking, sampling-based planning, optimization-based planning, and high-speed bin-picking motions.Packing AlgorithmsWork on geometric reasoning, packing optimization, item fitting strategies, and rapid combinatorial searches.
Mujin is at the forefront of industrial robotics with our revolutionary MujinOS, a cutting-edge intelligent operating system. By utilizing real-time digital twins, MujinOS enables the seamless connection and orchestration of equipment, paving the way for fully autonomous operations.At the heart of our innovation is Machine Intelligence (MujinMI), a distinctive methodology that delivers advanced perception, planning, and control algorithms to tackle the most complex automation challenges.Trusted by leading global brands, we are transforming supply chain efficiency. With our headquarters in Japan and expanding teams in China, the US, and Europe, we invite you to join a vibrant workplace where you can impact the future of automation.Team OverviewAs a Senior Software Engineer on Mujin's Warehouse Execution System (WES) & Fleet Management (FM) team, you will be instrumental in designing, developing, and deploying our state-of-the-art warehouse execution and fleet management systems. Our team operates at the intersection of robotics, automation, and software engineering, striving to optimize warehouse operations and ensure the smooth orchestration of robots and industrial machinery.Key Responsibilities- Architect, develop, and sustain robust WES software for effective inventory management, scheduling, and order fulfillment.- Integrate and implement drivers for an array of industrial hardware, including robots, conveyors, 3D cameras, sensors, PLCs, AGVs, ASRS, and WMS.- Engage with real-time operating systems (RTOS) and networking protocols to guarantee system performance and low-latency communication.- Uphold system security by deploying strong encryption and access control protocols.- Design and refine high-performance backend services and APIs for smooth integration with third-party warehouse software.- Develop scalable HTTP servers to support extensive warehouse operations.- Collaborate closely with backend and frontend teams to enhance system usability and user experience.- Maintain code quality and testing frameworks to ensure system reliability.- Occasionally visit client sites, both locally and internationally, for deployment and support.- Address complex technical challenges in a dynamic environment.- Undertake additional tasks as necessary to support team objectives.
At Rapyuta Robotics, an innovative spin-off from ETH Zurich, our mission is to revolutionize the robotics landscape, making advanced robotic solutions accessible for the logistics sector. We are on the lookout for passionate individuals who thrive in collaborative environments, are driven to push boundaries, and aspire to create meaningful impacts in the world.As the Engineering Manager, you will spearhead a cross-functional team dedicated to developing reliable robotic and software systems for real-world applications. Your leadership will be pivotal in fostering team health, performance, and achievement, while aligning our engineering practices with high standards and our core values.Key Responsibilities:Team Leadership: Cultivate and guide a high-performing squad by effectively recruiting and onboarding talent, conducting meaningful 1:1 sessions, providing prompt feedback, and addressing performance issues. Encourage a culture of courage, accountability, and constructive dialogue.Project Delivery: Manage end-to-end squad delivery by converting strategic objectives into actionable goals and plans, ensuring solid execution with established quality benchmarks, and maintaining transparent communication regarding progress, risks, and trade-offs with stakeholders.Technical Oversight: Lead or coordinate technical strategy, guarantee that architectural choices are well understood and executed, and champion engineering excellence across design, testing, observability, incident response, and the ongoing reduction of technical debt.
