We are looking for people who want to apply their software skills to more effectively decarbonizing the planet with advanced nuclear fission plants.
TerraPower is designing and deploying next-generation nuclear fission reactors. We have sodium metal-cooled and molten salt-fueled fast-neutron reactors in the works. As you can imagine, nuclear construction megaprojects have a lot of information and inefficiency. So we're working on an internal application to help facilitate the process of nuclear power plant design and construction (and later, operation).
It handles configuration management of the plant, requirements management, electronic procedures, etc. and integrates with lots of other systems, like 3D models, scientific simulation tools, document management systems, learning management, etc. It is a Django application with DRF and a Vue3/Quasar SPA front-end.
We are looking for a strong web developer who's interested in taking a leading role. It will involve working with the 'customers' (our internal user team) and translating their needs into requirements and then implementing them.
We have two reasonable backend people already but really need help on the frontend side, so we prefer people with super-strong frontend capabilities at this time.
We have strict quality assurance requirements, and so there's a fair amount of testing and process involved.
This project is mostly focused on our sodium-metal reactor project, but it is generally applicable to others.
TerraPower | Full Stack Developer | Seattle, WA or Remote (US) | Full-time | https://terrapower.com
We’re currently hiring an experienced and strong Full Stack Developer to maintain and expand our novel nuclear design information system.
The role is basically to become the primary developer of the system, with plenty of good support and direction from the rest of the small team. Users are nuclear plant design engineers and manager. We particularly need someone who's really strong in Python and Django, and can also cobble together a workable UI and respond to the (sometimes strange) feature requests of the engineering team.
You will need to be able to access export-controlled nuclear data.
- Backend: Django, Celery, PostgreSQL, RHEL w/ SELinux & FIPS
TerraPower is a nuclear technology innovation company focused on two advanced reactor projects (a sodium-cooled fast reactor and a molten chloride fast reactor) to fight climate change, and on building a new supply of radiation therapy nuclides to help fight cancer.
Driven by the sodium-cooled project, a very small team (1-2 people + others for helping with requirements, and QA) within TerraPower are building a web application designed to revolutionize the efficiency and ease of performing configuration management, design control, and regulatory compliance of the nuclear plant itself. These activities are (believe it or not) a large part of cost increases at nuclear plants, and so improving on the defacto standard is of high interest.
Effectively we need you to help us make it easier to fight climate change with our low-carbon power plants.
TerraPower | Full Stack Developer | Seattle, WA or Remote (US) | Full-time | https://terrapower.com
We’re currently hiring an experienced and strong Full Stack Developer to maintain and expand our novel nuclear design information system.
The role is basically to become the primary developer of the system, with plenty of good support and direction from the rest of the small team. Users are nuclear plant design engineers and manager. We particularly need someone who's really strong in Python and Django, and can also cobble together a workable UI and respond to the (sometimes strange) feature requests of the engineering team.
You will need to be able to access export-controlled nuclear data.
- Backend: Django, Celery, PostgreSQL, RHEL w/ SELinux & FIPS
TerraPower is a nuclear technology innovation company focused on two advanced reactor projects (a sodium-cooled fast reactor and a molten chloride fast reactor) to fight climate change, and on building a new supply of radiation therapy nuclides to help fight cancer.
Driven by the sodium-cooled project, a very small team (1-2 people + others for helping with requirements, and QA) within TerraPower are building a web application designed to revolutionize the efficiency and ease of performing configuration management, design control, and regulatory compliance of the nuclear plant itself. These activities are (believe it or not) a large part of cost increases at nuclear plants, and so improving on the defacto standard is of high interest.
Effectively we need you to help us make it easier to fight climate change with our low-carbon power plants.
We are looking for people who want to apply their software skills to more effectively decarbonizing the planet with advanced nuclear fission plants.
TerraPower is designing and deploying next-generation nuclear fission reactors. We have sodium metal-cooled and molten salt-fueled fast-neutron reactors in the works. As you can imagine, nuclear construction megaprojects have a lot of information and inefficiency. So we're working on an internal application to help facilitate the process of nuclear power plant design and construction (and later, operation).
It handles configuration management of the plant, requirements management, electronic procedures, etc. and integrates with lots of other systems, like 3D models, scientific simulation tools, document management systems, learning management, etc. It is a Django application with DRF and a Vue3/Quasar SPA front-end.
https://www.terrapower.com/contact-us/careers/#op-546752-sen...
We are looking for a strong web developer who's interested in taking a leading role. It will involve working with the 'customers' (our internal user team) and translating their needs into requirements and then implementing them.
We have two reasonable backend people already but really need help on the frontend side, so we prefer people with super-strong frontend capabilities at this time.
We have strict quality assurance requirements, and so there's a fair amount of testing and process involved.
This project is mostly focused on our sodium-metal reactor project, but it is generally applicable to others.