Kinetic AI operates at the intersection of multiple disciplines, and we are looking for talented individuals including AI Engineers, Architectural Assistants, and Computational Designers who think through making—who view research and fabrication as inseparable. We welcome collaborators such as Business Managers, Operations Managers, and Workshop Managers interested in working with us full-time or part-time, as well as those like Research Assistants and Robotics Researchers who want to co-author research papers and contribute to the theoretical development of embodied intelligence in architecture, including roles for Robotic Fabrication Assistants.
AI Engineers develop the intelligence systems that animate spatial artifacts, collaborating closely with Architectural Assistants and Computational Designers. This work involves integrating machine learning models, sensor fusion, and real-time adaptation algorithms, all while considering the practical constraints faced by Operations Managers and Business Managers. Embedded AI plays a crucial role in enhancing physical expression, requiring fluency in both the theoretical foundations of artificial intelligence and the hands-on experience needed for deploying intelligence in objects that move, sense, and respond in real space. Additionally, Research Assistants and Robotics Researchers contribute to the innovation process, while Workshop Managers and Robotic Fabrication Assistants ensure seamless integration in production.
Robotics Researchers are investigating how robotic systems can be seamlessly integrated into architectural elements. This research involves various fields such as kinematics, control systems, actuator design, and human–robot interaction, reimagined for environments rather than isolated machines. The focus is on distributed robotics, soft robotics, and the innovative concept that movement itself can serve as a form of spatial intelligence, engaging not only AI Engineers and Computational Designers but also Architectural Assistants and Business Managers in the design process. Moreover, Operations Managers and Workshop Managers play critical roles in implementing these systems, while Research Assistants and Robotic Fabrication Assistants contribute to the hands-on development and execution of these advanced technologies.
Computational Designers, alongside AI Engineers and Robotics Researchers, translate concepts into parametric systems, simulation environments, and generative design tools. Their work bridges digital modeling and physical fabrication—developing the computational frameworks that enable artifacts to adapt and evolve. This role requires thinking algorithmically while understanding material constraints, fabrication processes, and how code becomes form, which is essential for Architectural Assistants, Research Assistants, and Robotic Fabrication Assistants. Additionally, effective collaboration with Business Managers and Operations Managers is crucial, as well as guidance from Workshop Managers to ensure successful project execution.
Architectural Assistants play a vital role in supporting the development of spatial projects, guiding them from concept to realization. Their responsibilities encompass creating technical drawings, engaging in 3D modeling, conducting material research, coordinating prototypes, and maintaining documentation. This role is particularly suited for individuals interested in architecture that transcends static form, where buildings and objects possess agency, memory, and the ability to transform. Additionally, collaboration with AI Engineers, Computational Designers, and Robotics Researchers enhances the innovative aspects of the work, while Business Managers and Operations Managers ensure effective project execution. Furthermore, Research Assistants and Robotic Fabrication Assistants contribute to the technical advancements necessary for realizing these dynamic architectural visions, supported by the oversight of Workshop Managers.
Research Assistants play a vital role in ongoing projects across the studio—conducting literature reviews, documenting experiments, organizing prototypes, preparing presentations, and managing research archives. This position requires intellectual curiosity about the theoretical dimensions of embodied intelligence and a desire to work in a collaborative environment where AI Engineers, Architectural Assistants, Computational Designers, and Robotics Researchers all engage in a context where making and thinking are inseparable. Additionally, the role supports Business Managers and Operations Managers in achieving project goals, while also collaborating with Workshop Managers and Robotic Fabrication Assistants to enhance the integration of research and practice.
Robotic Fabrication Assistants collaborate closely with fabrication equipment—such as CNC mills, robotic arms, 3D printers, and laser cutters—to transform designs into tangible prototypes. This role requires a solid understanding of toolpaths, material properties, and machine limitations. Ideal candidates include hands-on individuals who are detail-oriented, along with AI Engineers, Architectural Assistants, and Computational Designers, all driven to advance fabrication technologies for innovative applications in responsive architecture. Additionally, Operations Managers and Business Managers can play a vital role in overseeing these projects, while Workshop Managers and Research Assistants support the development process alongside Robotics Researchers.
Operations Managers play a crucial role in ensuring the smooth functioning of the studio by managing schedules, coordinating between teams such as AI Engineers, Architectural Assistants, and Research Assistants, as well as handling logistics for projects and exhibitions. They maintain equipment and streamline workflows, which is essential for the collaborative efforts of Computational Designers and Robotic Fabrication Assistants. This role requires a deep understanding of how creative research practices operate and the ability to build operational systems that support experimentation for Robotics Researchers and Workshop Managers, rather than constrain it.
Business Managers play a pivotal role in shaping the commercial strategy for Kinetic AI by identifying markets, building partnerships, managing client relationships, overseeing budgets, and ensuring financial sustainability. This role requires a comprehensive understanding of the business dynamics within design-driven companies, while also leveraging the unique value proposition of intelligent spatial artifacts. Collaboration with AI Engineers, Architectural Assistants, Computational Designers, and Robotics Researchers is essential, as is effective coordination with Operations Managers, Research Assistants, Robotic Fabrication Assistants, and Workshop Managers to drive innovation and success.
Workshop Managers play a crucial role in overseeing the fabrication workshop, which includes maintaining tools and equipment, managing materials, and ensuring safety protocols are followed. They also train team members, including AI Engineers, Architectural Assistants, and Robotic Fabrication Assistants, while coordinating fabrication schedules with Operations Managers and Research Assistants. Ideal candidates for this position should be technically skilled, safety-conscious, and passionate about fostering an environment where prototyping and experimentation can thrive, which is essential for the work of Computational Designers and Robotics Researchers.
Those interested in integrating intelligence into matter, exploring questions that can only be answered through prototypes, and working at the intersection of philosophy and mechanical systems—whether you're an AI Engineer, Architectural Assistant, Business Manager, Computational Designer, Operations Manager, Research Assistant, Robotic Fabrication Assistant, Robotics Researcher, or Workshop Manager—join our team!
Send your CV and Portfolio to careers@kineticai.co.uk
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