About Applied IntuitionApplied Intuition, Inc. is at the forefront of advancing physical AI technologies. Established in 2017 and boasting a valuation of $15 billion, this Silicon Valley powerhouse is developing essential digital frameworks to infuse intelligence into every moving machine globally. Our solutions cater to a diverse range of sectors, including automotive, defense, trucking, construction, mining, and agriculture, across three primary areas: tools and infrastructure, operating systems, and autonomy. Trusted by 18 of the top 20 global automakers, alongside the U.S. military and its allies, our offerings are pivotal in delivering physical intelligence. Our headquarters is situated in Sunnyvale, California, with additional offices in Washington, D.C.; San Diego; Ft. Walton Beach, Florida; Ann Arbor, Michigan; London; Stuttgart; Munich; Stockholm; Bangalore; Seoul; and Tokyo. Discover more at applied.co.We believe in an in-office culture, expecting our team members to work from the Applied Intuition office five days a week. However, we value flexibility and trust our employees to manage their schedules responsibly, which may include occasional remote work, starting the day with morning meetings from home, or leaving early to accommodate family commitments.About TokyoSince our entry into the Japanese market in 2019, Applied Intuition has swiftly expanded, forming strategic alliances with leading Japanese automotive OEMs. Our Tokyo office, located in the Otemachi area, is home to over 60 talented employees, many of whom have backgrounds from esteemed companies like Google, Mobileye, TIER IV, Woven by Toyota, and Tesla.Position Overview (Japanese language not required)We are seeking an innovative Embedded Software Engineer to spearhead the development of sophisticated software solutions for production vehicles. This role will involve providing technical guidance, prioritizing effectively, and applying best practices to complex in-vehicle software systems. You will collaborate directly with clients to assist in the development, porting, and integration of software applications into the Vehicle Operating System, ensuring seamless functionality across various vehicle domains.
At Mujin, we are pioneering the future of industrial robotics with our innovative operating system, MujinOS. Utilizing real-time digital twins, MujinOS expertly coordinates equipment to facilitate complete autonomy in operations.Our foundation lies in Machine Intelligence (MujinMI), which offers advanced perception, planning, and control algorithms designed to tackle the most complex challenges in automation.Recognized by leading global companies, we are transforming supply chain efficiency. With our headquarters in Japan and expanding teams in China, the U.S., and Europe, we invite you to join a vibrant environment where you can influence the future of technology.Position OverviewAs a Senior Electronics Design Engineer, you will spearhead the development of cutting-edge controller system hardware for Mujin. Your expertise in both electronics and software engineering will enable you to collaborate effectively with software development, system integration, and corporate teams to deliver our advanced robotics systems to our esteemed customers. Join us in pushing the frontiers of technology and revolutionizing the industry.Qualifications- Proven experience in computer motherboard design.- Expertise in high-speed signal circuit design and PCB layout.- Background in designing high-reliability electronics for extended mission durations.- Ability to create products that ensure optimal performance and profitability within deadlines.- Familiarity with various aspects of mechatronic system design, including low-level embedded system coding, high-level control systems, and mechanical design.- Knowledge of hardware-software interfaces.- Strong communication skills to liaise with engineering, sales, quality, production, and marketing teams.Responsibilities- Conduct research and develop system hardware architecture...
At Mujin, we are driven by a grand vision: to liberate people from arduous labor, allowing humanity to focus on creativity and technological innovation. We are revolutionizing industrial automation.Our core technology includes the unique machine intelligence known as MujinMI and our integrated control platform for robots and automation devices called MujinOS. MujinOS leverages real-time digital twin technology to eliminate the need for traditional programming and teaching in industrial automation. We are seeking individuals to join our dynamic environment as we work to establish the global standard in industrial automation, solving complex automation challenges and accelerating supply chain digital transformation.About the TeamOur team is responsible for the foundational algorithm layer of MujinOS, which integrates control algorithms, real-time motion planning, and advanced packing algorithms. This layer supports downstream applications like palletizing, piece picking, and depalletizing, enabling users to efficiently build solutions on our platform.We thrive in a fast-paced Agile environment that values close collaboration, open idea reviews, and rapid iteration. A culture of continuous learning and technical curiosity is strongly encouraged.As a member of the Robotics System Team, you will be tasked with designing, developing, and implementing advanced algorithms that support Mujin's real-time industrial robot system.Areas of Responsibility and Team StructureThe team is divided into three main areas, allowing you to collaborate across disciplines while focusing on your specialty.Control Algorithms: Real-time trajectory control, robot dynamics, multi-body modeling, and precise execution control.Motion Planning: Interference checking, sampling-based motion planning, optimization-based planning, and high-speed bin picking operations.Packing Algorithms: Geometric reasoning, packing optimization, item placement strategies, and rapid combinatorial exploration.
