Top Engineering Jobs

The role involves building and supporting infrastructure, improving developer tooling, and managing networking and security while gaining experience in DevSecOps practices.

Design, develop, and maintain scalable web applications and APIs using Angular, Node.js, Python, SQL and BI tools. Integrate REST/GraphQL and AI platforms, optimize performance, support deployments, mentor junior developers, and produce technical documentation within an Agile team.

Design, maintain, and optimize cloud infrastructure and CI/CD systems. Solve complex DevOps problems, support engineering teams, develop cloud migration strategies, and build tools to enable scalable, secure deployments.

Design, develop, test, deploy, and maintain backend services and data pipelines. Ensure technical and product excellence, performance, and engineering best practices. Collaborate across global teams, drive projects, and contribute to large-scale system design and distributed computing challenges.

Design, implement, test, and maintain full-stack product and system code. Participate across the full development lifecycle, review peers' code, create documentation, collaborate with global teams, and help drive strategic engineering goals in a fast-growing startup.

Lead and oversee cloud operations and Site Reliability Engineering for a global IoT ecosystem, architecting strategies for performance, security, and innovation while mentoring a team of professionals in multi-cloud environments.

The Sr Infrastructure Engineer will design, implement, and improve technical solutions, manage service requests, and ensure operational efficiency while supporting customers and internal operations.

Design, implement, test, and maintain advanced embedded firmware for bare‑metal and RTOS systems. Collaborate with hardware, AI, and product teams on board bring‑up, debugging, safety‑critical features, certification, system integration, and documentation. Support cloud connectivity and AI/ML pipelines and troubleshoot across firmware, hardware, and connected components.

The Quality Assurance Manager oversees Agropur's Food Safety and Quality Assurance Program, ensuring compliance with quality standards and regulations, and leading quality initiatives. Responsibilities include managing quality systems, audits, supplier qualifications, and the development of quality assurance staff.

The Whey Technologist works to improve the quality and efficiency of whey production processes, supports problem resolution, and collaborates on new product development.

As an AI-First Software Engineer, you will build production features, enhance systems using AI tools, collaborate on solutions, and drive meaningful improvements in development workflows.

Serve as technical lead for software development, testing, deployment support, release management, requirements analysis, defect resolution, and technical oversight for MIS. Lead development, testing, UAT, Section 508 compliance, performance/capacity testing, documentation, and modernization/migration efforts.

The Engineer V, Configuration oversees the integrity and traceability of engineering baselines, ensuring proper documentation and change management across teams.

The Test Hardware Design Engineer designs, tests, and integrates mechanical systems for nuclear prototypes, ensuring performance and safety through detailed engineering analysis and project collaboration.

The Mechanical Systems Design Engineer will design and develop mechanical systems for nuclear products, ensuring safety and functionality through various engineering analyses and CAD modeling.

Hands-on internship building and programming opto-mechanical 3D machine vision and automated microscopy systems, automating data acquisition and image reconstruction, developing ETLs and databases, and deconstructing/analyzing advanced AI products. Collaborate with engineers on semiconductor, optics, and AI hardware projects and contribute technical research and tooling.

Perform deep technical teardown and architectural analysis of AI/datacenter hardware (GPUs, CPUs, ASICs). Drive sample preparation, failure analysis, use FIB/SEM/X-ray tools, interpret design/process trade-offs (DTCO/STCO), co-author research, and expand lab capabilities and tooling.

Design, develop, and implement ground software for satellite communication, control, and telemetry. Collaborate to define requirements and ensure system functionality during critical operations.

The role involves leading the Manufacturing Development organization, driving spacecraft production processes from design to manufacturing, ensuring quality and scalability, and fostering cross-functional collaboration.

The role involves the design, integration, testing, and qualification of spacecraft electromechanical mechanisms, ensuring high reliability in demanding space environments.