Top Engineering Jobs

Develop and own embedded firmware for drone and dock platforms using bare-metal and RTOS environments. Bring up and validate new hardware, debug firmware-hardware interactions with bench instrumentation, interpret schematics and datasheets, create validation procedures, perform root-cause analysis, and support integration across software and electrical systems.

Leads automation, instrumentation, and controls engineering for small to medium projects. Responsibilities include design, programming, documentation, construction administration, budget management, client and vendor coordination, quality reviews, mentoring junior staff, and developing automation systems with controllers, HMIs, workstations, and servers. The role also creates drawings and specifications, performs engineering calculations, supports proposals, identifies field conditions, and applies applicable electrical, mechanical, building, and regulatory standards.

Develops, integrates, debugs, tests, and maintains embedded firmware for thermal printer products. Designs platform technologies, Linux kernel drivers, HALs, real-time controls, and microcontroller solutions. Leads requirements and moderately complex firmware projects, performs root-cause analysis, resolves technical issues, upgrades existing designs, and collaborates across engineering, testing, and implementation teams. The hybrid role requires working onsite in Lincolnshire, Illinois at least three days weekly.

Supports client-facing technical issues, escalates bugs, monitors production systems, troubleshoots web and email problems, updates backend data, and contributes to software features, data pipelines, APIs, and responsive applications. Works cross-functionally with Engineering, Product, QA, and Data teams while developing skills in web technologies, SQL, cloud environments, accessibility, and generative AI.

Develop and maintain native iOS applications for the myAir app. Responsibilities include coding, testing, debugging, deployment, support, feature integration, documentation, code reviews, and collaboration with product and engineering teams in an agile environment.

Plans, designs, and improves medical device assembly processes. Maximizes productivity through equipment, workforce, workstation, administrative, and internal supply chain optimization. Leads process improvement projects, uses change control and validation systems, coordinates with operational departments, communicates with customers and vendors, and applies problem-solving methods to address deficiencies. Works across production-floor and office environments while maintaining safety and quality compliance.

Engineering interns join a multidisciplinary rapid prototyping team developing and assessing hardware, software, and AI solutions to nationally significant problems. Responsibilities span design, development, testing, and experimentation, including maritime autonomy and machine learning data-collection systems. Candidates should demonstrate strong Python programming, hands-on building experience, curiosity, initiative, communication skills, and interest in hardware/software projects. Raspberry Pi experience is required; machine learning deployment and Docker experience are preferred.

Provides engineering expertise for advanced nuclear research systems, laboratory modifications, test operations, and equipment procurement. Serves as a subject matter expert for shaker table testing and fixture design, troubleshoots technical issues, develops graphical models and technical evaluations, supports engineering calculations, and provides technical direction for strategic projects. Collaborates with engineers, scientists, facility managers, and operators across Idaho National Laboratory while applying DOE and engineering requirements.

Design and analyze precision golf club heads using Siemens NX CAD. Document designs and specifications, collaborate with design, manufacturing, legal, marketing, and sales teams, estimate development timelines, identify product risks, and support issue resolution. The role requires strong CAD modeling, surfacing, sketching, parametric design, communication, and critical-thinking skills, plus knowledge of golf club performance and familiarity with PLM systems.

Leads Pentair Pool’s Mechanical, Electrical, and VAVE new product development teams. Owns engineering specification quality, technical delivery, design authority, stage-gate governance, cross-functional decision-making, and design-for-cost initiatives. Manages three engineering managers and approximately 25–28 personnel while developing leadership talent and standardizing NPD processes. Requires extensive engineering leadership experience in hardware or electromechanical product development, multidisciplinary team management, front-end specification, value engineering, and program governance.