About Rapyuta RoboticsFounded in 2014 as a spin-off from ETH Zurich, Rapyuta Robotics is a pioneering robotics company dedicated to enhancing lives through connected machines. Our vision, "Empowering Lives With Connected Machines," drives our mission to facilitate automation in the 3K industries, enabling people to engage in more intelligent and creative work. With approximately 10.6 billion yen raised, we provide solutions that connect various robots on a common cloud platform, optimizing route planning and task allocation through swarm control AI.In the logistics sector, we integrate picking assist robots, automated warehouses, and automated forklifts on the same cloud platform, achieving productivity improvements and flexible automation in existing warehouses without the need for extensive renovations.Key Solutions (Award-Winning)Rapyuta PA-AMR (Picking Assist Robot): Doubles picking productivity, capturing approximately 70% of the domestic market (Winner of the 2023 Good Design Award).Rapyuta ASRS (Flexible Automated Warehouse): Achieves up to 10 times higher productivity and 2.5 times better storage efficiency (Winner of the Gold Prize at the 2024 Good Design Award).Rapyuta AFL (Automated Forklift): Automates pallet transportation and can be flexibly integrated into existing warehouses, supporting unmanned operation at night.Role OverviewWe are seeking a Logistics Consultant responsible for the successful implementation of the cutting-edge Rapyuta ASRS solution. This innovative automated warehouse system addresses the challenges of high costs, the need for extensive renovations, and difficulty in layout modifications typically associated with traditional automated warehouses.Flexibility and Cost-Effectiveness: Utilizes a unique block structure (glass-reinforced resin) that does not require anchoring for installation, allowing stepwise integration while avoiding existing warehouse supports. This enables easy relocation, expansion, or reduction, facilitating investment decisions with long-term business risks in mind.High Performance: Leveraging advanced swarm control AI and the industry's thinnest small robots, we maximize vertical space utilization to achieve up to 10 times productivity and 2.5 times storage efficiency.Award-Winning Innovation: Our groundbreaking solutions have been recognized with the Gold Prize at the 2024 Good Design Award (Top 100).As a Logistics Consultant, you will analyze complex logistics and management challenges faced by our clients, leveraging data-driven proposals that maximize the advantages of our advanced swarm control AI and flexible structural design. Your contributions will significantly enhance our customers' operational efficiency and space utilization.To effectively communicate the ROI and alleviate client concerns, your ability to conduct high-precision simulations will be crucial. This role offers the opportunity to deepen your expertise while providing sustainable value to society across diverse industry logistics environments.ResponsibilitiesSolution Proposal and Design (Data-Driven Implementation Plans)Logistics Challenge Analysis and ROI Design: Visit client sites to perform detailed analyses of logistics flows, operational efficiency, and volume fluctuations (peak/off-peak) to identify challenges. Calculate specific ROI for ASRS implementation and propose data-backed improvement strategies.High-Precision Simulation Execution and Validation: Based on client data, simulate the optimal number of ASRS robots, shelf heights (up to 13 layers), throughput, and elevator placements to validate proposals, ensuring clients understand the content visually and intuitively.Solution Design: Utilize the flexible characteristics of Rapyuta ASRS and the strengths of swarm control AI to design optimal workflows, storage systems (up to 2.5 times storage efficiency), and picking station layouts considering existing warehouse constraints (columns, fire compartments, etc.).Integration Design with Higher-Level Systems: Define requirements for interfacing with existing systems such as WMS (Warehouse Management System) and ERP, as well as data integration methods like API/CSV, supporting proposals that minimize integration effort and risk.Implementation Support and Project PromotionRequirements Definition and UAT Design Promotion: Collaborate with Field Sales and Business Analysts to create detailed requirements definitions that translate proposals into actionable plans. Lead the design and execution of UAT (User Acceptance Testing) during implementation, ensuring a final verification process for stable operations.Operational Logic Design: Engage in designing operational logic, including optimizing inventory placement and adjusting swarm control AI parameters to maximize performance in the field post-implementation.Technical and Safety Coordination on Site: Even with an anchoring-free block structure, it is crucial to accurately communicate technical installation requirements to the site, including adjustments for installation and safety measures (e.g., separation of paths with forklifts), as well as server equipment installation requirements (temperature management, space allocation).
