Top Engineering Jobs

Owns software features from concept through delivery, building and enhancing customer, supplier, and internal business applications across frontend and backend systems. Partners with stakeholders to translate business needs into maintainable solutions, investigates production issues, contributes to architecture and engineering improvements, and leads projects or features. The role requires strong .NET, database, microservices, cloud, messaging, and modern software development experience, along with mentoring and cross-functional collaboration.

Designs and builds enterprise CRM capabilities integrating Salesforce, GCP, APIs, and data platforms. Responsibilities include scalable data pipelines, event-driven architectures, data modeling, federation, security, API development, observability, governance, reliability, CI/CD, and infrastructure automation. Provides technical leadership, partners across engineering and product teams, and mentors colleagues while delivering secure, high-volume CRM and data solutions.

Design, develop, and operate scalable full-stack software using Java and Python. Lead distributed systems, APIs, microservices, event-driven architectures, cloud-native adoption, CI/CD, observability, testing, and production support. Collaborate with architects and product teams, mentor engineers, improve developer productivity, troubleshoot complex issues, and drive resilient technical solutions.

Leads technology operations engineering, including application team guidance, incident management, network infrastructure, system upgrades, backups, cloud services, and technical projects. The role coordinates with senior stakeholders, maintains secure and reliable technology environments, drives operational improvements, and may manage, coach, and recruit technology operations personnel.

Supports engineering laboratory testing by preparing test equipment, data acquisition systems, fixtures, and instrumentation. Designs and documents electrical and mechanical test setups, maintains calibration and ISO 17025 compliance, troubleshoots testing issues, analyzes and documents test data, and contributes to equipment improvements, audits, procedures, and continuous improvement. Collaborates with engineering teams, vendors, and service providers while mentoring technicians and supporting multiple projects.

The Technical Solutions Engineer trains in sales roles, focusing on market growth and execution of sales strategies while learning about technical support and project management.

Supports engineering laboratory testing through test equipment setup, data acquisition, troubleshooting, calibration, maintenance, and documentation. Designs and builds electrical and mechanical test fixtures, maintains ISO 17025 compliance, supports audits and continuous improvement, and collaborates with engineers, vendors, and service providers. The role also mentors technicians and engineers, coordinates multiple projects, and assists with testing requirements involving electrical generation systems, sensors, instrumentation, and product development.

Leads the engineering department’s people, workload, priorities, and performance while developing customer relationships and engineered solutions. Coordinates applications engineering, quotations, design, manufacturing, quality, and sales activities. Oversees technical execution, documentation, capacity planning, continuous improvement, employee development, and cross-functional communication. The role combines mechanical engineering leadership with customer-facing business development in a custom industrial gearbox manufacturing environment.

Leads the architecture and setup of an enterprise Azure integration platform, including Azure Integration Services, infrastructure as code, CI/CD, security, governance, monitoring, and enterprise toolchain integration. Assesses and modernizes TIBCO integrations through phased migration, coexistence, testing, and cutover strategies. Provides technical leadership across architecture, infrastructure, security, DevOps, operations, and delivery teams while ensuring scalability, resiliency, compliance, and operational readiness.

Supports and improves DevOps infrastructure, CI/CD pipelines, deployment processes, monitoring, security remediation, and cloud platforms. Builds automation using infrastructure-as-code and scripting tools, troubleshoots production issues during on-call rotations, and supports developer teams across local and cloud environments.

Supports OT infrastructure, OT security, and industrial automation projects. Assists with PLC and HMI design, programming, configuration, and modifications; learns industrial processes; documents work; collaborates with multidisciplinary teams; and performs onsite implementation, testing, and commissioning at client facilities. The role includes up to 25% overnight travel and may require extended hours, weekends, or holidays to support continuously operating client environments.

Supports the design, programming, configuration, modification, testing, and commissioning of industrial automation systems. Works with PLCs, HMIs, industrial processes, and IT/OT networking while collaborating with multidisciplinary teams. Performs delegated onsite work at client locations, including implementation and system commissioning, and documents project activities.

Support the design and development of Starfish Space’s Otter satellite-servicing vehicle. Responsibilities include analyzing satellite subsystems and system architecture, coordinating spacecraft assembly, improving build processes, testing mechanical, electrical, and fluidic systems, and collaborating with technology partners. The role focuses on autonomous robotic servicing missions and requires work from Littleton, Colorado.

Designs and develops mechanical plumbing products from concept through production. Responsibilities include 3D modeling, materials and manufacturing analysis, prototyping, testing, simulation, technical documentation, root-cause analysis, validation, and commercialization. The engineer manages multiple projects and collaborates with Product Management, Quality, Manufacturing, Sourcing, vendors, and certification resources to meet performance, cost, quality, and schedule requirements.

Own the robotics simulation platform end to end, including vehicle, sensor, terrain, and environment models; ROS 2 integration; SIL/HIL testing; field-log replay; regression scenarios; CI automation; simulation metrics; synthetic data generation; and sim-to-real validation. Collaborate with perception, controls, ML, and platform teams to improve autonomy testing across agricultural and off-road environments.