Top Engineering Jobs

Develop and modernize secure, scalable front-end web applications for a government big-data analytics platform. Build responsive interfaces, dashboards, reporting tools, and data visualization features; integrate APIs and data services; and support geospatial data capabilities. Collaborate with product, UX, backend, data, and cybersecurity teams in an Agile environment. Participate in architecture, code reviews, mentoring, DevSecOps, troubleshooting, performance improvement, and compliance activities. Work onsite three days weekly and in a SCIF as required.

Designs, deploys, and manages Kubernetes and OpenShift platforms across cloud and on-premises environments. Builds CI/CD pipelines, infrastructure-as-code solutions, automation, and self-service tooling for containerized applications. Monitors performance, availability, and security; responds to incidents; improves platform reliability and usability; and ensures security and governance compliance. Collaborates with distributed Agile teams and provides onsite SCIF and on-call support for mission-critical customers.

Own systems engineering and product ownership for flight operations software supporting spacecraft commanding, telemetry, ground systems, and mission operations. Define architectures, MBSE models, APIs, requirements, user stories, and acceptance criteria; prioritize the development backlog; drive technical trades; and support implementation, integration, verification, deployment, and operations. Coordinate spacecraft, ground, flight software, mission operations, and engineering stakeholders while identifying integration risks and contributing to enterprise architecture and long-term mission systems roadmaps.

Paid, full-time electrical engineering co-op supporting autonomous aircraft hardware development. Responsibilities may include circuit board design, power electronics simulation and verification, avionics bring-up, debugging, automated test-rack development, and HALT reliability testing. The co-op owns a project with mentorship from a senior engineer and collaborates with cross-functional engineering teams.

Electrical Engineering Interns will gather requirements, design, and validate avionics assemblies and test fixtures. They will work across power electronics, communications, RF, and related disciplines; build test stands involving relays, PLCs, PCBAs, and harnesses; use Python for test automation, analysis, and simulations; and participate in cross-functional design reviews. The internship is a 10–12-week paid program for students pursuing Electrical Engineering or a related STEM degree.

Paid 10–12-week internship supporting aerospace manufacturing and engineering projects. Responsibilities include program scheduling, production planning, material logistics, prototype build readiness, quality data analysis, corrective actions, advanced manufacturing process improvement, and preparing reports and metrics for engineering leadership.

Develop and integrate inertial navigation systems across design, testing, qualification, and production. Analyze inertial sensor and system performance data, conduct simulations, trade studies, FMEA, root-cause analysis, and requirements assessments. Create systems engineering documentation, support design reviews and customer communications, contribute to proposals, and provide technical guidance to junior engineers. Collaborate with multidisciplinary aerospace teams on verification, validation, certification, and technical issue resolution.

Leads certification processes for new aerospace products, ensuring compliance with industry standards and regulations. Develops certification strategies and plans, collaborates with cross-functional teams, monitors regulatory developments, and provides technical guidance. The role also requires strong problem-solving, decision-making, leadership, communication, collaboration, attention to detail, and project management skills.

Leads advanced manufacturing and New Product Introduction activities for mechanical aerospace components. Responsibilities include optimizing production processes, managing Manufacturing Readiness Level requirements, driving DFM and continuous improvement, analyzing manufacturing data, coordinating suppliers and capital needs, ensuring safety and standards compliance, and mentoring team members. The role collaborates across Engineering, Sourcing, Program Management, and manufacturing teams while supporting IPDS and APQP objectives.

Design, implement, test, and refine real-time noise-cancellation control systems and DSP algorithms for headphones and automotive applications. Conduct electroacoustic and vibration measurements, evaluate adaptive and feedforward algorithms, develop software and validation tools, support legacy systems, and collaborate across research and engineering teams. The role is hybrid in Framingham, Massachusetts and includes up to 10% domestic and international travel.

Leads software engineering efforts for a data platform within an agile corporate technology team. Designs, develops, tests, debugs, and maintains secure, scalable production systems; reviews code; improves operational stability through automation; and promotes responsible AI-assisted development practices. Evaluates vendors and architectural solutions, coaches engineers on secure AI use, and applies cloud-native technologies, software development lifecycle practices, resiliency, and security standards in financial services systems.

Lead software engineering and reliability efforts for a data platform within an agile Corporate Technology team. Responsibilities include designing, developing, testing, troubleshooting, and reviewing secure production code; improving application resiliency and automating recurring remediation; promoting validated AI-assisted engineering practices; applying SDLC automation; and evaluating vendor and architectural solutions. The role requires strong software engineering, cloud-native, security, CI/CD, agile, operational stability, and financial services technology expertise.

Lead software engineering for JPMorgan Chase’s API Marketplace within an agile team. Responsibilities include designing and delivering secure production code, reviewing and debugging applications, guiding technical teams and partners, influencing technology decisions, mentoring developers, contributing to SDLC frameworks, and building cloud-native distributed applications using modern development, testing, and deployment practices.