About rapyuta-roboticsAt rapyuta-robotics, our core value is 'Empathy'. We strive to automate arduous, hazardous, and dirty tasks, allowing individuals to engage in more intellectual and creative endeavors. Utilizing cutting-edge control and artificial intelligence technologies, we develop robotics platforms and solutions aimed at fostering a society where such automation is a reality. With over ¥10 billion in funding and consistent annual growth, we boast a diverse team of over 200 international members from more than 30 countries, operating out of Japan, India, and the United States. We are currently seeking passionate and talented individuals to further advance the robotics revolution.Role and ResponsibilitiesThis role is critical in leading various stakeholders both internally and externally to ensure the successful initial implementation of our solutions at logistics sites. Depending on your experience, you will be assigned to specific solutions, managing projects ranging from tens of millions to billions of yen. You will engage with the latest robotics technologies and challenging projects that enhance your market value.Throughout the implementation process, clients may present additional requirements within tight deadlines. You will need to simplify complex issues, analyze them based on fundamental principles, and take action without fear of failure. It is essential to negotiate with clients while respecting their needs and ensuring that the demands do not become overly individualized, facilitating understanding within our internal teams to converge on an appropriate scope of realization.Main Duties:Proposal Support: Collaborate with logistics consultants and business analysts to deeply understand client needs and operational challenges, aiding in the design of optimal solutions. For smaller, standard projects, you may lead the entire proposal phase without a consultant's assistance, including customer engagement.Implementation Leadership: Work closely with field engineers to coordinate with clients, contractors, network operators, and other vendors, leading the entire implementation process up to User Acceptance Testing (UAT).Post-Implementation Handover: After the project goes live, ensure a smooth transition to operational team members by sharing the project background, design intent, known challenges, organizing related documentation, and confirming our support system to facilitate stable operations.
About Woven by ToyotaWoven by Toyota is at the forefront of Toyota’s transformative journey into a comprehensive mobility company. With a commitment to innovation that benefits society, we aim to redefine mobility through human-centric solutions that enhance the way it serves our communities.Our operations are driven by four key areas: AD/ADAS, focusing on autonomous driving and advanced driver assistance systems; Arene, our state-of-the-art software development platform for software-defined vehicles; Woven City, which serves as a testing ground for innovative mobility concepts; and Cloud & AI, which forms the backbone of our collaborative digital infrastructure. Our business-critical functions empower these teams to meet our ambitious goal of achieving zero accidents and promoting well-being for everyone.=========================================================================TEAMDeveloping high-quality automated driving systems and advanced driver assistance systems (ADAS) presents a unique set of challenges and urgency. To succeed, it is essential to carefully design the software architecture, development processes, environments, and testing methodologies.Our team has two primary objectives:1. To establish and enhance software development standards that ensure compliance with automotive industry benchmarks.2. To ensure that development activities across teams are executed effectively, leading to high-quality outcomes. We believe that active engagement and effective communication, paired with expertise in international standards, process models, software technologies, and development management, are crucial for advancing these initiatives. WHO ARE WE LOOKING FOR?We are looking for outstanding engineers who can design and implement systems that ensure the quality of our products. In this role, you will collaborate closely with various teams, including system design, architecture, development, testing, project management, and other stakeholders across our group companies. We appreciate individuals who can work flexibly across teams to develop effective solutions, leveraging their experience in software quality management. Establishing strong relationships with stakeholders is vital to our success.
