Nicholas M.T. Elliott

Designed and delivered a unified abstraction layer for global sales hierarchies and territory synchronization across Salesforce and related enterprise systems.

Delivered a global seed recommendation platform in collaboration with distributed international teams.

The program aligned technical and business stakeholders across the US, India, Brazil, Egypt, and Europe while evolving recommendation capabilities, portfolio tooling, and integration points needed for global commercial operations.

As the platform matured, I prioritized reusable platform abstractions to reduce duplication across adjacent product lines and improve long-horizon maintainability.

Led the evolution of a long-running platform from an initial sustainability-focused system into Syngenta’s mission-critical digital seed recommendation and portfolio solution.

The platform evolved from Knockout/.NET Framework on Azure to TypeScript/React plus .NET Core and Node.js services, with global integrations across Salesforce, SAP, and internal systems.

Major initiatives included portfolio recommendation engines, digital catalog generation, and a full cloud modernization program that transitioned Azure click-ops infrastructure to AWS CDK Infrastructure-as-Code.

The architecture moved toward microservices and event-driven service boundaries, including secure VPC segmentation, centralized secrets management, and containerized workloads on Fargate where appropriate for operational scaling.

I led implementation of production observability and reliability practices using OpenTelemetry and Grafana-backed telemetry pipelines (Prometheus, Loki, and Tempo), and supported successful SOC 2 audit completion through repeatable controls and operational process maturity.

Delivery required sustained coordination across stakeholders and engineering groups in the US, India, Brazil, Egypt, and Europe. As core capabilities matured, I guided platform abstraction efforts to reduce duplication across product lines and executed transition-to-internal-team plans so Syngenta teams could own ongoing roadmap and operations.

Bootstrapped the Cropwise Planting product and transitioned delivery ownership to internal teams.

I led the early platform and delivery phase to establish architecture, implementation cadence, and operating practices, then executed a planned handoff model so internal engineering teams could own the long-term roadmap and production operations.

Delivered a Pennsylvania grant-funded iOS and Android platform for aquatic invasive species identification and reporting.

Implemented mobile apps plus a WordPress backend with custom content and reporting workflows; the platform later expanded to multi-state use.

Led a discovery engagement focused on automating fragmented business workflows spanning legacy and SaaS systems.

Delivered a phased roadmap prioritizing high-value, low-risk integrations.

Directed a multi-year modernization initiative to evolve dairy management systems into an open, pluggable platform.

Delivered an MVP with a hybrid, offline-first architecture that allowed field operations to continue during intermittent connectivity while synchronizing reliably with centralized cloud services.

The platform introduced plugin modules for third-party integrations and a hardware-abstraction layer spanning desktop systems, IoT endpoints, and CANBUS-linked equipment, reducing coupling and creating a more extensible long-term product foundation.

Developed a mobile visualization platform for field analytics consumption.

Delivered a React Native mobile app and a secure .NET API layer that exposed analytics previously trapped behind legacy PHP-generated pages.

Led delivery of iOS tablet and phone applications modernizing SST Software’s farm management and scouting workflows.

The platform included custom Objective-C++ geospatial math libraries (Boost/proj4), incremental offline synchronization, and satellite imagery overlays.

Built a grassroots agricultural operations platform enabling field workers and managers to coordinate work orders, equipment data, and geospatial information.

Delivered iOS and Android apps, secure Bluetooth hardware integrations, GPS boundary tooling, and supporting server/API plus desktop WPF workflows.

Delivered contract engineering to port popular iOS applications to Windows Phone for Ubermind.

The work required disciplined cross-platform adaptation of interaction patterns and performance behavior while preserving product intent across materially different mobile runtime constraints.

Developed Mac-based router installation and configuration software for Cisco-Linksys.

Delivered software solutions for Microsoft under contract as part of Prophetic Sky’s client services work.

Knights vs Aliens was intentionally scoped for rapid delivery and shipped in approximately three months.

The game was engineered for constrained mobile hardware, with practical tradeoffs in rendering complexity, thread utilization, and memory pressure to preserve stable frame behavior during fast iteration.

The project reached profitability through disciplined MVP boundaries and execution speed, reinforcing a repeatable product lesson from Prophetic Sky: self-funded work succeeds when technical ambition is matched to strict operational constraints.

Spires was a large-scale strategy game developed over roughly two years, reaching several thousand paid users.

Building for early iPhone hardware required careful performance optimization across rendering paths, multithreaded work scheduling, and memory layout decisions to keep gameplay responsive on constrained devices.

Because the product was self-funded, architecture and scope decisions were tied directly to operational discipline. The release provided practical lessons in distribution economics, piracy impact, and the limits of long-cycle MVP strategy in consumer mobile markets.

Townrs was a strategy game released commercially during the early iOS ecosystem and received a Silver Award from Pocket Gamer Magazine.

Development on first-generation iPhone hardware required aggressive optimization choices around rendering behavior and memory usage while preserving gameplay quality within a small-team execution model.

Delivered independent core features in Microsoft Visio, including low-level data structure extensions, theming capabilities, and diagram element z-index controls.

The work involved end-to-end engineering responsibilities across estimation, cross-team coordination, QA collaboration, and release planning.

Worked on Blink, a comprehensive certification and testing platform used to validate digital cameras and camcorders for Windows compatibility.

I developed automated test harnesses for complex capture, streaming, and interoperability scenarios, and contributed to an internal media-editing-capable test framework.

Designed and implemented early mobile field applications for Pocket PC devices, enabling in-field scouting, disease tracking, and GPS-based boundary creation.

I helped re-architect agricultural and weather data pipelines processing terabyte-scale daily datasets, improving throughput and operational reliability for downstream modeling and reporting.

Key contributions included a custom MySQL table handling approach to improve high-volume read/write behavior, a RAW-image disease modeling visualization pipeline for analyst workflows, and a hardware-level GPS compatibility workaround that resolved intermittent field-device integration constraints.