The Role
As a Fusion Architect, you own the hands-on solution calibration, configuration, and systemic integration required to make ARIA fit a customer’s environment. You execute the logical specifications defined by the Fusion Mandate and translate them into a calibrated, configured, and rigorously validated deployment — matching the platform to each client’s data requirements, risk factors, and operational constraints.
This is a delivery-facing architect role that lives at the intersection of Evolver’s core functional areas of platform engineering, applied research, domain expertise, and customer success. Success is measured by the velocity and quality of validated capabilities successfully transferred to production and adopted by customers.
What You’ll Do
Calibrate the Platform: Execute the day-to-day calibration and adaptation of ARIA’s functional products to match customer data structures, risk parameters, and operational environments.
Build Compliant Decision Logic: Partner closely with cross-functional Domain Experts (Finance, Risk, Tax, Operations, Procurement) to design, map out, and build compliant templates, business-rule libraries, and decision engines within the platform.
Own Validation & Verification: Run automated testing methodologies, simulations, and evaluation protocols to continuously verify system outputs. Ensure every capability is mathematically robust, secure, and satisfies regulatory and business-logic constraints on the first run.
Integrate Customer Components: Facilitate the integration of customer-specific components with core functional products to accelerate engineering deployment and drive scalable, repeatable business value.
Prototype Rapidly: Maintain a high-velocity approach to iterating and prototyping across fast feedback loops with stakeholders, favoring reusable Fusion templates over custom, one-off customer requests.
Contribute to Methodology: Feed reusable configuration templates, evaluation datasets, and integration blueprints back into the standard Fusion Methodology to increase delivery speed and repeatability over time.
Participate in Governance: Contribute to weekly review loops to assess production transfers, troubleshoot validation/integration stalls, and prioritize unresolved deployment-readiness items.
Qualifications
Minimum Qualifications
Core Engineering Foundation: Master’s degree in Computer Science, Applied Mathematics, Applied Engineering Disciplines (Aerospace, Control Theory, Design Optimization), or equivalent practical experience.
Systemic Pipeline Experience: Hands-on experience tracing, debugging, and maintaining end-to-end data/AI pipelines from raw ingest to production output.
Multidisciplinary Domain Knowledge: Proven background in at least one primary technical domain (e.g., AI/Generative AI, data engineering, system design optimization, system integrations) with a demonstrated ability to work fluently across adjacent domains.
Regulatory & Compliance Fluency: Practical working knowledge of incorporating regulatory, audit, or enterprise risk constraints directly into technical software delivery.
Cross-Functional Communication: Excellent technical communication and translation skills — proven ability to articulate complex technical trade-offs to non-technical stakeholders, domain experts, and executive leaders.
Rapid Prototyping Skills: Demonstrated ability to build, test, and iterate rapidly in fast feedback loops, with the discipline to package custom solutions into scalable, reusable templates.
Preferred Qualifications
Regulated Enterprise Deployment: Hands-on experience configuring or deploying complex enterprise systems within highly regulated industries (e.g., financial services, healthcare, banking, insurance, energy).
Evaluation Harnesses & Benchmarking: Experience designing automated evaluation protocols, test harnesses, or synthetic datasets to validate system accuracy and safety.
Customer Delivery / Solutions Engineering: Prior experience working directly within customer-facing delivery squads, solutions engineering, or implementation consulting team structures.
What You’ll Bring
Core Engineering & Problem-Solving DNA: Foundational ability to architect robust, scalable, and technically sound solutions with strong problem-solving instincts and clean systems thinking.
Systemic Thinking: Ability to trace the full pipeline from raw data to enterprise-ready output and systematically reason about where it breaks or stalls.
Multidisciplinary Range: Deep expertise in at least one core domain combined with the ability to bridge gaps across engineering, research, and business strategy.
Regulatory & Deployment-Readiness Acumen: Working understanding of compliance standards and the ability to weave domain constraints directly into product delivery.
Translation Skills: Strong behavioral and communication skills to articulate complex technical trade-offs to non-technical stakeholders and collaborate across multidisciplinary squads.
Rapid-Prototyping Mindset: High-velocity building and testing discipline that prioritizes converting custom solutions into reusable assets.
Conviction Balanced with Humility: High ownership, strong technical conviction, and confidence in advocating for solutions — paired with openness to feedback and continuous improvement of your craft.
