• The OSP Design Engineer is a hands-on technical role responsible for the end-to-end design of fiber optic network infrastructure. • Responsible for the full lifecycle of engineering deliverables, including field data collection, High Level Design (HLD), detailed Low Level Design (LLD), and the generation of permit packages. • High Level Design (HLD): specific route planning, serving area architecture, and feeder network design to maximize coverage while minimizing construction costs. • Low Level Design (LLD): Produce detailed construction-ready prints, including conduit configuration, fiber splicing schematics, building entrances, and termination points. • Perform optical power budget calculations and material selection to ensure network integrity. • Conduct physical site surveys and walk-outs to validate route feasibility, identify obstacles, and verify existing utility infrastructure. • Assess pole loading and identify necessary make-ready work for aerial attachments in compliance with NESC/GO95 standards. • Create comprehensive permit application packages (drawings, traffic control plans, and narratives) for submission to State DOTs, municipalities, railroads, and utility pole owners. • Ensure all designs adhere to local codes, ordinances, and utility owner requirements.

• Creating 3D models of components and assemblies based on technical drawings and physical measurements in SolidWorks • Developing custom mechanical assemblies • Preparing standard technical drawings and specifications for Shower Doors, Railings, Mirrors , SPEC SHEETS • Catalog drawings and models • Working with measurements, sketches, and diagrams.

• Contribute to raising the design bar at Cortex: You’ll work with the design team to push the boundaries of our design and user experience. You are relentless about crafting a delightful experience that we can all be proud of. • Continuous improvement and animation: You’ll also look for opportunities to ensure no part of the product falls below standard best practices. That means reducing papercuts, iterating on clunky user experiences, polishing microinteractions, and adding appropriate UI animation to guide users to success. • Design system ownership: You’ll own the design system end-to-end, in both Figma and code. You’ll work closely with other designers who are consuming components in figma, and developers consuming components in code. • Prototype: You will assist the design team, product management team, and engineering teams in rapid prototyping when a high fidelity prototype is the best tool to illustrate functionality. • Ship feature additions and fixes: You’ll be asked to design and ship UI-heavy features across the product surface area, ensuring components are performant and well-tested while collaborating with product management, frontend, and backend developers when necessary. • Attention to detail: One of your core responsibilities is to maintain a strong attention to detail. You’ll be asked to regularly identify areas of inconsistency and incompleteness, and proactively work to make our product feel polished and professional.

• Develop comprehensive installation and startup plans & timelines for new and existing medical waste treatment facilities. • Coordinate with project managers, design engineers and general contractors to ensure project readiness and alignment with facility needs. • Handle bidding for installation of HVAC, steam, air, water, and electrical distribution systems • Manage and track equipment and utility installation milestones from procurement through commissioning. • Specify, source, and purchase process equipment including autoclaves, wash lines, boilers, compactors, air compressors, and conveyance systems. • Evaluate supplier proposals and lead technical reviews for system compatibility and quality. • Coordinate the integration of mechanical, electrical, and control systems with site utilities. • Interface with general contractors and subcontractors to ensure installation quality, safety compliance, and timeline adherence. • Verify installation drawings, submittals, and field changes to maintain design intent. • Develop and execute equipment commissioning plans, functional tests, and performance verification. • Lead startup activities, including operator training and documentation handover. • Troubleshoot and optimize system performance during startup and early operation. • Ensure installations meet OSHA, NFPA, and local building codes. • Maintain detailed records of installation progress, commissioning data, and as-built documentation. • Coordinate Equipment operational training with Operations team • Promote a strong culture of safety, environmental compliance, and operational excellence.