Design and develop scalable cloud-based backend architectures for PSA’s consumer-facing Set Registry platform. Own features through architecture, implementation, testing, deployment, and production release. Build APIs for web and mobile applications, improve databases and existing applications, troubleshoot complex systems, and collaborate with product and engineering teams. Contribute to technical design reviews, documentation, monitoring, security practices, and automated testing.

Leads the design release of propulsion controller hardware for production vehicles. Owns hardware requirements, supplier negotiations, electrical and mechanical interfaces, design reviews, prototypes, PPAP readiness, and warranty-quality targets. Coordinates cross-functional product development teams, supports sourcing, validates hardware for vehicle milestones, and provides technical leadership and mentorship.

Provide technical leadership for paint-shop automation: design, program, integrate, commission, troubleshoot, and improve PLCs, HMIs, robots, drives, networks, and plant-floor systems to support production launches, reliability, safety, and continuous improvement.

Integrate and maintain ECU instrumentation hardware and calibration benches across SDV microcontrollers, ECUs, and electrical architectures. Configure and troubleshoot XCP, DoIP, A2L/A2ML, measurement, flashing, trace, and calibration workflows. Diagnose hardware, software, tooling, licensing, and configuration issues; maintain instrumentation requirements documentation; coordinate with suppliers and engineering teams; and coach calibrators and software engineers. Regular hands-on lab and bench work is required.

Lead the technical direction, architecture, and operation of Snap’s omnichannel notification platform. Design scalable, highly available backend services, shared APIs, data models, orchestration, ranking, targeting, experimentation, and measurement systems. Drive cross-functional initiatives, improve reliability and observability, respond to incidents, develop technical roadmaps, mentor engineers, and influence architecture across teams.

Owns end-to-end quality for Snap’s Direct Revenue experiences, including test strategy, mobile automation, compatibility, accessibility, privacy, compliance, localization, defect diagnosis, release readiness, and quality sign-off. The role partners across teams to manage integration risks, reviews code and tests, participates in on-call rotations, and uses AI responsibly to improve engineering efficiency. Candidates need mobile testing expertise, object-oriented programming skills, agile SDLC experience, and proficiency with standard quality engineering tools.

Designs and supports end-to-end media asset supply chain workflows, DAM/MAM integrations, ETL metadata architectures, API connections, and automation across ingest, QC, transcoding, delivery, and archival. Partners with business stakeholders, engineering, vendors, and clients to translate requirements into scalable solutions. Builds AI-enabled workflows, maintains operational platforms, validates releases, troubleshoots issues, and supports high-priority media distribution and marketing supply chain initiatives.

Develop and maintain web-based and native front-end applications for animation production users. Collaborate with product, engineering, backend, UX, and production teams on requirements, architecture, performance, testing, deployment, and feature roadmaps. Participate in code reviews, design discussions, prototypes, user studies, and iterative UX improvements. Provide technical guidance to junior engineers and translate complex production pipeline requirements into intuitive visual tools.

Supports architecture and integration strategy for NBCUniversal’s digital advertising technology ecosystem. Coordinates requirements, technical workstreams, dependencies, testing, launch readiness, troubleshooting, documentation, and operational handoffs across product, engineering, QA, architecture, and operations teams. The role covers streaming and advertising workflows, including ad serving, decisioning, programmatic integrations, metadata, measurement, and VOD, live, and linear content. Uses AI-assisted tools for analysis, documentation, testing, and workflow automation while validating outputs and protecting sensitive information.

Lead technical direction and architecture for full-stack receiver financial products across web, mobile, backend services, APIs, and integrations. Design scalable distributed and event-driven systems, deliver greenfield customer experiences, integrate money-movement and compliance platforms, and embed security, reliability, observability, and regulatory controls. Mentor engineers, lead design and code reviews, and influence technical strategy across teams while using AI throughout the software development lifecycle.

Build and own backend product features for Remitly Business, including services, APIs, data models, and durable money-movement workflows. Develop scalable Go systems using Temporal, ensuring idempotency, observability, ledger accuracy, reconciliation, security, and compliance. Partner with Product, Design, Analytics, Compliance, Infrastructure, and Operations to deliver features end to end. Contribute to roadmaps, technical reviews, AI-assisted development, architecture decisions, interviews, and team growth.

Architect and scale distributed data systems, real-time and batch pipelines, feature stores, and risk intelligence infrastructure for fraud and machine learning decisioning. Lead technical strategy across streaming, databases, storage, AWS cost optimization, data quality, observability, anomaly detection, and feature lifecycle management. Partner with data scientists, ML engineers, and risk leaders while mentoring engineers and driving architectural standards and large-scale initiatives.