As a Robotics Software Engineer at Dexterity, you will develop software for real-time control and low-latency vision systems for robotic applications. You will also integrate features for handling grasping, decision-making, and robotic behaviors, and analyze software performance to provide optimizations.

The Security Architect will lead software security efforts for Dexterity’s Robotics products. Responsibilities include writing and reviewing code, updating security policies, ensuring compliance with standards like ISO27001 and SOC2, analyzing requirements, mentoring developers, and maintaining security guidelines. Strong knowledge of DevOps tooling and solid programming experience in C++ and Python is essential.

As a Technical Project Manager, you will manage robotic deployments, coordinating various teams to ensure project quality and timely delivery. You will also establish and improve project management processes to enhance deployment capacity and cost-effectiveness. The role requires a blend of technical understanding and project management skills, focusing on hardware and software interactions.

The Senior Computer Vision Engineer will develop and optimize computer vision code and machine learning models, scale ML pipelines, and enhance system performance. Responsibilities include dealing with semantic and instance segmentation, utilizing Pytorch and Tensorflow, and working with cloud infrastructures for deploying and serving models.

The Staff Data Platform Engineer will shape and build infrastructure for ingesting sensor data and application logs, optimizing distributed data platforms for AI/ML workloads, and mentoring other engineers. Responsibilities include designing data pipelines and collaborating with product teams to meet data needs.

The Staff Infrastructure Software Engineer will design and build infrastructure for software delivery to robots, ensuring reliability and scalability. The role involves leading technical initiatives, providing mentorship, and improving production systems within a multidisciplinary team.

The Director of IT will oversee all IT functions for Dexterity, managing infrastructure, employee devices, vendor relationships, and software licensing. This role includes mentoring a team and implementing security and efficiency improvements while collaborating with various departments to enhance internal processes.

As a Functional Safety Engineer, you will lead safety design and verification initiatives for robotic systems, ensuring compliance with industry standards. Responsibilities include hazard analysis, defining safety requirements, designing safety architectures, and collaborating with hardware and software teams to implement functional safety solutions.

As a Senior/Staff Algorithms Engineer, you will solve challenges in robot task and action planning using machine learning and optimization techniques. Responsibilities include algorithm development, collaboration with interdisciplinary teams, integrating algorithms with software infrastructure, and improving algorithm performance.

The Global Services Engineer at Dexterity is responsible for deploying and supporting robotic systems at customer sites, troubleshooting issues, documenting bugs, and assisting in the setup of operations. The role includes testing robotic systems, building escalation playbooks, providing remote support, and collaborating with external partners, all while exhibiting a commitment to customer service and operational excellence.

The Reliability Engineer will develop and execute reliability test plans for robotic systems, manage supplier reliability testing, and conduct failure analysis. Responsibilities include developing test fixtures, analyzing data, and collaborating with external labs to ensure product reliability and validation.

This role involves leading a team to install and maintain robots, develop and test robotic software applications, and oversee their deployment. Responsibilities also include providing technical mentorship, designing robotic systems, integrating machine learning, and optimizing performance through data analysis and modeling.