• Building responsive, modern front-end interfaces in TypeScript, React, and Next.js; • Designing, developing, and maintaining back-end APIs and database logic using Supabase and PostgreSQL; • Designing your own features from scratch and revamping existing functionality with a strong eye for UI/UX; • Taking full ownership of features end-to-end – from initial concept and UI design to implementation and deployment; • Collaborating closely with the founding team in a fast-paced, remote environment;• Ensuring high performance, responsiveness, and solid engineering quality across the entire platform.

• Implementation of planning tasks for assigned projects within the defined scope and responsibilities as Project Lead for the Vertical Transportation discipline for all design phases of a building project (e.g., HOAI, RIBA, AIA) • Use of planning/design tools such as Elevate, AutoCAD, and Lift Designer • Development of technical specifications for non‑standard systems and design of bespoke/specialized lift installations • Project communication and documentation in German and English • Technical interface to other trades, architectural firms, project developers, and manufacturing partners • Creation and continuous development of internal standards and tools to optimize the design process • Quality review and assurance of the work of the entire team • Support for supervisor activities such as project planning, proposal preparation, resource planning, etc. • Activities to expand the service offering and for client and project acquisition (business development)

• Establish the electrical design basis, scope boundaries, interface matrix, deliverable register, design schedule, and technical risk register; identify and close scope gaps across owners, EPC contractors, utilities, consultants, and equipment suppliers. • Review electrical design packages including: single-line and three-line diagrams, wiring diagrams, cable schedules, equipment layouts, grounding and lightning-protection designs. • Create or technically evaluate specifications for all major equipment including: transformers, HV/MV switchgear, disconnect switches, power cables, CTs/VTs, metering and protection relays and UPS systems. • Coordinate electrical interfaces with natural-gas engine-generator OEMs, including alternator ratings, neutral grounding, excitation/AVR, governor and synchronizing controls, generator protection, starting systems, plant auxiliaries, black-start or islanding requirements, and CHP interfaces where applicable. • Review load-flow, short-circuit, protection-coordination, grounding, arc-flash, cable-ampacity; ensure study assumptions remain aligned with the issued-for-construction design. • Manage utility interconnection requirements, including point-of-interconnection design, revenue metering, communications and relay settings. • Review EPC and vendor drawings, calculations, equipment data sheets, test plans, FAT/SAT reports, deviations, and technical submittals; provide clear dispositions and maintain design configuration control. • Support procurement through equipment specifications, technical bid evaluations, supplier selection and vendor-document review. • Provide construction engineering support, respond to RFIs and field changes, participate in site walkdowns, and verify that installations conform to the design, applicable codes, and approved quality plans. • Plan and support substation energization, generator synchronization, commissioning, and turnover, including test procedures, protection and control testing, punch-list closure, and coordination with utilities, commissioning agents, and plant operations.

• Develop Cloud-Native architecture for the RCN Cloud component systems and the Synthetic Training hub. • Find or recommend Horizon or Synthetic Training Hub Open Source or Commercial components available as containers. • Create documentation including but not limited to: block level architectural component design diagrams, network traffic diagrams, swim-lane diagrams. • Develop IaC Deployments for Navy Organizational infrastructure. • Develop Cloud-Native IaC deployments for Navy Cloud component systems. • Build TLA components from source when required. • Develop Synthetic Training Hub containers to deliver co-operative multi-user M&S scenarios.