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AspenTech

Asset optimization software for process industries

Director Project Engineering

Engineering LeadershipConfirmed live in the last 24 hours
Full-time$170k - $212.5k

About the Job

Requirements

  • A bachelor's degree in Electrical Engineering, Computer Engineering, Systems Engineering, Computer Science, Physics, or a related engineering discipline is required.
  • 10+ years of progressive engineering experience within industrial automation, SCADA, energy management, or mission-critical control systems.
  • 5+ years of engineering leadership experience managing managers and technical teams.
  • Demonstrated success leading geographically distributed engineering organizations.
  • Significant experience delivering complex utility SCADA, EMS, DMS, ADMS, or related Operational Technology solutions.
  • Experience supporting electric transmission, distribution, generation, or renewable energy customers.
  • Proven experience leading engineering organizations through growth and organizational change.
  • Experience managing engineering resources across multiple concurrent customer projects.
  • Experience working within matrix organizations and collaborating across international teams.
  • Experience supporting technical sales, proposals, and customer executive engagements.
  • Strong understanding of utility SCADA architectures, Energy Management Systems (EMS), Distribution Management Systems (DMS), Advanced Distribution Management Systems (ADMS), real-time control systems, industrial networking and communications, high-availability system architectures, client/server and distributed computing environments, and cybersecurity principles for Operational Technology (OT).
  • Experience with Windows and Linux operating systems; network design and communications; Oracle, SQL Server, PostgreSQL or similar databases; JSON, XML, REST APIs; virtualization technologies; and utility communication protocols including ICCP, DNP3, IEC 60870-5, IEC 61850, Modbus, and MultiSpeak.
  • Ability to travel throughout Europe and occasionally internationally (approximately 25–40%).
  • Ability to align engineering execution to business objectives, lead leaders, build high-performing technical organizations, and understand project financial performance.
  • Strong stakeholder management, coaching and mentoring, decision-making, conflict resolution, negotiation, and prioritization capabilities; ability to balance customer satisfaction with business objectives and foster an inclusive, collaborative, high-performance culture.

Responsibilities

  • Lead, develop, and inspire a regional team of Project Engineering Managers, Senior Project Engineers, and Project Engineers.
  • Establish the strategic vision, organizational structure, and operating model for Project Engineering across Europe.
  • Build organizational capability through recruiting, coaching, mentoring, succession planning, and career development; promote employee engagement and retention.
  • Foster accountability, collaboration, innovation, technical excellence, and continuous improvement, and mentor future technical and people leaders.
  • Provide executive oversight for engineering delivery of complex utility automation, SCADA, EMS, GMS, DMS, OMS, and Fluid/Gas projects.
  • Ensure projects are delivered safely, on schedule, within budget, and in accordance with customer requirements and quality standards.
  • Establish engineering governance, delivery methodologies, design standards, technical review processes, and consistent execution across countries and project teams.
  • Provide executive support for critical customer escalations and complex technical challenges; monitor engineering performance metrics and implement corrective actions.
  • Establish and maintain regional engineering standards, processes, templates, and best practices.
  • Ensure consistent execution of system architecture and design, hardware and software integration, Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), commissioning, cybersecurity and networking standards, and documentation quality.
  • Champion continuous improvement initiatives and adoption of new technologies, engineering tools, automation, and digital delivery practices.
  • Develop regional engineering capacity plans aligned with business growth and oversee resource planning across concurrent projects.
  • Balance utilization, technical capability, and customer priorities; forecast staffing requirements and hiring plans with Professional Services leadership.
  • Manage departmental budgets, support operational planning, and identify and mitigate delivery risks.
  • Build executive relationships with utility customers; participate in executive meetings, project steering committees, and strategic reviews.
  • Partner with Sales and Business Development on pursuit activities by providing engineering leadership, technical strategy, and delivery confidence.
  • Support proposal development, solution reviews, project estimation, and risk assessments; act as executive sponsor for strategic customer engagements when required.
  • Collaborate with Product Management to influence product roadmaps based on customer and delivery feedback; partner with Global Engineering and Product Development to standardize methodologies.
  • Work with Project Management to improve execution and customer satisfaction and coordinate with Customer Support on transition to operational support.
  • Ensure compliance with company quality standards, cybersecurity requirements, health and safety regulations, and applicable industry standards; promote utility industry standards, engineering best practices, and regulatory requirements throughout the project lifecycle.
  • Establish engineering performance dashboards and report regional performance to executive leadership.

Desired Qualifications

  • A master's degree in Engineering, an MBA, or a related discipline is preferred.
  • Knowledge of cloud and hybrid deployment models is preferred.

About the Company

AspenTech

Asset optimization software for process industries

AspenTech provides industrial software that optimizes asset design, operations, and maintenance across the full lifecycle for capital-intensive process industries. Its offerings help customers improve efficiency, reduce costs, and boost operational performance by analyzing industrial data, modeling assets and processes, and applying optimization and lifecycle maintenance strategies. The software suite targets chemicals, energy, and engineering & construction, distinguishing itself with a specialized focus on asset optimization for these sectors rather than broad, general-purpose tools. The goal is to help clients maximize asset performance and reduce total operating costs through integrated design, operation, and maintenance solutions.

Company size
1,001-5,000
Company stage
Private
Total funding
$100M
Headquarters
Bedford, TX
Founded
1981

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