Key Responsibilities: a. Develop and maintain a reusable and configurable set of manual and automated test cases tailored for Web, Mobile, and React-Native desktop applications. b. Utilize bug tracking tools such as JIRA, TestRail, Qase ,TestLink, and others effectively to track and manage defects. c. Identify and create reusable test data for diverse testing scenarios, ensuring comprehensive coverage. d. Collaborate closely with a global development team in an Agile environment to ensure high-quality product delivery and adherence to project timelines. e. Support functional, performance, and regression testing efforts to meet project goals and ensure application robustness. f. Conduct compatibility testing across various platforms, including web browsers and mobile devices. Required Skills and Experience: a. 5 to 7 years of experience in QA Engineering with a strong focus on manual and automation testing. b. Proficient in testing Web, Mobile, and React-Native desktop applications. c. Hands-on experience in Agile development environments with a solid understanding of Agile principles and practices. d. Excellent knowledge of software testing methodologies, test planning, and execution strategies with a focus on delivering high-quality software. e. In-depth experience with API testing and automation, including tools like Postman, RestAssured, or equivalent. f. Familiarity with version control systems such as Git for maintaining and managing test scripts and related artifacts. g. Ability to design test strategies, create test cases, and effectively communicate results and defects to stakeholders, including PMs, Scrum Masters, and developers. h. Strong SQL and database skills for verifying and testing database objects and applications. i. Skilled in developing and executing test cases, as well as preparing comprehensive test reports. j. Proven Experience with Playwright k. Ability to desin and implement efficient scalable regression test suites. l. Hands on experience confuguring Jenkins Pipelines. Preferred Qualifications: a. Experience with test automation tools such as Selenium, Appium, and Cypress. b. Proficiency in programming languages such as Python, Java, JavaScript, or TypeScript. c. Familiarity with Continuous Integration/Continuous Deployment (CI/CD) tools such as Jenkins, Maven, or equivalent. d. Knowledge and experience in performance testing tools like JMeter or LoadRunner. e. Understanding of testing cloud-based applications, particularly in an AWS environment. f. Experience in the domain of autonomous or electric vehicles is a significant plus. g. Demonstrated ability to work with IoT devices or systems involving real-time data processing. Project Domain and Context: This role involves working on an autonomous tractor project deployed on Cloud with Python services and MySQL databases. The project focuses on delivering high-quality software solutions for a cutting-edge electric and autonomous vehicle platform. QA Engineers will play a critical role in ensuring the reliability, performance, and scalability of the applications and services
Job Title: Engineering Lead We are looking for a highly motivated Software Engineer to join our Robotics Software team. This is a coding-heavy role that blends backend system design , robotics development , and cloud integration . You'll work across modern infrastructure, real-time robotics frameworks, and GPU-accelerated systems to deliver scalable, autonomous solutions deployed in the real world. Key Responsibilities: Design and implement robust backend services and cloud APIs for robotic systems Develop reusable modules in ROS / ROS 2 for sensor integration, autonomy workflows, and control systems Write performant and maintainable code in Python and C++ , with attention to algorithmic efficiency Build tools for robotic diagnostics, fleet telemetry, logging, and simulation Deploy and manage containerized microservices using Docker , with CI/CD pipelines Optimize GPU-accelerated inference on NVIDIA Jetson (Orin/Xavier) platforms Debug and troubleshoot distributed robotic systems in live deployments and simulation Build automation scripts and monitoring tools for OTA updates, health checks, and telemetry pipelines Collaborate with autonomy, perception, hardware, and cloud teams for end-to-end system integration Required Skills & Experience: Strong proficiency in Python and C++ , with ability to write clean, modular, and testable code Solid understanding of data structures , algorithms, and design patterns especially for performance-critical code Hands-on experience with ROS / ROS 2 , including launch files, services, topics, and custom messages Comfortable in Linux-based development environments , including shell scripting and debugging Proficient with SQL databases (PostgreSQL, MySQL) and designing performant queries Experience working with microservices architecture , REST APIs, and containerized deployments Working knowledge of AWS cloud services (Lambda, API Gateway, EC2, S3, etc.) Familiarity with GPU-accelerated workloads (e.g., TensorRT, OpenCV CUDA, CUDA kernels) on Jetson devices Experience with observability tools like Grafana , New Relic , or similar logging frameworks Bonus Skills: Frontend experience with ReactJS and TypeScript Robotics simulation experience (Gazebo, Ignition, RViz) Understanding of robotic fleet security, OTA update systems, and telemetry protocols Exposure to CI tools (GitHub Actions, GitLab CI/CD, Jenkins) What Were Looking For: A strong coder with real-world experience in both robotics and backend system design Self-starter with an ownership mindset and ability to work independently Team player who thrives in fast-paced environments with hardware/software interaction Clear communicator and problem-solver passionate about real-world robotics
