Engineer

• Manage and coordinate all technical aspects of projects, including planning, design, development, testing, and deployment
• Develop and execute system build plans accounting for software architecture, information security, and hardware deployment
• Provide technical input into project schedules, budgets, resource requirements, and risk management
• Lead engineering workshops covering system design, data conversion, business process reviews, testing, validation planning, and change management
• Install and configure OSI monarch advanced distribution management applications
• Design and configure SCADA/GMS/EMS/ADMS/OMS systems to meet client needs
• Deploy and integrate SCADA/GMS/EMS/ADMS/OMS systems with other equipment and software
• Provide client training and support during and after implementation
• Collaborate with project teams and stakeholders to ensure successful implementation
• Perform system and acceptance testing with end customers
• Test and validate configurations against client requirements and industry standards, including NERC CIP
• Develop scripts and solutions to integrate third-party systems
• Identify and troubleshoot implementation issues
• Keep systems aligned with current developments and industry best practices
• Travel to customer sites and work directly with customers to deliver, test, and integrate systems
• Contribute to proposals, work plans, budgets, and schedules for service opportunities

Principal Project Engineer – ADMS

• Develop and maintain strategic relationships with existing and prospective industrial clients
• Lead business development activities, including opportunity identification, positioning, proposal development, interviews, and pursuit leadership
• Develop, maintain, and advance a robust portfolio of opportunities supporting sustained Industrial Water practice growth
• Collaborate with client account teams, sector leaders, and technical experts to expand client relationships and market presence
• Represent Arcadis through industry engagement, thought leadership, technical publications, and conference participation
• Lead planning, design, execution, and optimization of industrial water, wastewater, water reuse, and resource recovery projects
• Serve as Project Director, Technical Director, Design Manager, or Subject Matter Expert on complex projects and major capital programs
• Lead multidisciplinary project teams and provide technical oversight of process evaluations, design basis development, treatment technology selection, treatability studies, engineering design packages, and construction support
• Ensure projects are delivered safely, profitably, and according to client expectations and Arcadis quality standards
• Execute projects through consulting, EPCM, Design-Build, Progressive Design-Build, and other alternative delivery approaches

Principal Industrial Water/Wastewater Engineer – Sector Solution Leader

• Provide regional leadership for railroad projects and support strategic growth initiatives within the assigned region
• Lead the planning, design, coordination, and delivery of rail projects including industry track, terminals, spurs, mainlines, yards, and sidings
• Coordinate with railroad companies on DOT and municipal public agency projects involving railroad interfaces for at-grade crossings, grade-separated structures, and utility crossings
• Serve as a senior technical resource and advisor for rail design, grading, drainage, and related infrastructure
• Build and strengthen relationships with clients, railroad operators, public agencies, and industry partners
• Support business development through client engagement, proposal development, project pursuits, industry organizations, and conferences
• Mentor, lead, and provide technical guidance to engineers, designers, and junior staff across multiple offices and project teams
• Collaborate with Project Managers and regional leadership on staffing strategies, resource planning, and operational efficiency
• Coordinate with federal, state, and local agencies across multiple states to ensure regulatory and railroad-standard compliance
• Lead implementation and enforcement of QA/QC procedures throughout project development and delivery
• Support development and standardization of rail engineering practices, design procedures, and project delivery processes
• Travel periodically for client meetings, project site visits, regional coordination, and industry events
• Perform other duties as needed

Regional Lead – Rail Engineer

• Monitor daily and weekly performance of utility-scale and DG-scale PV sites against weather-adjusted expected production
• Identify underperformance at site, inverter, combiner/recombiner, string, and tracker levels using SCADA and DAS platforms
• Track and triage inverter faults, tracker stow/follow anomalies, and communication outages
• Escalate issues to O&M vendors with supporting data
• Maintain real-time fleet-health dashboards in Metabase, Power BI, or similar tools
• Design and build scalable alarming and monitoring tools, exception reports, and automated notifications
• Build and maintain loss-waterfall analyses covering availability, curtailment, soiling, clipping, degradation, and wiring/DC losses
• Calculate contractual availability and performance-ratio metrics under O&M and PPA agreements
• Query and manipulate large time-series datasets using SQL/PostgreSQL
• Automate recurring reporting with Python and pandas
• Use AI tools to accelerate data cleaning, script writing, and report generation while validating outputs
• Build and maintain expected-generation models using PVsyst, SAM, PlantPredict, or in-house models
• Update models for as-built conditions, equipment changes, degradation curves, and shading/soiling assumptions
• Support P50/P90 production forecasting and budget-versus-actual variance analysis
• Validate model assumptions against operating data and refine models over time
• Partner with O&M vendors on performance-guarantee true-ups and dispute resolution
• Support procurement and engineering teams with equipment-reliability data
• Support technical due diligence for acquisitions and portfolio growth
• Present findings to internal stakeholders and occasionally asset owners and investors

Solar Performance Engineer

• Support project team with administration and documentation of construction projects
• Assist with procurement of materials
• Identify subcontract scope gaps
• Price change orders
• Support quality management and punch list maintenance
• Coordinate, maintain, and understand construction drawings, specifications, and other project documents
• Develop and maintain submittal logs, specification logs, RFI logs and responses, meeting minutes, and as-built drawings
• Review and expedite shop drawings and submittals
• Use project management software for project and job setup
• Assist with acquiring project closeout documentation
• Enforce OSHA and Beck safety standards and policies
• Follow direction, collaborate with team members, and complete assigned tasks
• Support one to two trades on larger projects or many trades on smaller projects under supervision of a Senior Project Engineer or higher

