Top Engineering Jobs

Supports mechanical product modifications, troubleshooting, and new product development for scientific instrumentation. Creates manufacturable and serviceable designs using Siemens NX, prepares detail and assembly drawings and bills of materials, and collaborates with engineering, manufacturing, quality, supply chain, procurement, and marketing teams. The role also supports manufacturing-related issues and may involve finite element, thermal, and structural analysis.

Supports a medical device R&D team through engineering change orders, technical writing, quality management system documentation, form completion, and process compliance. The role is primarily paperwork-focused, requiring the engineer to explain and advocate for engineering changes while providing limited electrical engineering support. Responsibilities include following team procedures and using Microsoft Office, LTspice, PCB layout tools, and Altium.

Leads enterprise software engineering teams supporting NIH and NCI systems. Oversees software design, modernization, integration, testing, deployment, cloud migration, database administration, DevSecOps, cybersecurity compliance, and application sustainment. Provides technical leadership across Agile SDLC practices, AWS cloud-native architectures, Oracle Clinical environments, automated testing, and production operations while collaborating with government stakeholders and cross-functional technical teams.

Leads forensic biomechanics and safety investigations involving industrial, transportation, and consumer product accidents. Responsibilities include reviewing evidence, inspecting accident scenes and equipment, evaluating root causes, applying safety standards and regulations, designing tests and computational models, conducting risk assessments, preparing technical reports and exhibits, supporting business development, and providing expert witness testimony.

Supports aerospace engineering programs by performing aircraft structural design, CAD, drawing and scan-data analysis, GD&T, and engineering workflow development. Develops and validates analytical methods and tools, leads technical reviews, manages work packages, and engages customer engineering teams. Partners with software and robotics teams to translate requirements into practical solutions, supports aerospace product direction and proposals, and mentors team members. The role primarily supports a U.S. Navy aircraft program and requires approximately 20% travel.

Leads hydrologic and hydraulic design for transportation projects, serving as a discipline or sub-discipline lead. Responsibilities include supervising design teams, managing staffing and budgets, ensuring code and regulatory compliance, preparing technical specifications, coordinating subconsultants, supporting client relations, and providing technical consultation. The role requires extensive transportation drainage experience, leadership, client liaison skills, a Civil Engineering degree, 10–15+ years of experience, and a Professional Engineer license.

Leads a hardware engineering team responsible for storage system architecture, design, validation, qualification, production release, and customer support. Sets technical direction, manages delivery across complex compute, networking, and I/O systems, drives failure analysis and corrective actions, and partners with manufacturing, quality, test, and external development partners. Builds scalable engineering processes, automation, documentation, and quality practices while hiring, mentoring, and developing technical talent.

Supports the design, fabrication, integration, testing, and troubleshooting of electrical hardware, RF systems, embedded software, and prototype systems. Develops C, C++, and Python software for hardware testing, automation, and data collection; configures Linux test environments; performs lab and field integration; maintains equipment and records; and supports parts procurement. The role requires hands-on technical work, collaboration with engineers and researchers, U.S. citizenship, and eligibility for a TS/SCI security clearance.

Leads digital workplace and collaboration engineering across Microsoft 365, Teams, endpoint, virtual desktop, identity-adjacent access, and productivity platforms. Sets engineering strategy, OKRs, reliability practices, observability, automation, and AI-first operating standards. Builds and leads multi-team engineering organizations, drives SLOs, incident management, self-healing, digital employee experience monitoring, vendor accountability, and measurable reductions in operational toil.

Supervises process engineering supporting printed circuit board manufacturing. Leads process integration, operating-condition development, process monitoring, failure analysis, documentation, statistical evaluation, quality and safety compliance, production readiness, and resolution of manufacturing issues. Manages the onsite process engineering team and collaborates with customers, production, quality, engineering, and support personnel.

Leads engineering strategy, execution, hiring, and team development for Remitly’s Global Card product. Oversees cross-team technical initiatives involving full-stack applications, APIs, card issuance, balances, and money movement. Partners with Product, Design, Analytics, and engineering leadership on roadmaps, OKRs, resource allocation, organizational design, and safe adoption of AI coding tools. Works hybrid from Arlington, Virginia, while maintaining the reliability and security standards required for regulated financial products.

Manage and develop an electrical engineering department supporting regulated medical-device development and sustaining projects. Allocate resources, mentor engineers, coordinate multidisciplinary teams, review electrical design documentation and test reports, plan budgets, address manufacturing and customer issues, and support laboratories, vendors, quality, regulatory, manufacturing, procurement, and service functions. The role requires expertise in analog and digital design, PCB development, communication protocols, EMC, debugging, and international safety standards.

