Software Gigs

Design and implement Infrastructure as Code to automate provisioning, monitoring, and lifecycle management of NoSQL, Streaming, and Caching platforms (Cassandra, Aerospike, Kafka, Redis) across AWS and GCP. Build highly available, self-healing systems with automated failover and scaling, develop comprehensive observability solutions, and lead incident response for critical data platform issues. Drive automation-first practices and apply AI/ML approaches such as anomaly detection and predictive scaling to enhance reliability and reduce manual toil. Partner with engineering and platform teams to ensure resilient infrastructure supporting billions of transactions and millions of players globally.

Lead day-to-day technical project delivery for Distribution Operations initiatives including outage management, solar/battery data integrations, forecasting, automation, and analytics. Transform technical requirements into delivery plans, sprint backlogs, and release milestones while coordinating work across data engineers, architects, cybersecurity teams, and vendors. Manage project controls, scheduling, defect tracking, and comprehensive documentation across integrations, ETL/ELT pipelines, cloud analytics, and Power Platform solutions. Facilitate design reviews, support operational readiness, and ensure technical solutions meet engineering rigor and real-world operational needs.

Senior Software QA Engineer supporting Dexcom's Postmarket Investigations team to assess real-world product performance, investigate software and device issues, and drive continuous improvement. You will collaborate across R&D, Quality, Regulatory Affairs, and Clinical teams to conduct root-cause analyses, perform risk assessments (including hazard analysis, DFMEA, PFMEA), and translate postmarket insights into product enhancements. The role requires deep technical understanding of software architecture, structured problem-solving, statistical analysis, and the ability to communicate findings to both technical and non-technical stakeholders while ensuring regulatory compliance and patient safety.

As a Systems Engineer, you will troubleshoot complex mechanical, electrical, and software issues in advanced 3D printing (ECAM) systems, identify root causes, and develop solutions to improve printer fleet performance. You'll analyze manufacturing and quality data to drive continuous improvement, apply structured problem-solving methodologies (8D, 5 Whys, Fishbone), and support corrective and preventive actions (CAPA). You'll partner across mechanical, electrical, and software engineering teams to ensure system integration, develop technical documentation and SOPs, and execute functional test plans. The role requires hands-on troubleshooting of electromechanical systems, knowledge of quality tools and methodologies, and CAD expertise.

The Quality Assurance Specialist II independently owns and operates defined Quality Management System processes, serving as a subject matter expert for batch release, NCMR/deviation/CAPA management, and asset control. The role requires judicious decision-making on routine and moderately complex quality and compliance matters, including investigating quality events, driving corrective actions, and supporting regulatory submissions and FDA inspections. The specialist works collaboratively with a QA Associate and Sr. Quality Systems Engineer, leading process improvements and providing escalation support with minimal oversight.

The DUV Software Group at Cymer seeks a Software Quality Assurance Engineer to develop and implement test plans for embedded real-time control systems used in laser-based electro-mechanical equipment. You will design test cases, execute testing in laboratory environments, analyze requirements for completeness, conduct code and design reviews, and collaborate with Systems, Algorithms, and Software engineers to ensure reliability and performance. The role requires hands-on experience with hard real-time embedded systems, actuators, motors, sensors, RTOS, and distributed control architectures, plus proficiency with test automation, oscilloscopes, logic analyzers, and data analysis. You'll translate requirements into verification strategies, trace problems to root cause, and maintain auditable test documentation across the full software development lifecycle.

The Systems Engineer applies interdisciplinary expertise to define, develop, integrate, and test complex In Vitro Diagnostic systems for medical device applications. Responsibilities include documenting user and system requirements, decomposing system architecture into subsystems with defined interfaces, conducting hazard and risk analysis, managing configuration and change control, driving system integration and root-cause analysis, and supporting clinical validation. The role requires 10+ years of industry experience with demonstrated mastery of the full product development lifecycle in medical device or regulated environments, including risk management, design reviews, and cross-functional collaboration with development, testing, and clinical teams.

Test Engineer II will design, set up, and execute fluidic and electrochemistry experiments in a hands-on laboratory setting, owning test plans from definition through data analysis. Responsibilities include programming and configuring automated test instrumentation, assembling and characterizing prototype consumables and fluidic sub-assemblies, and performing root cause investigations and design-of-experiments (DOE) to resolve hardware and process issues. The role requires 2–4 years of hands-on R&D laboratory experience with fluidic-based systems, experimental design, and troubleshooting. Programming experience (MATLAB, LabVIEW, C++, Python) and familiarity with metrology, microfluidics, or molecular diagnostics platforms are preferred.

Design, develop, and sustain Windows desktop control software for complex electro-mechanical semiconductor test handlers using C++ and C#. Responsibilities span full lifecycle development—architecture, integration, deployment, and customer support—with focus on system uptime, safety, and reliability. Own hardware integration (motion controllers, machine vision, robotics, sensors, barcode readers), troubleshoot field issues, and drive system architecture across product variants. Mentor engineers and collaborate cross-functionally with manufacturing, field service, and customer teams.