Top Engineering Jobs

Supports the development and maintenance of structural engineering applications for wood truss design and manufacturing. Translates engineering principles, building codes, and industry standards into software requirements, calculations, validation criteria, and technical documentation. Collaborates with engineering, product, software, UX, QA, sales, and field teams across the product lifecycle, investigates technical issues, supports testing and releases, and provides training and technical guidance. Requires domestic and international travel up to 10%.

Build and enhance Canopy’s accounting practice management platform across the full stack. Design REST APIs and microservices, develop React user experiences, manage PostgreSQL-backed systems, write tests, conduct code reviews, and own Docker, GitLab, and Kubernetes deployments. Collaborate with product, UX, QA, engineers, and customers to deliver scalable features, resolve technical debt, mentor teammates, and adopt AI-assisted engineering tools.

Build and maintain an internal developer platform supporting self-service infrastructure, CI/CD, automated provisioning, monitoring, and containerized deployments. Implement infrastructure as code across cloud environments, manage scalable data platforms, improve reliability and performance, and support security and compliance requirements. Collaborate with engineering, QA, and DevOps teams while developing automation and platform services using AWS, Kubernetes, Terraform, Databricks, and related technologies.

Develop production quantitative software for Man Systematic in partnership with quantitative researchers and portfolio managers. Responsibilities include onboarding datasets, implementing trading signals, building portfolio optimization and visualization tools, enhancing research platforms, and optimizing code using numerical algorithms and distributed computing. The role requires Python and scientific-stack expertise, large-scale data experience, production engineering practices, Linux, Git, databases, and collaboration across investment and technology teams.

Lead firmware architecture and development for quantum sensing instruments. Design Rust-based control systems, production C/C++ firmware, ARM SoC controllers, drivers, data acquisition pipelines, and precision control algorithms. Collaborate with physicists and hardware engineers through board bring-up and testing, establish engineering standards, mentor developers, and improve tooling, infrastructure, and development processes.

Leads enterprise infrastructure and cloud hosting services across AWS, Azure, Microsoft, Linux, virtualization, storage, backup, VDI, and desktop engineering environments. Directs technical teams, architecture alignment, service delivery, disaster recovery, technical projects, vendor and contract management, budgeting, capacity planning, security, compliance, KPIs, and staff development. Partners with business and IT teams and the Network Operations Center to improve support, reliability, and operational performance.

Leads organization-wide SRE strategy and builds reliable, scalable AWS and Kubernetes infrastructure. Establishes SLOs, observability, incident response, disaster recovery, and cost optimization practices. Develops AI gateways with governance and security controls, internal developer platforms, CI/CD tooling, and automation to reduce toil. Partners across engineering, mentors SREs, influences technical direction, and leads complex infrastructure initiatives.

Leads Nextpower’s global product reliability strategy across design, validation, qualification, and field performance. Owns executive product risk governance, release decisions, reliability processes, financial risk integration, field performance monitoring, crisis response, and continuous improvement. Builds and scales a global reliability organization while aligning Engineering, Product, Quality, Finance, Supply Chain, Asset Management, and Commercial teams. Requires extensive reliability engineering leadership experience in high-reliability, long-lifecycle industries, preferably solar or energy.

Design and improve pyrolysis and biomass-processing equipment, including mechanical systems, piping, vessels, actuators, sensors, pumps, and blowers. Perform thermal and flow analysis, create and release fabrication drawings, troubleshoot production equipment, and lead testing and commissioning. Collaborate with electrical, automation, manufacturing, fabrication, and operations teams while providing hands-on production support and root-cause analysis.

Provides expert technical support for HDPE extrusion blow molding across multiple manufacturing facilities. Responsibilities include process optimization, troubleshooting, equipment commissioning, mold qualification, startup support, continuous improvement, production analytics, employee training, safety compliance, and new product launches. The role supports OEE improvement, scrap reduction, throughput gains, equipment reliability, and standardized operating practices, with approximately 70% travel to manufacturing sites throughout North America.