ADDX Corporation

Data Engineer (Streaming & Sensor Data)

ADDX Corporation Colorado Springs, Colorado, United States · $120K–$150K/yr

IT Services and IT Consulting · 51-200 employees

6 h ago
data-engineer Senior (5-10 yrs) Full-time United States
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About the role

You will build and maintain scalable data pipelines to integrate streaming and sensor data for machine learning applications. Additionally, you will collaborate with the ML team to design data architectures and ensure the delivery of clean, standardized, and reliable datasets.

What they look for

Python AWS Data Engineering Streaming Data Time-series Analysis Data Pipelines Software Engineering Cloud Infrastructure Telemetry Sensor Data Schema Evolution Automated Testing Version Control Data Architecture System Monitoring Infrastructure as Code

Requirements

The role requires strong software engineering skills and experience in designing production-grade streaming and batch data pipelines. Proficiency in Python and cloud infrastructure, specifically AWS, is highly valued for managing complex sensor and time-series data.

Full description

Data Engineer: Streaming & Sensor Data

Location: Primarily Colorado Springs, CO; Denver, CO, also considered

We are seeking a Data Engineer to build the data foundation for our machine learning

applications. You will integrate time-series measurements, including radar and OPIR data, from

real-time streams, application databases, and systems with varying extraction capabilities.

You will collaborate with senior technical staff and the ML team to characterize available data,

establish reliable pipelines, and deliver cleaned, standardized datasets. You will help select

technologies and develop an architecture based on measured workloads, application needs,

and operational requirements. Our development environment is primarily Python, with AWS as

the preferred cloud platform.

In this role, you will:

● Understand our data sources. Investigate available interfaces, message formats,

historical coverage, data volumes, arrival rates, and quality limitations. Document

findings to guide implementation and capacity planning.

● Build ingestion pipelines. Develop maintainable workflows for streaming and historical

data across databases, APIs, files, and application-specific interfaces. Implement

configurable filtering to capture the messages and measurements needed downstream.

● Shape the data architecture. Evaluate processing, storage, and access options against

representative workloads, reliability needs, interoperability, operational complexity, and

cost. Document decisions and support the architecture’s evolution as requirements

become clearer.

● Deliver trusted datasets. Establish consistent schemas, timestamps, units, identifiers,

and source metadata while preserving measurement meaning. Implement validation and

traceability, and define dependable access methods with the ML team. Support future

feature, labeling, and training-data workflows.

● Operate reliable systems. Build tested, documented pipelines with repeatable

deployment, monitoring, and appropriate access controls. Handle duplicate, missing,

delayed, and out-of-order data, and implement recovery and reprocessing procedures.

We’re looking for someone with:

● Experience designing, implementing, and operating production streaming and batch data

pipelines and their supporting storage systems.

● Strong software engineering skills, including maintainable code, automated testing,

version control, and deployment.

● Practical understanding of streaming behavior, including filtering, consumer progress,

buffering, failure recovery, and replay.

● Experience organizing time-series, telemetry, sensor, or similarly complex data, with an

understanding of schema evolution, partitioning, and efficient access patterns.

● Demonstrated ability to investigate unfamiliar systems, evaluate technical tradeoffs, and

communicate recommendations while balancing reliability, performance, maintainability,

and cost.

Additional experience that would be valuable:

● Python-based data processing and AWS or comparable cloud infrastructure.

● Radar, OPIR, or other sensor measurement data.

● Workflow orchestration, containers, infrastructure as code, and automated delivery.

● Dataset versioning, feature generation, labeling, or training-data preparation.

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