Position Overview We are seeking a highly skilled and motivated Senior SLAM Engineer to join our Autonomy team. You will lead the development and deployment of robust SLAM (Simultaneous Localization and Mapping) systems that are critical to the safe and efficient operation of our autonomous electric tractors. This is a key technical role that requires deep expertise in SLAM algorithms, sensor fusion, real-time robotics, and system-level deployment on embedded platforms. Key Responsibilities Design, develop, and optimize real-time SLAM systems for dynamic and semi-structured agricultural environments. Integrate multi-modal sensor data (stereo/mono cameras, IMU, GPS, wheel encoders) for robust localization and mapping. Research and implement state-of-the-art SLAM techniques (graph-based, visual-inertial, Scan Matching). Ensure real-time performance and robustness in outdoor agricultural environments with limited features. Collaborate with perception, planning, controls, and hardware teams to deliver reliable autonomy stacks. Profile, debug, and optimize performance on embedded compute platforms (e.g., NVIDIA Jetson Orin). Lead field tests and validation efforts, analyze SLAM performance, and iterate on improvements. Mentor junior engineers and contribute to code quality, documentation, and system design. Required Qualifications M.S. or Ph.D. in Robotics, Computer Vision, Computer Science, or related field. 5+ years of experience developing SLAM systems in robotics or autonomous vehicle domains. Deep understanding of and visual-inertial SLAM (e.g., ORB-SLAM, Cartographer, LOAM, VINS-Fusion). Proficiency in C++ and Python; experience with ROS/ROS2. Strong knowledge of sensor fusion, Kalman filters, factor graphs, and non-linear optimization (e.g., GTSAM, Ceres). Familiarity with agricultural or off-road environments and their challenges (e.g., dust, changing terrain, limited GPS). Proven experience deploying SLAM systems on real-world autonomous robots. Preferred Qualifications Experience with embedded systems and real-time SLAM deployment on resource-constrained hardware. Familiarity with deep learning-based localization or semantic mapping. Background in SLAM benchmarking, ground truthing, and field validation tools. Contributions to open-source SLAM or robotics software stacks.
About The Role Were looking for a Senior Product Designer to lead design for Monarch’s digital ecosystem, including vehicle touchscreens, web platform, mobile app, and autonomy control systems. You’ll drive product strategy and interaction design across multiple platforms and user types, creating elegant solutions for complex, high-stakes workflows in real-world environments. You’ll lead projects from 01 and guide them through cross-functional execution, driving clarity in ambiguity and ensuring smooth handoffs to partners across engineering, product, QA, and support. This is a hands-on, high-impact role ideal for designers who thrive at the intersection of hardware, data, and experience design. Key Responsibilities Design and ship end-to-end product experiences across embedded UIs, mobile apps, and web platforms, including autonomy workflows, real-time vehicle interfaces, diagnostics tools, operational dashboards, and field support tools. Own the design process in Figma—from early whiteboarding and information architecture to user flows, journey mapping, wireframes, high-fidelity UI, prototyping, and annotation. Translate highly technical systems (e.g., real-time autonomy, firmware updates, safety overrides, sensor data, and analytics) into intuitive interfaces with clear mental models and actionable interactions. Collaborate closely with product, engineering, firmware, and QA teams to align on requirements, validate feasibility, and ensure high-quality implementation. Define and explore edge cases, error states, and accessibility considerations to ensure robustness in safety-critical, field-based scenarios. Ensure smooth handoffs through clear documentation and walkthroughs, equipping engineering and QA with everything needed to execute independently Conduct or participate in user research, usability testing, and on-site field visits to understand real-world workflows and pain points. Lead and contribute to a scalable design system in Figma, creating reusable components, visual patterns, and documentation for fast scaling and consistency across vehicle, web, and mobile environments. Maintain strong design QA and implementation review, advocating for polish and fidelity to design intent. Champion platform-level consistency and modular scalability across all product surfaces. Requirements & Qualifications 5+ years designing large-scale digital products across embedded interfaces, mobile, and web Proficiency in Figma, with expertise in building and maintaining design systems (components, variants, documentation, prototype flows) Proven experience modeling complex user journeys, decision flows, and prioritizing edge-case UX Strong portfolio showing products that embed technical functions: autonomy controls, sensor visualizations, diagnostics, telemetry dashboards Experience working in data-rich, safety-critical environments Excellent collaboration and communication with engineers, product, and hardware teams Capability to thrive in ambiguity and deliver under startup pace and complexity Preferred Qualifications: Experience designing vehicle touchscreens, autonomy UIs, or embedded control surfaces Familiarity with sensor-driven interfaces, OTA firmware flows, GPS-guided navigation systems, and live telemetry display Exposure to fleet management tools, remote operations planning, or monitoring dashboards Understanding of industrial, robotics, or agricultural workflows Knowledge of accessibility practices and designing for low-connectivity or offline environments Experience mentoring junior designers or fostering design culture in scaling teams Role & responsibilities Preferred candidate profile