Top Engineering Jobs

Develop and manage system requirements, concepts, architectures, interfaces, verification plans, and test approaches for defense, hypersonic, space, autonomous vehicle, and precision-guided systems. Apply systems engineering, MBSE, digital engineering, modeling, simulation, and trade-space analysis throughout the system lifecycle. Coordinate requirements assessments, analyze results, support risk and performance engineering, and communicate recommendations to customers and multidisciplinary teams. The role requires technical reporting, stakeholder engagement, and ability to obtain and maintain a U.S. security clearance.

Develops embedded, real-time software for resource-constrained aerospace and defense systems across the full software development lifecycle. Responsibilities include requirements analysis, algorithm design, embedded implementation, performance analysis, software testing, troubleshooting, technical documentation, and stakeholder communication. The role supports resilient and fault-tolerant applications for undersea, terrestrial, air, hypersonic, and space domains under program leadership guidance.

Develop prototype sensor and signal-processing solutions for national security applications. Responsibilities include designing analog and digital signal-processing systems, developing embedded algorithms and laboratory software, creating optical, acoustic, photonic, and MEMS sensing technologies, planning hardware projects, analyzing technical problems, improving performance, and providing technical leadership. The role requires collaboration with internal and external stakeholders and supports prototype development across defense, space, biotechnology, and electronic systems.

Designs and leads architecture for a multi-brand e-commerce and digital guest experience platform. Responsibilities include end-to-end solution design, hands-on coding, technical roadmaps, code and architecture reviews, platform performance and reliability improvements, compliance alignment, documentation, mentoring, and evaluating build-versus-buy decisions. The role requires full-stack development expertise, cloud-native architecture knowledge, DevOps practices, API-first distributed systems experience, and familiarity with AI-assisted engineering.

The Instrumentation and Controls Engineer will design control systems, create construction documents, and provide construction support for water and wastewater projects, ensuring safety and collaboration with a team.

Leads electrical design for complex commercial, healthcare, institutional, and other building projects. Prepares plans, specifications, layouts, diagrams, lighting and life safety systems, power distribution models, and construction documentation. Coordinates multidisciplinary teams, manages design schedules, conducts site surveys and feasibility analyses, supports construction administration, responds to contractors, and interacts with authorities. Provides technical leadership across multiple projects and may mentor engineers and designers.

Leads mechanical engineering and building systems design for complex projects, serving as engineer of record and overseeing calculations, coordination, QA/QC, documentation, construction administration, and contract deliverables. The role includes energy modeling, life-cycle cost analysis, budget and schedule management, technical writing, resource planning, multidisciplinary coordination, and mentoring engineers and designers. A current U.S. Professional Engineer license and at least 10 years of experience are required.

Develops and supports application systems in coordination with technology teams. Responsibilities include analyzing requirements, designing and debugging programs, identifying vulnerabilities, testing applications, resolving issues, consulting with users, and recommending programming solutions. The role also coaches junior analysts, evaluates complex problems, manages delivery timelines, supports compliance, and operates independently with limited supervision.

Develops, enhances, tests, debugs, and supports application systems in coordination with technology teams. The role analyzes code and applications for vulnerabilities, consults with users, recommends programming solutions, resolves technical issues, and supports implementation of system improvements. It operates with limited supervision, advises junior analysts, evaluates business requirements, manages delivery outcomes, and applies professional judgment to ensure quality, compliance, and timely execution.

Designs, deploys, and operates ultra-low-latency trading infrastructure across bare-metal compute, kernel-bypass networking, FPGA hardware, colocation environments, and high-speed interconnects. Responsibilities include hardware and OS optimization, benchmarking, telemetry, network and exchange connectivity, automation, Kubernetes operations, certification, compliance documentation, incident response, and lifecycle management. The role collaborates with trading, application, risk, compliance, exchange, vendor, and colocation teams while supporting mission-critical environments and off-hours maintenance.

Reviews and releases engineering drawings and MBD datasets for accuracy, GD&T, ASME Y14 compliance, configuration control, and manufacturing readiness. Validates dimensions, tolerances, materials, metadata, title blocks, revisions, and model-to-drawing alignment. Collaborates with designers and engineers to resolve discrepancies, mentors team members, improves drafting standards and release processes, and communicates quality risks and status. The role is onsite in Webster, Texas, and supports critical space infrastructure programs.

