Top Engineering Jobs

Build and operate secure, scalable AWS and Kubernetes infrastructure using Terraform and GitOps. Administer and optimize Snowflake production environments, improve query performance, manage cloud and data-platform costs, and strengthen FinOps practices. Maintain CI/CD pipelines, observability, IAM, RBAC, networking, and secrets management while aligning with HIPAA and SOC 2 requirements. Participate in on-call rotation and collaborate with engineering, data, and security teams. Use AI-assisted engineering tools safely for infrastructure, scripting, documentation, and analysis.

Build, deploy, scale, and operate Kubernetes platforms in AWS GovCloud. Automate infrastructure and delivery pipelines with Terraform, Terragrunt, Docker, and GitOps tools. Develop air-gapped deployment methods, observability systems, and reliability practices; troubleshoot distributed systems and network issues; maintain federal security compliance; document architecture; and mentor engineers. The role requires U.S. citizenship and the ability to obtain a TS/SCI clearance with CI polygraph, with potential onsite work in the DMV area.

Build and own full-stack software for insitro’s laboratory platform, including React and TypeScript interfaces, Python services, database models, instrument and Benchling integrations, and agent runtimes. Partner with scientists, biology, automation, and machine learning teams to understand workflows and deliver useful, verifiable tools. Prototype agentic tooling, support production reliability, review code and designs, and contribute to accelerating drug development.

Administers enterprise infrastructure, servers, networks, databases, applications, and integrations. Designs and tests workflow and system solutions, develops automation using PowerShell, T-SQL, and .NET, supports ERP and manufacturing applications, coordinates vendors and releases, maintains security controls for DFARS, NIST SP 800-171, and CMMC Level 2, and serves as a senior escalation point for incidents, upgrades, migrations, and projects.

Design, build, and maintain automation and control systems for bioreactors and bioprocessing equipment. Tune and troubleshoot PID control loops, improve system reliability through monitoring and fault recovery, and develop safe interfaces between cloud software and physical devices. Build sensor, actuator, and embedded-controller integrations while collaborating across mechanical, electrical, process, and software engineering teams to deliver robust, scalable automation solutions.

Build scalable full-stack software for a cloud-based bioprocessing platform connecting scientific workflows, cloud infrastructure, and laboratory hardware. Develop emulators and hardware-in-the-loop testing systems, establish verification and traceability practices for regulated environments, deliver Console platform features, collaborate across software, hardware, and scientific teams, and mentor engineers.

Paid ten-week IT internship supporting technical requirements analysis, digital solution development, software and systems engineering, application coding and automation, cloud infrastructure, network and storage systems, and process improvement. Interns collaborate with cross-functional IT teams, participate in training and meetings, and gain insurance-industry experience through real projects. The role is based in Chicago, Illinois, or Berkeley Heights, New Jersey, with four days per week onsite.

Paid ten-week IT internship supporting technical requirements analysis, cross-functional solution implementation, digital solution development, software and systems engineering, application coding and automation, and network, storage, and cloud system design. Interns receive classroom and technical training, mentorship, and exposure to insurance operations while collaborating with IT teams on real projects. The role requires onsite work four days per week and is designed for students pursuing technology-related degrees.

Manage enterprise IT infrastructure across offices, data centers, endpoints, and SaaS environments. Lead IAM, system reliability, patching, MDM, virtualization, storage, ITSM workflows, and automation initiatives. Lead and mentor a small IT team while remaining hands-on with escalations, projects, technical direction, workload planning, and on-call operations. Support security compliance, audit readiness, and autonomous trucking operations.

Design, implement, and optimize low-level software, networking components, protocols, and performance-critical systems. Develop client-server and socket-based applications using C++ and Python, apply algorithms and memory management techniques, and conduct unit, integration, and stress testing. Debug memory leaks, packet flows, and concurrent execution using GDB and Wireshark. Collaborate cross-functionally on modular codebases, documentation, code reviews, and release processes.

Design, implement, and optimize low-level backend systems, networking components, protocols, and performance-critical software. Develop unit, integration, and stress tests; debug memory leaks, packet flow, asynchronous execution, and multithreaded systems using GDB and Wireshark. Apply algorithms, data structures, memory management, and concurrent state management while collaborating on modular codebases and release cycles.

Lead the design and development of scalable cloud-based asset insight platforms, including data ingestion, transformation pipelines, integrations, APIs, and reusable software components. Provide technical leadership for architecture, reliability, performance, and production operations. Collaborate with global engineering, product management, and marketing teams while applying agentic AI and automation across the software development lifecycle and product capabilities.

Leads a multidisciplinary engineering organization developing complex robotic medical technology. Responsibilities include people leadership, staffing, contractor management, engineering execution, resource planning, budgeting, risk resolution, cross-functional collaboration, regulatory compliance, design controls, and continuous process improvement. Partners with project and technical leaders to translate program priorities into engineering plans and deliverables while supporting quality, schedule, and business objectives.

Lead systems engineering for robotic surgical end effectors and electromechanical subsystems. Translate clinical and user needs into requirements, architectures, interfaces, and verification strategies. Coordinate integration across electrical, mechanical, software, controls, clinical, quality, regulatory, and manufacturing teams. Manage traceability, risk mitigation, design documentation, system validation, and technical trade studies while mentoring engineers and improving systems engineering practices.

Designs and develops electrical components, circuits, and subsystems for complex medical devices. Responsibilities include requirements translation, prototyping, simulation, testing, troubleshooting, verification, documentation, risk management, and cross-functional collaboration throughout product development. The role analyzes technical problems, drives root-cause resolution, supports system integration, and ensures compliance with design controls, quality systems, and applicable standards.