Top Tech Jobs & Startup Jobs

Leads two Agile Scrum software engineering teams developing, modernizing, and sustaining mission-critical Grid Software products. Defines technical vision, architecture strategy, and roadmaps across legacy and cloud-native platforms. Oversees C++, Java, microservices, Kubernetes, and cloud development while driving DevOps, CI/CD, quality, security, reliability, and scalability. Partners with architects, product leaders, and power systems experts, manages technical risks and dependencies, and develops engineering talent through hiring, mentoring, succession planning, and career coaching.

Leads systems integration for aeroderivative gas turbine generator package programs. Translates product requirements into technical requirements, develops program plans, manages scope, schedule, cost, and risks, conducts system-level trade studies, resolves technical issues, and oversees execution through validation. Partners with engineering, commercial, supply chain, and leadership teams to deliver safe, quality products on time and within budget.

Identifies, designs, deploys, and sustains AI solutions within a Wind Engineering subsystem. Partners with engineering leaders to prioritize use cases, integrates AI into engineering workflows, ensures governance and cybersecurity compliance, drives adoption, and monitors solution performance and value. The role develops applications, agentic workflows, copilots, automation, predictive models, and knowledge systems while contributing reusable patterns and innovations to the broader AI community.

Leads the identification, design, deployment, integration, governance, adoption, and continuous improvement of AI solutions across a Wind Engineering subsystem. Partners with engineering and business leaders to prioritize AI use cases, build roadmaps, configure AI applications and agentic workflows, integrate solutions into engineering processes, validate outputs, ensure security and responsible AI compliance, educate teams, and monitor solution performance and business value.

Leads the Services Systems Engineering organization across fleet, MYA, and reliability teams. Owns fleet technology roadmaps, NPI and catalog-update integration, reliability estimates, productivity initiatives, operating-model governance, and platform engineering alignment. Partners with operational intelligence and product service engineering teams to improve lifecycle performance, service execution, and upgrade-business growth. Manages complex technical portfolios, budgets, operating plans, and cross-functional engineering programs while developing systems engineering talent.

Supports aeroderivative industrialization projects through schedule development, milestone and risk tracking, governance, standard work, business analytics, dashboards, and cross-functional coordination. The intern helps prioritize opportunities, facilitate project reviews, document decisions, communicate status, and improve cycle time and execution efficiency across engineering, supply chain, sourcing, repair development, product management, and services teams.

Leads global plant readiness for automation deployments by assessing lean maturity, digital infrastructure, processes, and workforce capabilities. Provides on-site coaching, standardizes practices, coordinates IT/OT and facilities upgrades, tracks risks and outcomes, and guides plant leadership through safe automation launches. The role also develops readiness tools, supports workforce training, and embeds continuous improvement and sustainable automation capabilities across sites.

Leads mechanical design and requisition engineering for low- and medium-voltage drives. Responsibilities include concept development, electrical component packaging, detail engineering, design validation, NPI, localization, cost reduction, and DMP activities. The role collaborates with supply chain and manufacturing teams, manages technical risks and timelines, supports quality and delivery targets, and leads cross-functional global teams. It also requires expertise in CAD, sheet metal design, international standards, GD&T, manufacturing processes, and mechanical product development.

Develop and enhance high-performance engineering applications for rotating component design and analysis. Translate user requirements into technical plans, manage project scope and delivery risks, lead testing, validation, deployment, documentation, support, and training, and coordinate with global engineering, manufacturing, sourcing, and systems teams. The role requires advanced programming, numerical methods, software architecture, engineering automation, CAD, and physics-based analysis expertise.

Plan and maintain resource-loaded hydropower construction schedules in Primavera P6. Coordinate daily and weekly site planning, lead lookahead and Last Planner meetings, track progress and earned value, analyze schedule variances, and recommend recovery actions. Review drawings to identify interfaces and sequencing risks, support delay and time-impact claims, and deliver schedule reports, S-curves, constraint logs, and risk updates to project management and client representatives.