• Own the front of the frontend — the component system, page layouts, CSS architecture, visual quality, animation, and micro-interaction detail across the Artificial Platform. • Implementation quality is your responsibility. • Work on Bets — we use an adapted Shape Up methodology, alternating between major new feature development (“Bets”) and ongoing iterative improvements. • Work from design problems, not just specs — you engage in the design problem-solving process, contributing to figuring out what to build, not just building what you’re handed. • Build working prototypes in React (and, using LLMs, occasional vibed Haskell backend code) that explore interactions, test assumptions, and communicate solutions to the team. • Define how features work, not just how they look — writing RFCs and feature specifications complete enough for Product Engineers to build upon, covering behaviour, edge cases, and system interactions. • Expand and maintain our React-based design system — components, primitives, design tokens, and the documentation that makes them usable. • Stay close to customer insight — through Forward Deployed Engineers, internal recordings, occasional customer calls and conversations with teammates who have direct customer relationships. • Collaborate with Product Engineers — work together on features, providing feedback and direction, polishing their work in code. • And when the frontend engineering work gets heavier, hand it over to them to extend your work. • Collaborate with other designers — participate in design crits and pairing sessions to bring a strong implementation perspective to conversations about design decisions and directions (and propose your own ideas, too!).

• Develop and train a CNN model with TensorFlow for image analysis of traffic conditions. • Integrate data from CMOS cameras and sensors. • Design and integrate CMOS cameras, infrared sensors, GPS modules, and LiDAR units into a prototype. • Connect these to an electrically activated film for dynamic blind screening. • Provide guidance on safety standards, design test protocols, and analyze data from field tests with professional drivers. • Conduct field tests with prototypes in real-life traffic conditions, collect data, and provide feedback for further development.

• Manage the mechanical engineering department and optimize resource utilization • Lead mechanical design, design reviews, and supervision during construction. • Oversee all project stages: schematic design, detailed design, D&B, IFC, and execution. • Detect and resolve BIM model clashes in collaboration with BIM specialists (LOD 300–500). • Ensure QA/QC compliance and coordination with MEP, structural, and architectural disciplines. • Prepare and review BOQs, specs, technical reports, submittals, and tender packages. • Support site teams with technical evaluations and compliance oversight. • Contribute to proposal efforts by defining scope, estimating resources, and offering technical solutions. • Participate in technical reviews, value engineering workshops, and coordination meetings. • Stay current with mechanical engineering tools, codes, and BIM technologies.

• Inspect and evaluate damages to different types of mechanical and electronic systems, such as machinery, refrigeration systems, furnaces, conveyance systems, elevators, UPS, boilers, medical equipment, laboratory equipment, injection molding machinery, industrial plants, and a variety of other mechanical / industrial equipment. • Conduct configuration audits. • Analyze requirements and specifications to determine comparable equipment replacements. • Provide research to determine costs associated with equipment replacement (i.e., new and used). • Expected to produce 3+ page written reports regularly.