At Picarro, Software Engineering focuses on developing and deploying industry vertical applications to clients in the Scientific and Energy communities. This specific role is focused on the suite of solutions, such as greenhouse gas emissions quantification, pipe replacement, and advanced leak detection, used by our gas utility and pipeline customers. The majority have a web-based user interface, but the backend utilizes geoprocessing, data, and ML services. While the products are designed to meet the needs of the industry, they sit within Picarro's larger analytical suite/ distributed framework, so a wider collection of skills is desired. The data engineer participates in the design, programming, testing, documentation and implementation of data integrations, database management, and related processes/systems. Please reach out if you have a love of spatial data and a passion for emissions reduction and pipeline safety.

This position reports to the GIS Software Development Manager. The position may be on-site based out of our Santa Clara, CA office or remote/hybrid format nearby team members in Raleigh, NC, Denver, CO, or Salt Lake City, UT.

Desired Skills and Experience:

Preferred qualifications for this role:

Salary & Benefits:

The base salary range for this full-time position is $95,000 - $125,000. Your base salary and title will be determined based on the location, experience, qualification, skills, knowledge, level, and pay of employees in similar positions.

We offer a comprehensive benefits package including:

Picarro is pioneering a unique confluence of hardware, software and cloud-based computing unlike anything being done today. By manufacturing the precision instruments at the core of this technology as well as developing the algorithms that enable cogent information to be derived from the data, we are transforming how world-class scientific, industrial and regulatory compliance measurements are made, and more importantly, who makes them.

Infrared optical spectroscopy is a proven technology for delivering precise, real-time measurement of the constituents in a gas stream with high sensitivity and selectivity. Recent developments in laser technology allow for a very significant increase in the number of species that can be measured simultaneously, leading to an unprecedented increase in the amount of information that can be collected and to corresponding challenges in extracting information from the results.

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