Lead design and implementation of Java full-stack, cloud-native, microservices applications. Architect scalable, resilient systems, drive CI/CD, container orchestration, API and integration testing, data modeling on Oracle, and mentor a new development team focused on risk technology for financial services.

Leads supplier quality and compliance activities, including supplier evaluations, risk assessments, process audits, corrective actions, PPAPs, scorecards, and process improvements. Analyzes failure modes and quality data, develops RCCA plans, supports nonconformance investigations, prepares reports, and collaborates with engineering, manufacturing, sourcing, inspection, and purchasing teams. The role also trains personnel, participates in failure reviews, and travels to resolve supplier issues.

Develops and resolves moderately complex technical issues involving U.S. Navy communications systems, digital networks, software-defined transceivers, and amplification devices. Creates and analyzes engineering documentation and supports equipment deployed aboard Navy ships. Requires communications theory and digital network knowledge, AutoCAD and Inventor experience, strong communication skills, and the ability to work independently or collaboratively. Military or shipboard electronics experience is preferred. Relocation to Southern Maryland is required if not already local.

Lead a multidisciplinary systems engineering team developing RF mission capabilities on space-qualified hardware. Manage requirements, system modeling, design, integration, qualification testing, and product delivery across the development lifecycle. Apply digital and model-based systems engineering, operational concept development, feasibility studies, performance modeling, and hardware/software evaluation. Present technical information to management and customers while coordinating cross-functional teams across multiple facilities.

Full-time, on-site summer interns will support spacecraft Guidance, Navigation, and Control through system-level analysis, software feature development, operations and calibration tools, and automated performance and regression testing. Interns may own projects involving spacecraft functionality, GNC performance analysis, or on-orbit operations. The role requires software programming skills and interest in spacecraft attitude estimation and control, with opportunities for mentorship and collaboration in a startup aerospace environment.

Full-time, on-site summer intern supporting spacecraft GNC hardware development. The intern will own a test capability, design and automate test setups and ground support equipment, conduct development and testing analysis, and perform laboratory or clean-room measurements. Candidates should have mechanical or aerospace engineering coursework, basic programming skills, hardware/software integration or mechatronics experience, and an interest in spacecraft attitude sensors and actuators.

Develop, integrate, test, and sustain complex software systems in a mission-focused environment. Build responsive web interfaces, cloud applications, automated workflows, database interfaces, and AI/ML integrations. Use Python, JavaScript, AWS, infrastructure-as-code, Docker, Git, and CI/CD technologies. Responsibilities include requirements analysis, system design, debugging, performance optimization, documentation, automated testing, and collaboration within Agile teams.

Leads and develops a team of engineers through product design, CAD execution, prototyping, design verification, and production readiness. Owns mechanical designs end-to-end, optimizing for quality, cost, manufacturability, materials, and consumer value. The role requires hands-on fabrication, mechanical engineering expertise, CAD proficiency, test data analysis, and collaboration with global product development teams.

Manages a section of systems engineers while maintaining technical responsibilities on the STRIKE program. Oversees staffing, work-package performance, cost, schedule, technical performance, quality, process guidance, training, goal planning, evaluations, and merit budgeting. Requires systems engineering expertise, leadership ability, and experience supporting large system-development contracts in an aerospace or military environment.

Leads a 10–15-person avionics engineering section while balancing people management with technical program responsibilities. Oversees hiring, development, performance, resource allocation, and urgent technical issues. Collaborates with program management and supports aircraft avionics solutions, IR&D activities, major programs, and capture efforts. Requires substantial engineering experience, avionics expertise, an active Secret clearance, and eligibility for special access programs.

Summer engineering internship supporting aerospace production and operations. Responsibilities include assisting customer deliveries, driving process improvement and waste reduction, collaborating with engineers on aerospace technology, providing engineering support, engaging management, and presenting results to executives. The role is intended for students pursuing engineering or computer science degrees and may lead to future full-time aerospace opportunities.

Build and operate software automation for large-scale NVIDIA GPU infrastructure. Responsibilities include bare-metal provisioning, hardware validation, firmware and software upgrades, cluster lifecycle management, BMC and Redfish tooling, failure diagnosis, observability, incident response, and automated repair. The role supports NVL72 systems, BlueField DPUs, Linux, Kubernetes, and cloud or on-premises environments while coordinating across hardware, networking, platform, data center, and partner teams.

Leads global engineering teams responsible for technology strategy, modernization, resiliency, and operational excellence across mission-critical investment operations and portfolio services platforms. Partners with Product, Operations, Risk, Accounting, Trading, and Engineering leaders to deliver scalable systems supporting significant assets. Drives cloud-native architecture, distributed systems, automation, AI-enabled capabilities, platform reliability, organizational development, succession planning, and strategic transformation.