Own backend integrations and data pipelines connecting lending, CRM, servicing, accounting, and document platforms. Build reliable APIs, middleware, event-driven services, ingestion and transformation layers in Databricks, with strong monitoring, reconciliation, schema management, and automation. Partner with vendors, business users, analysts, and technology teams while independently delivering production systems. Use AI-assisted development tools and maintain high standards for testing, error handling, idempotency, and data accuracy.

Creates and maintains 3D CAD models, 2D production drawings, bills of materials, and product documentation for camper and motorhome products. Works with engineering, manufacturing, purchasing, and quality teams to document designs, process revisions, verify production-floor details, and support engineering changes. Ensures drawings are accurate, manufacturable, properly controlled, and aligned with approved product configurations.

Owns the manufacturing system for a high-mix camper and motorhome production line. Responsibilities include optimizing layout, flow, capacity, cycle time, labor efficiency, tooling, fixtures, process controls, electrical architectures, and automation. Leads root-cause analysis, continuous improvement, DFM/DFA, quality initiatives, production readiness, product launches, and capital-equipment improvements while partnering with engineering, quality, production, supply chain, and facilities teams.

Own the technical lifecycle of truck camper and motorhome products from concept through launch, sustaining engineering, compliance, field performance, and end-of-life. Lead CAD, architecture, vehicle integration, validation, engineering release, BOM and configuration control. Resolve production, supplier, warranty, and field issues while coordinating manufacturing, quality, supply chain, service, sales, and marketing. Provide technical leadership for product development and design engineering.

Leads process engineering for adult feminine care product development, equipment design, process optimization, commercialization, and manufacturing improvement. Provides technical leadership across internal and external engineering teams, develops trial and learning plans, solves process problems, mentors engineers, and ensures equipment and processes meet safety, quality, schedule, and business objectives. Collaborates with R&D, manufacturing, supply chain, procurement, marketing, sales, OEMs, and contract manufacturers across North American and global facilities.

Provides technical leadership and product engineering ownership for custom integrated circuits from development through production transfer. Defines fabrication, wafer-test, characterization, qualification, and reliability requirements; analyzes yield, risk, and reliability data; leads ESD evaluations and wafer-level DOE experiments; manages development wafer inventory; resolves complex issues with design, test, operations, quality, reliability, and fabrication suppliers; and delivers robust test solutions and stable yields for production handoff.

Leads released product engineering for surgical stapling devices, including design improvements, CAPA, corrective actions, product testing, risk analysis, design controls, and regulatory compliance. Develops and evaluates prototypes, conducts FEA and tolerance analysis, investigates customer complaints, supports manufacturability and supplier activities, and participates in FMEA and clinical observations. Presents initiatives to management, leads technical projects, and mentors junior engineers.

Supports medical device new product development for Medtronic’s Peripheral Vascular Health team. Responsibilities include technical design, troubleshooting, laboratory and product evaluation, test strategy execution, test method validation, regulatory documentation support, equipment qualification, PPAP activities, and quality-system compliance. The role also contributes to AI-enabled engineering initiatives and collaborates cross-functionally to translate research into manufacturable product solutions.

Serve as primary technical owner for Apigee Edge private cloud, managing installation, upgrades, monitoring, incident response, security hardening, capacity planning, backups, and vendor escalation. Provide SRE support across DevOps/automation platforms, build IaC and automation, define SLOs/SLIs, maintain runbooks and observability, and collaborate with networking, security, and development teams.

Leads a semiconductor equipment engineering section during the ramp-up of a 300mm factory. Oversees engineers and supervisors, manages equipment installations, drives operational performance, and ensures efficient use of materials, equipment, and personnel. Responsible for developing engineers and technicians, maintaining manufacturing methods and processes, producing quality products at minimum cost, and collaborating with internal and external stakeholders.

Evaluates, selects, installs, upgrades, maintains, and supports semiconductor manufacturing equipment. The role improves equipment uptime and reliability, monitors performance, develops preventative maintenance schedules, addresses manufacturing-impacting equipment issues, and provides technical support to repair and process engineering teams.