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Senior Analyst, Software Engineering | Software Engineer II Job at Verisk in Lehi
hackajob is collaborating with Verisk to connect them with exceptional professionals for this role.
Description The Software Engineer II is an early- to mid-career professional responsible for contributing to the design, development, testing, and delivery of high-quality software solutions that support Verisk Weather Solutions products and services.
This role focuses on building reliable, scalable systems that ingest, process, and deliver radar-based and other meteorological data products, with a strong emphasis on correctness, performance, and data integrity.
The individual will work closely with software engineers, product managers, scientists, and software architects to implement well-defined designs and support applications that rely heavily on radar and weather data formats.
While the role may interact with data-driven or model-assisted workflows, the primary emphasis is on software engineering excellence and hands-on experience working with radar and meteorological data, rather than AI or model development.
Responsibilities - Design, implement, test, and maintain software components using Python and C/C++. - Implement architectural designs and technical patterns defined by senior engineers and software architects. - Develop and maintain systems that ingest, transform, validate, and serve radar and weather data products. - Own well-defined features or services from development through deployment and operational support. - Write clean, maintainable, and well-tested code that meets performance, reliability, and quality standards. - Participate in technical design discussions and provide implementation-focused input on proposed solutions. - Work cross-functionally with product managers and scientists to translate domain-specific requirements into technical solutions. - Contribute to peer code reviews and shared engineering best practices.
Qualifications - Bachelor’s degree or equivalent practical experience in Computer Engineering, Software Engineering, or a related scientific or engineering discipline such as Atmospheric Science, Meteorology, Hydrology, Physics, Mathematics, or Engineering. - At least 2 years of professional software engineering experience in an industry environment. - Professional experience with Python and C/C++. - Experience working across the full Software Development Lifecycle. - Familiarity with CI/CD workflows and tools such as GitLab CI, Jenkins, or Bamboo. - Experience using version control systems (e.g., Git). - Hands-on professional experience working with radar and weather data. - Direct experience with one or more weather or radar data formats such as NEXRAD Level II, GRIB2, or NetCDF.
Preferred Qualifications - Strong experience developing or maintaining systems that process radar data at scale, including real-time or near–real-time pipelines. - Familiarity with geospatial data concepts and coordinate systems. - Experience collaborating closely with scientists or domain experts. - Exposure to data-driven or analytics-enabled systems. - Experience in high-performance, data-intensive, or scientific computing environments.
Additional Information - Travel Required: Less than 1% - Work Environment: Remote
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Description The Software Engineer II is an early- to mid-career professional responsible for contributing to the design, development, testing, and delivery of high-quality software solutions that support Verisk Weather Solutions products and services.
This role focuses on building reliable, scalable systems that ingest, process, and deliver radar-based and other meteorological data products, with a strong emphasis on correctness, performance, and data integrity.
The individual will work closely with software engineers, product managers, scientists, and software architects to implement well-defined designs and support applications that rely heavily on radar and weather data formats.
While the role may interact with data-driven or model-assisted workflows, the primary emphasis is on software engineering excellence and hands-on experience working with radar and meteorological data, rather than AI or model development.
Responsibilities - Design, implement, test, and maintain software components using Python and C/C++. - Implement architectural designs and technical patterns defined by senior engineers and software architects. - Develop and maintain systems that ingest, transform, validate, and serve radar and weather data products. - Own well-defined features or services from development through deployment and operational support. - Write clean, maintainable, and well-tested code that meets performance, reliability, and quality standards. - Participate in technical design discussions and provide implementation-focused input on proposed solutions. - Work cross-functionally with product managers and scientists to translate domain-specific requirements into technical solutions. - Contribute to peer code reviews and shared engineering best practices.
Qualifications - Bachelor’s degree or equivalent practical experience in Computer Engineering, Software Engineering, or a related scientific or engineering discipline such as Atmospheric Science, Meteorology, Hydrology, Physics, Mathematics, or Engineering. - At least 2 years of professional software engineering experience in an industry environment. - Professional experience with Python and C/C++. - Experience working across the full Software Development Lifecycle. - Familiarity with CI/CD workflows and tools such as GitLab CI, Jenkins, or Bamboo. - Experience using version control systems (e.g., Git). - Hands-on professional experience working with radar and weather data. - Direct experience with one or more weather or radar data formats such as NEXRAD Level II, GRIB2, or NetCDF.
Preferred Qualifications - Strong experience developing or maintaining systems that process radar data at scale, including real-time or near–real-time pipelines. - Familiarity with geospatial data concepts and coordinate systems. - Experience collaborating closely with scientists or domain experts. - Exposure to data-driven or analytics-enabled systems. - Experience in high-performance, data-intensive, or scientific computing environments.
Additional Information - Travel Required: Less than 1% - Work Environment: Remote
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