About Rapyuta RoboticsAt Rapyuta Robotics, we are driven by our core value of "Empathy". Our mission is to automate arduous, dirty, and dangerous tasks, enabling people to engage in more intellectual and creative work. We develop cutting-edge robotics platforms and solutions utilizing advanced control and artificial intelligence technologies, supporting their deployment and operation in various enterprises. Having raised over 10 billion yen in funding, we continue to experience significant growth year after year, with a diverse team of over 200 members from more than 30 countries operating in Japan, India, and the United States.We are currently on the lookout for passionate individuals who possess exceptional talents to join us in further driving the robotics revolution.Roles and ResponsibilitiesThis position involves close collaboration with various stakeholders, both internal and external, to support the implementation of solutions at customer sites and address subsequent challenges. This is a unique opportunity to help shape the future of robotics in Japan's warehouse logistics industry.We seek individuals who can simplify complex problems, analyze situations based on fundamental principles, and take action without fear of failure. We value team players who prioritize the needs of the team and, most importantly, the customer.Main DutiesDuring Product Implementation (Start Phase)Server Setup: Pre-setup servers for use at customer warehouses.Mobility & Requirements Testing: Conduct tests on robots to verify mobility and identify gaps in requirements, making adjustments as necessary.Initial Support: Visit customer warehouses immediately after activation to troubleshoot issues, collaborating with the engineering team to propose improvements.After Product Implementation (Support & Improvement Phase)Incident Management: Collaborate with the help desk and customers to identify the causes of system issues or unexpected behaviors, working with the engineering team to implement swift solutions.Software Update Management: Conduct tests related to configuration changes and version updates to enhance system performance and productivity in customer warehouses.Enhancing Customer Satisfaction: Based on feedback from other teams (CS), organize and propose improvements in manuals, operations, and additional feature requests to continuously enhance operational quality.Vendor Management: Oversee tasks assigned to external contractors and ensure quality control.
About Woven by ToyotaWoven by Toyota is committed to contributing to Toyota's transformation into a mobility company that occurs once in a century. Inspired by our history of continuous invention for the benefit of others, our mission is to redefine mobility and expand its contribution to society, consistently challenging the norms with innovations that prioritize people.Our activities are centered around four key pillars: autonomous driving and advanced driver assistance systems (AD/ADAS), Arene, a vehicle software production platform for Software Defined Vehicles (SDV), Woven City, a test course for mobility, and the Cloud & AI digital infrastructure that supports our collaborative foundation. Essential functions underpin the implementation of these teams as we work together towards achieving a "zero accident society" and the mass production of happiness.=========================================================================About the TeamDeveloping high-quality autonomous driving systems and advanced driver assistance systems (ADAS) is an immensely complex and urgent challenge. To achieve this, it is vital to meticulously design the software architecture, development processes, environments, and testing methodologies. Our team has two primary objectives:1) To formulate and enhance software development standards that ensure compliance with automotive industry standards by engineers.2) To appropriately conduct cross-team development activities and ensure high-quality deliverables. Utilizing expertise in international standards, process models, software technologies, and development management, we drive these initiatives through proactive engagement and effective communication. Desired CandidateWe are seeking a talented engineer who can design and implement systems to ensure product quality. In this position, you will closely collaborate with various stakeholders within group companies on system design, architecture, development, testing, and project management. We welcome candidates with experience in software quality management who can derive effective solutions flexibly across teams. Building strong relationships with stakeholders is crucial for achieving results in this role. Your direct supervisor will be the Global Process Engineering Team Lead.The work style is hybrid, requiring at least three days a week in the office.
Speechify is looking for a Senior Software Engineer to join the Core Experiences team in Tokyo. This role centers on building and refining features that influence how users engage with Speechify’s products. Role overview The Senior Software Engineer will collaborate with team members from various backgrounds to create and improve software features. The work directly shapes the user experience and helps define the core product’s direction. What you will do Partner with colleagues across disciplines to design and develop new features Build solutions that affect how users interact with Speechify Share ideas and technical knowledge to improve the core product Location This position is based in Tokyo, Japan.
