Nvidia Omniverse Developer

Support simulation and virtual commissioning - build tools and workflows that drive machine behavior from PLC logix/Robot programs to enable the paralellization of controls efforts.

Create industrial automation digital twins - translate equipment, cells, tooling, sensors, motion devices, robots, conveyors, grippers, and system layouts into usable Omniverse-based digital representations.

Build UI / UX for engineering users - create practical interfaces that make advanced Omniverse capabilities accessible to controls, robotics, mechanical design, applications, project, and shop floor teams.

Enable XR and immersive workflows - support use cases for spatial review, operator training, remote collaboration, design validation, customer experience, and future XR-enabled engineering workflows.

Integrate robotics and automation technologies - work with robot platforms, PLC concepts, industrial protocols, offline programming tools, physics simulation, and automation data where needed.

Create reusable patterns and libraries - build components, schemas, templates, APIs, and examples that prevent one-off custom work and help the platform scale across projects.

Prototype, validate, and harden new capabilities - evaluate NVIDIA tools, APIs, workflows, and technical options, then turn promising prototypes into maintainable internal products.

Collaborate across disciplines - work with sales & applications, software, controls, electrical & mechanical design, project teams, and leadership to turn real engineering needs into shippable tools.

Document and transfer knowledge - create clear technical notes, examples, coding patterns, and platform guidance so Eclipse can grow its internal Omniverse capability.

What We’re Looking For:

Proven hands-on experience with NVIDIA Omniverse, Omniverse Kit, OpenUSD, Isaac Sim, or closely related real-time 3D / simulation / digital twin platforms.

Strong Python development skills with experience building maintainable applications, tools, extensions, APIs, or automation workflows.

Strong C++ development capability for performance-sensitive components, SDK integration, simulation, real-time systems, or native extensions.

Practical understanding of OpenUSD concepts such as stages, layers, composition arcs, variants, schemas, metadata, references, payloads, and asset organization.

Experience building developer-facing or user-facing tools such as custom panels, plugins, extensions, services, connectors, visualization tools, or workflow automation.

3D, simulation, robotics, digital twin, game engine, real-time visualization, or industrial software experience with an ability to reason about spatial data and interactive systems.

Systems integration mindset with comfort connecting software to external APIs, data sources, files, SDKs, vendor tools, databases, or hardware-adjacent workflows.

Strong software engineering discipline including Git, code reviews, testing, debugging, packaging, documentation, and maintainable architecture.

Ability to work with ambiguous technical problems and break them into practical prototypes, implementation plans, and production-ready capabilities.

Ability to work on-site in Cambridge, Ontario with access to Eclipse teams, automation equipment, lab environments, and project stakeholders.