Solutions Architecture

Embed with military/government customers to deploy, integrate, debug, and operationalize swarming UAV command & control software in real-world field conditions, acting as the technical bridge between engineering and end-users.

Work at the intersection of architectural design and AI by reviewing, validating, and improving AI-generated architectural plans and feasibility studies. Day-to-day involves quality assurance of deliverables, architectural credibility review, and likely some specification work for AI system outputs.

Work with financial institutions and crypto exchanges as a trusted technical advisor, helping them implement TRM's compliance and investigation platform. Manage strategic accounts, guide platform adoption, and partner with customers to operationalize their security and compliance programs.

You'll be the central coordinator for integrating software across vehicle platforms, acting as a bridge between domain teams to ensure system cohesion. Day-to-day involves system understanding, issue triage, cross-team collaboration, and troubleshooting integration problems rather than core development.

Act as a technical bridge between Litmus and industrial customers in EMEA, helping them implement the data platform, troubleshoot integration challenges, and ensure successful adoption of edge AI solutions.

Work with customers to integrate and adopt Black Semiconductor's optical interconnect technology into their chip designs, bridging the gap between hardware innovation and real-world application through technical guidance and platform enablement.

You'll work directly with quantitative finance firms to help them integrate OpenAI's models into their workflows, combining technical implementation with strategic advisory. This involves code writing, system design, and stakeholder management across complex enterprise environments.

Lead a small team building integrations, prototypes, and demonstrations of a military operations software platform. Spend time between hands-on technical work (Rust/TypeScript), customer/partner enablement, and field exercises—balancing coding with leadership, customer interaction, and problem-solving across systems.

Director-level role focused on developing and implementing solutions for WPP Media's clients, leveraging the company's AI-driven media platform and data intelligence to drive client outcomes and business growth.

Shape technical strategy and platform direction for client products by working between engineering and product teams, leveraging architectural expertise to guide system design rather than hands-on coding.

Design and deploy AI systems across the organization by working with stakeholders to identify automation opportunities, build LLM solutions, and enable internal teams to self-serve. Balance architectural decisions with hands-on implementation and technical enablement.

Act as the technical lead for satellite missions, coordinating between customers, hardware/software teams, and operations to ensure payloads integrate successfully. Day-to-day involves technical reviews, mission planning, test oversight, and cross-functional collaboration rather than coding.

Bridge technical and customer needs by configuring drone autopilot systems, integrating hardware/firmware components, and working directly with partners to deploy working flying systems. Heavy hands-on technical work with minimal pure coding.

Design and engineer railway wheel systems and components through specification, calculation, and construction work, coordinating with customers, suppliers, and internal teams while reviewing technical documentation and managing project delivery.

Design, integrate, and validate flight dynamics systems for autonomous defence platforms, bridging engineering requirements with practical implementation across hardware and software components.

Lead the design and coordination of control strategies for fuel cell power systems, working with cross-functional teams to architect how complex multi-equipment systems operate. Balance system modeling (Matlab/Simulink), PLC programming, and strategic oversight of control engineering activities.

Design and coordinate control strategies for fuel cell power systems, translating between hardware requirements and software/PLC implementations using Matlab/Simulink and Siemens PLCs. Heavy emphasis on system architecture, cross-functional coordination, and translating complex physical systems into control logic rather than pure software development.

Lead control system architecture and strategy for fuel cell power systems, coordinating a team to design control strategies using Matlab/Simulink and Siemens PLCs rather than writing production code. Focus is on system design, team coordination, and translating complex requirements into control algorithms.

Lead the design and coordination of control systems for fuel cell power units, defining architecture and overseeing a team's development of control strategies using Matlab/Simulink and Siemens PLCs. Day-to-day involves systems thinking, team coordination, technical roadmapping, and bridging prototype algorithms into production containerized systems.

Design and oversee IoT embedded systems from concept through production, coordinating between hardware, firmware, and cloud teams while managing technical documentation, testing strategies, and manufacturing partnerships rather than writing embedded code full-time.