Top Tech Jobs & Startup Jobs

Develop real-time software and algorithms for controlling mobile robot fleets. Responsibilities include path planning, navigation, localization, robot simulation, sensor integration, system testing, production troubleshooting, engineering change processing, and manufacturing support. The role collaborates cross-functionally on high-performance robotics and automation systems while applying data structures, algorithms, embedded systems, and software development practices.

Develop and evaluate computer vision, perception, SLAM, and deep learning algorithms for multi-robot systems. Responsibilities include dataset and pipeline development, benchmarking production data, deploying software to robot hardware, processing sensor data, running simulations, documenting experiments, and presenting results. Projects may address object detection, segmentation, pose estimation, collision avoidance, localization, sensor fusion, and AI planning.

Supports PMO initiatives involving project governance, process improvement, cross-functional execution, and operational efficiency. Responsibilities include analyzing project data and business processes, identifying risks and optimization opportunities, creating dashboards and reports, documenting processes, tracking decisions and action items, and presenting recommendations to stakeholders. The intern collaborates with engineering, supply chain, finance, operations, and project teams to improve program visibility, communication, and organizational effectiveness.

Provides hands-on technical leadership for PCB-based digital and power electronics, overseeing architecture, design, validation, compliance, troubleshooting, and product launch. Builds and mentors an electrical hardware engineering team, establishes development standards and processes, and collaborates with software, firmware, mechanical, manufacturing, suppliers, and customers. The role requires up to 25% travel, though the environment section states up to 10% may be required.

Designs, analyzes, fabricates, validates, and improves electromechanical machinery, robotic work cells, and warehouse automation equipment. Responsibilities include preparing manufacturing documentation, supporting production and commissioning, coordinating with suppliers and multidisciplinary teams, developing test procedures and manuals, validating mechanical components, and guiding less experienced engineers. The role includes customer visits, fabrication and assembly participation, and up to 20% travel.

Develop advanced robot perception systems for automated warehouse robotics, including computer vision, deep learning, object detection, pose estimation, sensor fusion, dataset creation, and simulation. Integrate perception with planning and manipulation systems, improve real-time robotic decision-making, maintain high-quality software, and research sim-to-real techniques. Collaborate cross-functionally, solve complex engineering problems, and mentor junior engineers.

Monitor and support 24/7 robotic automation systems through incident response, technical troubleshooting, escalation coordination, performance monitoring, and system updates. Analyze incident data, document root causes, develop dashboards and scripts, maintain runbooks, and partner with software, hardware, controls, systems, and operations teams to improve system reliability. Participate in on-call support and work hybrid/on-site in Massachusetts.

Provides Tier 2 monitoring, troubleshooting, incident response, escalation coordination, and performance support for 24/7 robotic automation systems. Partners with software, hardware, controls, systems, and operations teams to resolve production issues, document root causes, improve reliability, and reduce recurring incidents. Maintains dashboards, reports, runbooks, and training materials; develops scripts and process improvements; supports system updates and on-call operations. The role is hybrid in Massachusetts with up to 10% travel.

Execute system-level and subsystem testing for mobile robotic platforms, including mechanical durability, lifecycle, fatigue, sensor, controls, and software validation. Design and maintain test rigs, fixtures, and tooling; conduct teardowns, inspections, failure analysis, and root-cause investigations. Develop Python-based test automation, document results, and communicate corrective actions to cross-functional engineering teams. The role supports product sustainment and requires fully onsite laboratory and warehouse work.

Leads electrical and electronic quality across product design, development, manufacturing, suppliers, and field operations. Responsibilities include APQP, DFMEA/PFMEA, control plans, validation, production readiness, failure investigations, root-cause analysis, corrective actions, supplier and manufacturing readiness, data analysis, reliability improvement, regulatory compliance, and technical mentorship. The role partners cross-functionally to mitigate risks, improve product quality, and support new product introductions and production transfers.