Top Remote Engineering Jobs

Co-own the architecture and long-term health of a Laravel platform, including its database, APIs, background jobs, integrations, CI/CD, observability, and security. Lead scaling initiatives, modernization decisions, reliability improvements, and agent-ready engineering practices. Set technical direction, review designs and code, mentor engineers, collaborate with product teams, and help prepare systems for growth and SOC 2 compliance.

Design, develop, and maintain cloud-based software using .NET and C#. Collaborate with international teams throughout the software development lifecycle, including architecture, coding, testing, deployment, feature development, and bug fixes. Apply clean-code principles and pragmatic design practices. Support containerized deployments with Docker and Kubernetes, and coordinate effectively across multisite development teams.

Build and operate the Theia SDK, APIs, backend services, AWS cloud infrastructure, data pipelines, internal tools, and customer-facing interfaces. Deploy and optimize machine learning models for production and edge inference while partnering with ML engineers and researchers. Responsibilities include Python and C++ development, Kubernetes, CI/CD, infrastructure-as-code, large-scale pandas data processing, monitoring, and secure system design.

Leads and mentors a full stack development team while actively designing, building, and maintaining backend services, REST APIs, Azure Functions, Angular applications, integrations, and SQL Server procedures. Oversees work assignment, performance management, code reviews, onboarding, architecture decisions, and production incident resolution. Develops secure authentication flows, deploys services through Azure, monitors systems with Application Insights, and collaborates with cross-functional stakeholders to deliver reliable software solutions.

Software Engineering Intern supporting frontend and backend web development, software feature implementation, research, testing, and collaboration with experienced developers. The role emphasizes learning, problem-solving, Git-based workflows, and contributing to real software projects. Candidates should have foundational HTML, CSS, and JavaScript knowledge, Git familiarity, a completed relevant bachelor's degree, U.S. work authorization, reliable internet, and a personal computer.

On-site construction Project Engineer supporting design-build projects $30M+, managing schedules, budgets, costs, and client/subcontractor relationships. Coordinate with architects/engineers, accept project execution responsibility, and mentor junior staff through project closeout.

Designs, develops, tests, maintains, and troubleshoots software applications. Writes maintainable code, builds features, reviews code, documents technical work, and collaborates with engineers, designers, and product teams. The role also involves improving existing systems, resolving software issues, participating in planning, and staying current with software development practices while working remotely.

Participate in a paid remote interview about vehicle crash simulation workflows. Discuss typical simulation processes, debug a complex crash model, evaluate automated result analysis concepts, and provide feedback on structural analysis tools. Candidates should have professional automotive or vehicle safety engineering experience, hands-on crash simulation expertise, and familiarity with simulation debugging and result analysis methodologies.

Leads backend architecture and hands-on development of scalable, secure, distributed systems. Defines APIs, data architectures, integration patterns, observability, deployment standards, and technical roadmaps. Provides technical leadership through coding, design reviews, incident response, mentoring, and architectural governance. Partners with product, DevOps, security, QA, and business teams to translate objectives into reliable software solutions while managing risks, costs, and technical debt.

Evaluate and improve AI-generated biomedical engineering content for technical accuracy, logical soundness, completeness, safety, and regulatory awareness. Develop realistic biomedical scenarios and reasoning tasks, review prompts and step-by-step solutions, identify errors and unsupported claims, and provide structured feedback. Assess model performance across medical devices, biomechanics, bioinstrumentation, signals, biomaterials, imaging, verification, validation, and risk management while promoting responsible communication of assumptions, limitations, and patient-safety considerations.