Who we are: We are a robotics and AI startup who pioneered retrofit automation of warehouses. Our robots, software and processes automate existing warehouses, turning legacy racks into modern ASRSs. We are funded by Silicon Valley VCs, have several systems deployed with US customers, and are poised for growth. We are seeking bright and self-motivated individuals to strengthen our 35+ team and accelerate development. Responsibilities: Design, test, validate, release and field autonomous robotic systems Specify, procure, and test power train, power systems and power distribution solutions Dimension, specify and procure racking and other structures necessary for automation Design testing fixtures and run test campaigns Source and qualify suppliers Collaborate with cross functional teams on mechanical and electrical design, controls, software, human-machine interface, and more Integrate safety into the design Work closely with product team on developing product requirements Lead the development of technical specifications in response to product requirements Develop and build prototypes and run experiments to inform future designs Develop and release bills of material Follow Review and Change processes, and assist in process improvements Generate technical documentation Lead design reviews and present your work periodically to the company Who you are: You love designing and fielding robotics systems. You have Bachelors degree in Mechanical or Electrical Engineering, Product Design or equivalent. You are a well rounded systems designer, w with 7+ years of experience in: Mechanical design Hands-on fabrication tools, including CNC machining and 3D printing Design for assembly, serviceability, modularity, packing NPI, QA and production management Engineering support for deployed systems Wire harness and cable routing Sensor selection, testing, validation Motor selection and validation Motor drive and encoders selection and integration Understanding of materials FMEA Experience sourcing and managing suppliers Bonus: sizing, specifying, selecting and assembling warehouse racking and conveyance Show more Show less
As a principal, full-stack engineer at Cartesian Kinetics, you will be an integral part of our innovative team dedicated to revolutionizing automated order fulfillment in the IoT robotic automation sector. You will be working in a remote/distributed setup, handling multiple responsibilities, and addressing ambiguous requirements with ease. With over 10 years of relevant work experience and a strong portfolio of apps, you will have a proven track record in the industry. Our tech stack includes a combination of .NET, Python, and ReactJS for developing apps/microservices, hosted either on Azure Cloud or our edge platform. These apps interact with various programmable devices, and we heavily utilize GitHub actions/workflows for automation purposes. Your primary areas of ownership will involve driving the development of our flagship LOB apps, managing and mentoring a team of engineers, and ensuring seamless coordination within the geographically distributed development team. To excel in this role, you should have expertise in developing full-stack LOB apps using .NET technologies such as Blazor, AspNetCore, and/or Aspire. Experience in developing cloud-native apps on Azure Cloud using a range of services like App Services, Functions, Cosmos DB, and more is essential. A deep understanding of authentication and authorization protocols, utilization of design patterns for system resilience, and experience in managing engineers of different levels are key requirements for this role. While this is a mostly remote position, occasional commute to our office in Bangalore may be required. Currently, there are no on-call rotations or live-site incident management duties associated with this role. We are looking for a dedicated individual to join us on a full-time basis, and we are not considering part-time, contract, or consulting engagements at this time. Optional experience in IoT systems, edge computing, and AMQP/MQTT protocols would be a plus for this role.,
Company Description Cartesian Kinetics Inc. is dedicated to transforming how brands and retailers manage online fulfillment, specifically from Micro Fulfillment Centers (MFCs). We develop robotic solutions optimized for smaller spaces like back of stores and urban locations where traditional systems often fall short. Our innovative Carte+ system supports seamless omni-channel fulfillment, ensuring efficient inventory management across various channels. By addressing the growing demand for rapid fulfillment, we aim to drive the next phase of retail growth with our cutting-edge solutions. Role Description This is a full-time hybrid role for an R&D Simulation & Line Balancing Engineer based in Bengaluru, with some work-from-home flexibility. Responsibilities: As a key member of our R&D team, you will engage in significant cross-functional collaboration, with a primary focus on line balancing and simulation: Developing and implementing simulation models: Creating and refining simulation models of assembly lines using discrete event simulation in Python to accurately represent the production process. Analyzing and optimizing line balancing: Utilizing simulation results to identify bottlenecks, inefficiencies, and areas for improvement in the line balancing process. Balancing workloads: Adjusting task assignments, workstation configurations, and resource allocation within simulations to achieve balanced workloads across all workstations, minimizing idle time and maximizing throughput. Evaluating various scenarios: Testing and evaluating different line balancing strategies and configurations to determine optimal setups for production lines. Maintaining and enhancing existing simulation tools to meet evolving business needs. Providing critical support for pre-sales and solutioning through custom data analysis, Proof of Concept (POC) development, and comprehensive simulations. Conducting exploratory work to thoroughly understand and identify the limitations of our robotics platform. Contributing to the design of innovative algorithms for robotic pathfinding and efficient material movement within warehouse environments. Validating simulation results: Comparing simulation results with real-world data and making necessary adjustments to ensure model accuracy and reliability. Collaborating with engineers and production personnel: Working closely with engineers, production managers, and other stakeholders to implement and validate simulation-driven improvements. Staying abreast of cutting-edge simulation techniques and line balancing best practices, continuously applying new methodologies. Preferred Qualifications: 1-2 years of relevant professional experience. Hands-on experience with Python is required, with additional exposure to Matlab being a plus. Academic background in Engineering, Mathematics, or Physics. Background in manufacturing processes, production planning, or industrial engineering is highly desirable. Demonstrated exposure to both hardware and software, with robotics work being a significant advantage. Proven ability to think quickly, be proactive, and effectively work with abstract requirements. Strong understanding of line balancing principles, including concepts like takt time, cycle time, workstation capacity, and bottleneck identification. Proficiency in developing and analyzing complex warehouse processes using discrete event simulation techniques. Excellent analytical and problem-solving skills, with the ability to identify root causes of inefficiencies and develop effective solutions from simulation results. Exceptional communication and collaboration skills, enabling clear articulation of technical information and effective teamwork across diverse groups. Show more Show less