The Systems Engineer III designs and supports building automation and electrical power monitoring systems for mission-critical data centers. They collaborate with internal and external engineering teams to ensure project deliverables meet technical specifications and organizational standards.
The Assistant Project Manager supports the planning, execution, and delivery of mission-critical construction projects by managing RFIs, submittals, and project schedules. This role acts as a liaison between project management, field teams, and vendors to ensure project milestones and documentation requirements are met.
The IT Director is responsible for setting IT strategy, building an internal team, and managing the transition from a managed service provider to in-house capabilities. This role oversees platform architecture, security, policy development, and budget management to support a rapidly scaling remote workforce.
The Senior Automation Project Manager will lead large-scale automation and integration programs for hyperscale data centers, managing cross-functional teams from design through turnover. They are responsible for program P&L, risk management, and maintaining primary communication between contractors, OEMs, and owner teams.
The Project Manager is responsible for the end-to-end delivery of BAS and EPMS design projects for mission-critical data centers. This role oversees project scope, financial performance, design coordination, and client communication from kickoff through construction administration.
The Engineering Manager leads a team of engineers in designing building automation and electrical power monitoring systems for mission-critical data centers. They are responsible for project deliverables, quality assurance, team mentorship, and coordinating with internal and external stakeholders.
The Account Executive leads the full sales lifecycle for hyperscale and colocation data-center automation projects, managing client acquisition and revenue growth. They interface with internal technical teams to align customer needs with company capabilities while maintaining long-term strategic account plans.
The Lead Field Technician oversees BAS field teams, managing the installation, startup, commissioning, and testing of building automation systems in mission-critical environments. They coordinate with subcontractors, project managers, and clients to ensure project deliverables are met on time and within budget.
The BAS/Controls Assistant Project Manager supports project initiation, scheduling, and coordination across commercial and mission-critical environments. They also handle administrative tasks such as contract administration, reporting, and assisting with proposals and budgeting.
The analyst will improve organizational efficiency by simplifying processes, automating workflows, and optimizing business systems. They will also serve as an internal expert for tools like Smartsheet and PowerBI while providing training and support to employees.
The BAS Service Supervisor manages client relationships and service programs while performing hands-on DDC technical work, troubleshooting, and field support. They are also responsible for coordinating technician workloads, mentoring staff, and reporting on program performance and budget health.
The IoT Engineer will architect, build, and deliver connected systems for mission-critical data centers, ranging from sensor networks to AI-enabled monitoring platforms. Responsibilities include managing the full lifecycle of initiatives from whiteboard concepts through lab prototyping to field pilot deployments.
Design and build full-stack applications, data pipelines, and AI-enabled monitoring solutions for mission-critical data centers. Manage the full lifecycle of special projects from conceptualization and lab prototyping to field pilot implementation.
The Senior Building Automation Systems Project Manager will lead the planning, execution, and closure of large-scale building automation and controls projects for commercial and mission-critical environments. They are responsible for managing project P&L, driving schedules, and acting as the primary interface between owners, contractors, and trade partners.
The Lead Control Systems Engineer provides leadership and expertise for building automation and power monitoring system design projects in mission-critical data centers. This role manages project deliverables, coordinates with internal and external stakeholders, and serves as a people manager for the engineering team.
The System Integrator II supports the installation, startup, testing, and commissioning of mission-critical infrastructure systems including BAS, EPMS, and SCADA. Responsibilities include performing point-to-point verification, documenting project progress, and assisting with integrated systems testing.
The SCADA Engineer II supports the development, configuration, testing, and commissioning of SCADA systems for mission-critical infrastructure. This role involves remote development work combined with targeted on-site field exposure to understand system behavior and commissioning workflows.
The SCADA Engineer III is responsible for designing, developing, and supporting SCADA systems for mission-critical infrastructure projects. This role involves coordinating engineering efforts, performing system testing and commissioning, and providing technical mentorship to junior staff.
The System Integrator III is responsible for the installation, startup, testing, and commissioning of building automation and industrial control systems. They provide technical leadership, resolve complex field issues, and collaborate with project stakeholders to ensure successful project delivery.
The Lead SCADA Engineer defines system architecture, establishes development standards, and provides technical governance across multiple mission-critical infrastructure projects. They also lead commissioning strategies, perform peer reviews, and mentor engineering staff to ensure high-quality, scalable control system solutions.
The Control Systems Engineer II provides technical support for the design and execution of building automation and electrical power monitoring systems in mission-critical facilities. They assist in the production of engineering documents, review submittals, and participate in construction-related quality control activities.
Lead operational strategies and financial oversight for critical infrastructure projects to ensure they meet quality, schedule, and budget targets. Manage high-performance teams and maintain strategic relationships with clients and partners in mission-critical sectors.
