• Design, develop, and implement MATLAB Simulink models for engine control systems, ensuring robust model-based software development that meets customer requirements. • Generate production-ready code from Simulink models, integrating seamlessly with customer-specific architectures for real-time engine control applications. • Lead technical reviews and validation of Simulink models to ensure compliance with industry standards, such as DO-178C, for safety-critical systems. • Collaborate with cross-functional teams, including systems engineers and hardware teams, to ensure compatibility and performance of integrated control systems. • Develop and execute test plans for model verification and validation, utilizing automated testing tools and simulation environments. • Provide technical leadership, guiding customer teams on best practices for MATLAB Simulink usage, including model development, debugging, and optimization. • Assist the customer in transitioning from using SCADE to Simulink as their model-based software development tool. Train customer personnel through hands-on workshops and documentation, enabling effective adoption and maintenance of Simulink-based workflows. • Troubleshoot and resolve complex issues in Simulink models, code generation, and system integration, ensuring high reliability and performance.

• Architect and lead delivery of complex, cross-functional initiatives spanning backend services, data pipelines, and cloud infrastructure • Drive the adoption and maturity of AI within engineering workflows, including agentic tooling, AI-assisted development practices, and the integration of autonomous AI agents into platform capabilities • Identify systemic technical challenges across reliability, performance, scalability, and observability, and own the path to resolution • Define and uphold engineering standards across code quality, testing practices, API design, data modeling, and deployment patterns • Make well-reasoned architectural decisions in ambiguous or rapidly evolving situations, and communicate those decisions clearly to technical and non-technical stakeholders • Engage across the full technology stack; this role requires both breadth and depth, with the ability to move fluidly between system-level architecture and hands-on implementation • Partner with Product and business stakeholders to translate complex requirements into coherent technical strategy • Provide mentorship and technical guidance to engineers across the broader global team through design reviews, documentation, code review, and direct collaboration • Serve as a senior escalation point for complex or high-impact engineering problems

• Write code to develop new features for Funnel’s software products. • Write unit tests and end-to-end tests to ensure software reliability and quality. • Fix bugs and contribute to improving software performance. • Participate in code reviews and design discussions to improve your skills. • Collaborate with cross-functional teams to deliver high-quality software. • Travel: <5%**

• Architect the Solver Framework: Design the algorithms, execution strategies, and infrastructure required for solver competition, quote aggregation, and intent-ready execution workflows. • Lead Technical Excellence: Drive high-impact architectural decisions and uphold rigorous engineering standards through deep code and design reviews. • Cross-Functional Collaboration: Partner with product, research, and ecosystem stakeholders to ensure Solver capabilities align with the broader technical roadmap. • Optimize Performance at Scale: Ensure low-latency and high-throughput execution across multiple chains and decentralized environments. • Develop Solver Economics: Shape incentive structures, competition mechanisms, and cryptoeconomic models to foster and sustain participation within the network. • Hands-on Technical Leadership: Balance high-level architectural oversight with active coding, prototyping, and resolving complex technical challenges in real-time.