Top Engineering Jobs

Develop, integrate, test, and maintain C++ and Python software for underwater robotic vehicles and oceanographic systems. Responsibilities include ROS 1/ROS 2 development, sensor and subsystem integration, navigation and control, simulation, automated testing, data processing, troubleshooting, documentation, and field or sea operations. The engineer will modernize legacy systems, support vehicle readiness, diagnose issues in demanding environments, and collaborate with engineers, technicians, scientists, operators, and external partners.

Develops and improves aerospace manufacturing processes, tooling, work instructions, equipment, and assembly methods. Troubleshoots production, testing, supplier, and nonconformance issues; measures parts, analyzes failure root causes, and recommends design or process changes. The role also supports continuous improvement, cost reduction, quality compliance, equipment installation, documentation, and production personnel training in an on-site manufacturing environment.

Leads the design, implementation, and lifecycle management of large-scale, highly available software systems. Guides cross-functional teams, defines technical solutions, mentors experienced engineers, drives engineering best practices, and promotes innovation, automated testing, CI/CD, code quality, and operational reliability. Evaluates emerging technologies and AI tools to improve software efficiency, scalability, and performance.

Develop and maintain software infrastructure for autonomous robots, including device management, mission control, fleet coordination, cloud connectivity, and robotic device interfaces. Build reliable, scalable, real-time, and multithreaded systems using C++ and Python, integrate ROS/ROS 2 and cloud services, optimize robot-to-cloud communication, and document architectures and APIs. Collaborate with multidisciplinary teams to support robotic operations in construction and industrial field environments.

Serve as a technical partner for utility customers across pre-sales discovery, implementation scoping, pilots, and end-to-end deployments. Build integrations with asset management, GIS, inspection, and reporting systems; develop reusable deployment tooling and AI agents; address security and architecture concerns; identify expansion opportunities; and translate recurring field needs into product improvements. The role is approximately 80% customer-facing and requires close collaboration with Sales, Product, Solutions, and Engineering.

Designs, implements, troubleshoots, and maintains enterprise LAN, WAN, data center, wireless, voice, cloud, security, and network monitoring environments. Leads complex escalations, project-level network designs, change management, carrier and managed-service-provider oversight, and high-availability initiatives. Provides protocol-level analysis, outage mitigation, on-call support, and technical guidance while mentoring network engineers and serving as a senior telecommunications subject matter expert.

Own the structural architecture, design, analysis, qualification, and production of lightweight space solar array hardware. Lead structural trades, hand calculations, FEA, material and joint selection, test planning, model correlation, design reviews, failure investigations, and risk reduction. Partner with multidisciplinary engineering, manufacturing, and suppliers to resolve integration challenges, improve production processes, reduce mass, and ensure flight readiness. Mentor engineers and establish robust structural design and verification practices.

Lead and grow Miter’s Financials engineering team while remaining hands-on. Own the architecture, roadmap, reliability, and delivery of greenfield financial products for construction contractors, including expenses, reimbursements, per diems, and enterprise financial systems. Partner directly with executives and early customers, hire and mentor engineers, and design correctness-critical transactional systems where money moves accurately at scale.

Leads advanced automation diagnostics, maintenance, installation, modernization, and optimization for manufacturing machinery. Develops preventive maintenance strategies, resolves complex system failures, performs root cause analysis, modifies PLC and control programs, and ensures safety and regulatory compliance. Mentors automation and maintenance staff, documents activities, supports new hardware and software installations, and collaborates on modernization, reliability, continuous improvement, and energy-efficiency initiatives.

Supports capital projects across manufacturing facilities from feasibility and engineering through procurement, construction, commissioning, startup, and closeout. Reviews designs, equipment, specifications, and vendor documentation; coordinates consultants, suppliers, contractors, and site teams; manages schedules, costs, risks, and project controls. Also supports technical risk assessments, insurance compliance, corrective actions, procurement processes, and portfolio reporting using engineering, project management, and analytical tools.