Top Engineering Jobs

Develop embedded, mission, and ground-tool software for autonomous precision munitions using C, C++, and Python. Integrate sensors, radios, actuators, cameras, and other hardware across Linux and RTOS environments. Build simulation, hardware-in-the-loop, automated testing, and software interfaces; support field testing and hardware debugging. Collaborate with multidisciplinary engineering teams and contribute to code review, CI, and documentation.

Develop robotics and embedded software in C++ and Python using ROS and PX4. Integrate sensors, actuators, and communications interfaces; improve control, navigation, and autonomy; troubleshoot hardware and software; and validate systems through simulation, bench testing, and field trials. Collaborate on design, code reviews, documentation, and feature deployment. The role requires robotics, Linux, embedded systems, hardware integration, and collaborative development experience.

Lead software architecture for DriveOS, decomposing requirements and integrating designs across system software, virtualization, graphics, compute, safety, security, sensor processing, and networking. Provide technical direction, resolve system-level issues, improve development processes, and communicate architecture decisions. Collaborate with software and hardware stakeholders to influence SoC and GPU designs for safe, reliable autonomous vehicle systems.

Analyze GPU application performance and design, implement, and integrate MLIR/LLVM compiler optimizations and passes. Collaborate with hardware, compiler, and application teams, engage with open-source LLVM community, and enable best-in-class performance for AI and HPC workloads.

Lead architecture for cloud-networking and design system architectures for DPUs and NICs. Build end-to-end solutions from application to hardware, write architecture specifications, evaluate new technologies, develop POCs, and collaborate globally with SW/HW teams and customers.

Manage and troubleshoot IT and AWS cloud infrastructure for an Intelligence Community mission program. Provision infrastructure using Terraform and Ansible, administer AWS services including ECR, monitor systems, resolve infrastructure problems, and provide Tier 1 and Tier 2 support. Automate administrative tasks with Bash, shell, or Python scripting while supporting client, server, storage, network, and mobile environments onsite at Fort Meade.

Develop and integrate Python microservices for SIGINT mission systems. Containerize services with Docker, deploy them to Kubernetes using Helm, integrate system interfaces, support service-oriented architecture, automate development and deployment with Bash, and troubleshoot Linux-based containerized services. The role is onsite at Fort Meade and requires active TS/SCI clearance with a full-scope polygraph.

Designs, deploys, and manages OpenStack and comparable cloud infrastructure for intelligence mission systems. Develops, maintains, tests, and enhances complex software; automates infrastructure and network tasks using Python, PowerShell, and network automation tools. Applies DevOps, cloud security, and operations practices; analyzes system performance and usage; evaluates COTS/GOTS solutions; and collaborates with users and systems engineers. The role is onsite at Fort Meade and requires an active TS/SCI with Full Scope Polygraph.

Leads EDC’s enterprise technology platforms, engineering, data architecture, analytics, and technology operations. Establishes platform strategy, modernizes business systems, strengthens engineering and DevOps practices, improves data governance and accessibility, and operationalizes digital and AI-enabled solutions. Partners with organizational leaders on workflow transformation, automation, and technology adoption while developing multidisciplinary teams and future technology leaders.

Develop and enhance Citi’s margin calculation and reporting platform using Java and distributed application technologies. Responsibilities include designing scalable software, translating business requirements into technical solutions, managing the software development lifecycle, supporting users, improving performance, assessing technical risks, and collaborating with global technology and business teams. The role requires strong experience with Spring, microservices, concurrency, messaging, testing, REST APIs, containers, SQL, Linux, and agile delivery.

Leads Oracle ERP application development and systems analysis, coordinating with technology and management teams to deliver system enhancements and process improvements. Designs applications within enterprise architecture standards, establishes coding and testing practices, resolves complex technical problems, evaluates risks, and advises developers and analysts. Requires extensive Oracle ERP and application programming expertise, project implementation experience, leadership skills, and the ability to leverage AI-enabled development tools responsibly.