Project Engineer

• Support development, integration, and delivery of Flight Control products and Landing Systems
• Own several smaller programs within the Precision Landing and Controls portfolio
• Provide subject matter expertise on Certification Planning and Execution concepts
• Represent engineering as the single point of contact for technical development program project management
• Interface with customers and internal and external execution teams during definition and implementation
• Establish infrastructure producing metrics and immediate feedback on progress, risks, and schedule performance
• Build a culture of accountability and success
• Translate customer expectations into executable project plans with the VSL and SMEs
• Lead and coordinate program-level cost estimates during the RLPM bid cycle
• Coordinate technical and project execution aspects of bid and proposal activities
• Manage program-level scope and change management
• Develop and manage program-level and integrated intermediate-level schedules
• Manage critical paths and key dependencies
• Lead Engineering milestone events required by RTX Program Lifecycle Management
• Anticipate problems, minimize problem areas, and proactively revise project plans when permitted
• Mentor junior project and people leaders
• Interact with Engineering Management, Engineering Developers, Program Management, Business Development, and Finance

Chief Engineer

• Support development, integration, and delivery of Flight Control products and Landing Systems
• Own several smaller programs within the Precision Landing and Controls portfolio
• Provide subject matter expertise on Certification Planning and Execution concepts
• Represent engineering as the single point of contact for technical development program management
• Interface with customers and internal and external execution teams during definition and implementation
• Establish infrastructure producing metrics and immediate feedback on progress, risks, and schedule performance
• Build a team culture of accountability and success
• Translate customer expectations into executable project plans with VSLs and SMEs
• Lead program-level cost estimates during the RLPM bid cycle
• Coordinate technical and project execution aspects of bids and proposals
• Manage program-level scope and change management
• Develop and manage program-level and integrated intermediate-level schedules
• Manage critical paths and key dependencies
• Lead Engineering milestone events required by RTX Program Lifecycle Management
• Anticipate and minimize problem areas; revise project plans proactively when permitted
• Mentor junior project and people leaders
• Interact with Engineering Management, Engineering Developers, Program Management, Business Development, and Finance

• Develop and implement healthcare integration solutions connecting applications, data sources, EHR systems, claims systems, public health systems, and external partners
• Engineer and configure MLLP gateways, Apache NiFi processing pipelines, Open Integration Engine adapters, and healthcare interfaces supporting complex data feeds
• Develop and support bidirectional Clinical Health Information Exchange and partner exchange integrations
• Evaluate existing systems, interfaces, data flows, and integration requirements to design reliable, secure, and scalable interoperability solutions
• Perform data mapping, transformation, routing, interface configuration, testing, troubleshooting, and production support
• Resolve complex interface and data-flow issues
• Collaborate with architects, FHIR engineers, application developers, testers, onboarding teams, and external partners
• Ensure integrations meet functional, technical, security, and performance requirements
• Provide technical leadership on complex integration initiatives
• Take on additional tasks and responsibilities as needed to support team objectives and project success

Senior Healthcare Interface Engineer

• Clarify, define, maintain, consolidate, and optimize configurations of gas turbine, steam turbine, and auxiliary parts
• Develop and maintain engineering databases, system interfaces, data exchange architecture, business processes, and related systems
• Respond to customer quotation and purchase requests by clarifying, identifying, and assigning MPW-A part numbers
• Ensure parts have sufficient engineering definition for sourcing, suppliers, and manufacturers
• Collect, analyze, summarize, and document configuration requirements, design bills of materials, service bills of materials, parts catalogs, and quotable/procurable part definitions
• Review and recommend configuration management process changes and develop automation and process improvements
• Support system design, testing, implementation, and part consolidation activities
• Identify information shortcomings causing business inefficiencies and apply configuration-management best practices
• Consolidate corporate baselines of supported gas turbine, steam turbine, and auxiliary installations
• Study equipment interchangeability and upgrade planning
• Provide rapid transactional and LTSA customer support for quoting, ordering, part clarification, definition, and publishing from PLM to ERP
• Provide assigned same-day on-call support outside regular business hours for customer-site outages
• Support ISO 9001 audits and compliance efforts
• Comply with safety policies, protect confidential information, communicate professionally, and support departmental and company goals

Engineer I, Configuration

• Develop, integrate, and validate advanced manufacturing equipment and automation solutions for Adhesion & Assembly processes
• Own assigned equipment development workstreams, including design collaboration, integration, commissioning, and factory acceptance
• Engage with equipment OEMs, system integrators, and automation suppliers
• Manage day-to-day technical vendor engagement and challenge design assumptions for manufacturability and scalability
• Support equipment architecture, controls strategy, robotics integration, and functional safety implementation
• Translate complex manufacturing problems into practical equipment designs
• Conduct technical evaluations, design reviews, and troubleshooting for automated assembly, adhesive dispensing, bonding, and smart torque systems
• Support standardized equipment and process platforms deployable across multiple sites
• Partner with manufacturing sites, Operations, Manufacturing Engineering, Quality, EHS, and other functions to define technical requirements
• Participate in commissioning, startup, debugging, and handoff of new equipment to manufacturing sites
• Generate engineering documentation, specifications, test plans, and validation reports
• Provide subject matter expertise for enterprise automation and assembly initiatives
• Identify design risks, integration issues, and performance gaps; propose and execute solutions independently
• May mentor junior engineers and support team capability-building

Engineer jobs in Florida

Principal Project Engineer – ADMS

Principal Industrial Water/Wastewater Engineer – Sector Solution Leader

Regional Lead – Rail Engineer

Solar Performance Engineer

Project Engineer

Chief Engineer

Chief Engineer

Senior Healthcare Interface Engineer

Engineer I, Configuration

Principal Equipment Engineer, Adhesion & Assembly