Top Tech Jobs & Startup Jobs in Austin, TX

The Senior Digital Hardware Engineer will develop products for test and measurement, manage FPGA designs, validate prototypes, and collaborate with engineering teams.

Provides technical leadership for sales opportunities in semiconductor and electronics markets. Engages customers to understand requirements, recommends Test and Measurement solutions, creates hardware and software proof-of-concepts, builds customer relationships, and collaborates with account managers and internal teams on product feedback and technical initiatives. The role requires an engineering or computer science degree, programming familiarity, electronic measurement knowledge, communication skills, and travel up to 25%.

Supports industrial automation modernization projects through market and competitor research, AI-enabled engineering tools, system assessments, migration planning, technology evaluations, and business case development. The intern contributes to machine learning, analytics, dashboards, proof-of-concepts, automation testing, digital transformation initiatives, and customer presentations while collaborating with engineering experts and validating AI-generated outputs against engineering standards.

Develop embedded and driver software features in an Agile/Scrum product team. Responsibilities include researching, designing, coding, testing, documenting, troubleshooting defects, conducting code reviews, collaborating on architecture, and improving development infrastructure and processes.

Software Engineering Interns contribute to product development across software tools, compilers, GUIs, kernel and instrument drivers, networking, embedded and real-time systems, automated data acquisition, and mathematical analysis. Responsibilities may include developing software in C++, Python, or C; working with Windows, Linux, and real-time operating systems; and building driver, firmware, or FPGA-related solutions. Interns collaborate with teams, diagnose technical issues, learn from mentors, and complete meaningful engineering projects.

Develop and test software components for aerospace, defense, and government applications including avionics, communications, navigation, SIGINT, electronic warfare, and RADAR. Responsibilities include implementing features, participating in Agile development, refining coding standards, conducting code reviews, and writing test plans. The intern will collaborate with domain experts on system architectures, APIs, and user interfaces using NI software and hardware platforms.

Designs, builds, and maintains CI/CD pipelines, infrastructure, automation, and development tooling for industrial software. The role supports Azure-based environments, AI-assisted development workflows, infrastructure as code, automated testing, and secure release processes. Responsibilities include eliminating manual processes through scripting, improving developer environments, reviewing pipeline and infrastructure designs, and collaborating within Agile teams. The position requires extensive DevOps or software engineering experience and supports real-time and embedded software products.

Design and develop client-side software for PACSystems, collaborating with cross-functional Agile teams to author spec-driven software, integrate with real-time controllers, apply AI-assisted workflows, debug unreleased and field issues, and continuously improve tools, processes, and team practices.

Analytics Engineering Interns build Snowflake-based data solutions, including operational dashboards for costs, pipeline health, system performance, and KPIs. They support data governance by automating documentation, metadata management, and sensitive-column tagging. The role requires SQL, Python, relational database, and data modeling knowledge, along with collaboration and communication skills. Snowflake, ETL, data warehousing, business intelligence, and AI experience are preferred.

Provides technical direction and architecture leadership for PACSystems industrial automation software spanning embedded firmware, PLC runtimes, industrial communications, distributed control systems, and workstation applications. Leads architecture decisions, technology selection, technical prioritization, complex issue resolution, cross-functional coordination, engineering quality practices, and mentorship. Requires deep experience with C/C++, real-time embedded systems, PLCs, distributed systems, and industrial automation.