Designs, automates, and supports scalable cloud-native application platforms. Responsibilities include building CI/CD pipelines, managing Kubernetes and OpenShift environments, provisioning infrastructure with Terraform and Helm, monitoring reliability, troubleshooting platform issues, supporting RHEL/Linux systems, addressing vulnerabilities, and contributing to cloud architecture and modernization initiatives.

Designs and details roadway and highway improvement projects, including alignments, profiles, cross-sections, layouts, calculations, estimates, plans, reports, and quantity takeoffs. Processes survey and right-of-way data, ensures compliance with engineering standards, and supports design quality oversight. The role requires collaboration with project teams, mentoring junior engineers, and proficiency in MicroStation and OpenRoads Designer. A civil or structural engineering degree, four years of roadway design experience, and a Professional Engineer license are required.

Designs and details roadway and highway projects, including alignments, profiles, cross-sections, layouts, calculations, estimates, plans, reports, and quantity calculations. Processes survey and right-of-way data, ensures compliance with engineering standards, and supports quality oversight and mentoring of junior engineers. The role is remote and may require occasional travel to the primary location.

Develop and optimize automated test hardware and software for mixed-signal integrated circuits. Perform IC qualification, characterization, failure analysis, yield improvement, test-time optimization, product transfers, and customer-return analysis. Collaborate with design, manufacturing, quality, reliability, and global facilities to support product development and lifecycle management. Use statistical analysis and laboratory equipment to resolve production and quality issues.

Participates in TI’s Career Accelerator Program while developing system-level semiconductor solutions. Works with customers, sales, and business units to create reference designs, combine hardware and software, gather requirements, develop specifications and algorithms, troubleshoot systems, and influence product roadmaps. Responsibilities include schematic capture, PCB layout, fabrication, assembly, testing, documentation, and customer-focused debugging.

Participate in TI’s Career Accelerator Program while developing analog and digital chips from concept through mass production. Define product specifications and roadmaps, evaluate system tradeoffs, collaborate with customers and cross-functional IC development teams, troubleshoot hardware and software issues, and document development lifecycle activities. The role also includes system design, algorithm development, reference modeling, and exposure to applications engineering and product marketing.

Supports system-level integration of connectivity hardware and software modules. Assists with integration planning, test and verification activities, issue tracking, readiness coordination, technical documentation, risk management, and deployment support. Collaborates with systems, software, hardware, laboratory, supplier, program, and customer-facing teams to prepare environments, track dependencies, resolve issues, and report milestone status.

Build and maintain reliable, scalable distributed cloud microservices for automotive connectivity systems. Develop secure REST and gRPC APIs, manage high-throughput asynchronous processing, and work with Kubernetes, serverless AWS Lambda, event-driven architecture, Protobuf, Kafka, NoSQL databases, and caching. Responsibilities include deployment automation, performance optimization, testing, code reviews, troubleshooting, monitoring, and root-cause analysis across production environments.

Bring up and own the Android Wi-Fi stack for wireless CarPlay and Android Auto, including SoftAP, connection management, networking, regulatory domains, RF coexistence, and certification. Debug driver and firmware issues with silicon vendors, build automated validation, support vehicle and bench testing, and lead cross-team technical efforts. The role requires deep embedded Wi-Fi expertise, strong C/C++ skills, Android framework experience, Linux networking knowledge, and 802.11 protocol proficiency.

Own the system-level architecture and integration of automated robotic parking hardware. Define interfaces, requirements, configuration controls, supplier specifications, acceptance criteria, and building interfaces. Lead integration across mechanical, electrical, controls, software, safety, and operations, including industrial protocols such as VDA5050, Modbus, OPC UA, and CAN. Troubleshoot deployed systems, manage supplier conformance, support field resolution, and provide technical leadership while remaining an individual contributor.