Top Engineering Jobs

Design and operate backend systems for high-volume, multi-stage data pipelines that de-identify sensitive enterprise data. Own versioned contracts, lineage, state transitions, retries, replay, reconciliation, verification, migrations, and safe recovery. Diagnose production behavior across services and storage, improve correctness and throughput, and build auditable release controls. Collaborate with ML, data, platform, security, product, and customer-facing teams while using AI tools with deterministic safeguards and human review.

Supervise manufacturing engineering activities for composite aerospace products. Lead and mentor engineers, develop and improve processes, tooling, equipment, work instructions, and bills of materials, and provide shop-floor support. Apply statistical methods, Lean, Six Sigma, Kaizen, FMEA, TPM, and industrial engineering practices to improve quality and productivity. Review engineering specifications, establish process qualification plans, and support new product introduction and composite fabrication.

Design, develop, test, and maintain automation tools and scripts using languages such as Python and Go. Build CI/CD pipelines, automate infrastructure provisioning, integrate APIs and databases, support Kubernetes and Docker environments, troubleshoot systems, document workflows, and promote DevOps practices. The role also provides technical guidance, collaborates cross-functionally, and applies AI-assisted tooling to improve team productivity.

Own and evolve the company’s infrastructure platform, including GCP, Kubernetes, Temporal, GPU systems, deployment tooling, CI/CD, developer environments, and reliability practices. Build AI training and inference infrastructure, manage cloud costs, enforce security boundaries, improve observability and incident response, and guide architecture. The role includes on-call responsibilities, technical mentoring, roadmap ownership, and partnering closely with engineering teams to improve how systems are developed and operated.

Lead the design, development, and maintenance of a distributed multi-physics well-targeting engine. Build resilient event-driven architectures, orchestration systems, scalable cloud workloads, persistent storage, and observability solutions. Collaborate with geophysicists, geoscientists, seismologists, and engineers while helping scale and improve system reliability. Mentor teammates and contribute to software engineering best practices, infrastructure, and cloud resource management.

Leads and grows a frontend-focused development team, establishes architecture and engineering practices, drives frontend roadmap execution, reduces technical debt, improves reliability and security, partners with Product and the CTO, and mentors developers. The role oversees SaaS production systems, cloud platforms, APIs, microservices, customer-focused solutions, incident response, and engineering priorities.

Participates in ConocoPhillips’ Digital Rotation Program through two one-year IT assignments. Responsibilities may include developing automation, translating business needs into analytics solutions, implementing network security, supporting enterprise IT processes, and applying AI, cloud, data warehousing, telecommunications, databases, and scientific computing technologies. Assignments are primarily in Bartlesville or Houston, with limited opportunities in Anchorage.

Supports the production plant project engineering team at fairlife’s Coopersville facility. The intern will learn to lead and report on high-priority projects, collaborate with team members and contractors, develop processes and standards, and understand facility routines, manufacturing complexity, food safety, and quality requirements. This is an on-site, 11-week summer internship involving standing, walking, machinery exposure, and lifting up to 50 pounds.

Leads Oishii’s controls engineering function, including automation system design, electrical and controls deployment, commissioning, maintenance, controls strategy, vendor management, and large-scale capital projects. Builds and manages a controls engineering team, coordinates with engineering, operations, maintenance, and plant science groups, oversees budgets and timelines, ensures safety and code compliance, and develops executive-level roadmaps for globally deployed indoor farming systems.

Leads manufacturing and capital projects from planning through implementation, including equipment installation, process improvements, facility modifications, and production line expansions. Coordinates cross-functional teams, manages budgets, troubleshoots equipment and processes, ensures safety and regulatory compliance, and drives improvements in productivity, quality, reliability, throughput, and waste reduction. Provides technical leadership, supports continuous improvement initiatives, manages multiple projects, and mentors engineering and operations personnel.