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Manufacturing EngineeringTop 10 Best Electrical Design Services of 2026
Ranked roundup of electrical design services with evaluation criteria and tradeoffs for buyers comparing WSP USA, AECOM, Jacobs.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Burns & McDonnell is the safest pick for owners who need coordinated electrical distribution design plus protection with study-backed documentation, and Henderson Engineers is a better fit for teams focused on buildout and permitting where cohesive electrical engineering documents matter most.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Burns & McDonnell
Integrated engineering workflow that ties short-circuit and arc-flash study results into protection and control scheme deliverables.
Built for fits when owners need coordinated electrical distribution design plus protection and study-backed documentation..
Henderson Engineers
Editor pickDesign-change coordination that keeps single-line intent aligned with panel, equipment, and layout documentation.
Built for fits when teams need coordinated electrical engineering documents for buildout and permitting..
AECOM
Editor pickDelivery of coordinated electrical engineering packages that align distribution layouts, equipment schedules, and construction documentation across bid-ready deliverables.
Built for fits when owner teams need coordinated electrical engineering delivery across complex facilities and bid packages..
Comparison Table
Burns & McDonnell
enterprise_vendorEmployee-owned engineering firm specializing in power generation, transmission, distribution, and electrical facility design.
Integrated engineering workflow that ties short-circuit and arc-flash study results into protection and control scheme deliverables.
Burns & McDonnell’s electrical design work typically covers power distribution design as well as low-voltage and medium-voltage scope, from load and coordination inputs to drawings and equipment documentation. Engineering deliverables tend to be structured for design review cycles, with consistent documentation sets that include equipment schedules, cable and conduit coordination packages, and room or raceway layout drawings. System studies like short-circuit and arc-flash analysis are integrated into downstream protection and control design choices instead of treated as standalone reports.
A common tradeoff is that Burns & McDonnell’s strengths are best realized when projects can support iterative design reviews and clear assumptions for operating conditions. A practical fit appears on facilities with both electrical distribution scope and commissioning readiness needs, where coordination between drawings and study outputs reduces change during construction.
- +Strong integration between electrical design drawings and protection study outputs
- +Good coverage of power distribution scope across building and industrial contexts
- +Field-ready construction documentation practices that reduce late design churn
- +Dedicated engineering teams support iterative review cycles
- –More effective with defined project assumptions and active stakeholder reviews
- –Less suited for small, single-discipline tweaks without broader electrical scope
- –Turnaround depends on engineering review cadence and document revision timing
Industrial owners and operators
Modernize distribution with study-backed coordination
Lower field rework risk
Healthcare facilities project teams
Upgrade low-voltage and distribution systems
More consistent installation sequencing
Show 2 more scenarios
Renewable energy developers
Interface power systems with distribution scope
Clearer commissioning readiness
Supports electrical engineering consultancy that connects system studies to downstream protection design.
General contractors
Resolve electrical layout and documentation alignment
Fewer RFI loops
Delivers electrical room layouts and raceway documentation designed for coordination with field constraints.
Best for: Fits when owners need coordinated electrical distribution design plus protection and study-backed documentation.
Henderson Engineers
specialistBuilding systems engineering firm providing electrical design for commercial, healthcare, and education facilities.
Design-change coordination that keeps single-line intent aligned with panel, equipment, and layout documentation.
Henderson Engineers is a fit for engineering consultancy requests that require coordinated electrical design output, including drawings and specifications that support downstream construction planning. The service coverage commonly aligns with power distribution design and low-voltage design tasks where load inputs, equipment placement, and documentation consistency matter.
A practical tradeoff is that projects needing heavy internal automation, model-to-model data exchange, or deep API-driven provisioning will face process fit limits since the engagement centers on engineering delivery rather than software tooling. A typical usage situation is a facilities or commercial building project where single-line diagrams, panel schedules, and wiring-related documentation must stay consistent across electrical room layouts.
- +Coordinated electrical documentation through construction support workflows
- +Strong fit for power distribution design scope and downstream buildability
- +Low-voltage design output aligned with layouts and specification needs
- +Engineering consultancy approach supports design-change traceability
- –Automation depth is limited compared with software-first design toolchains
- –Integration via API and provisioning is not the primary delivery mechanism
- –Electrical room layout coordination can require disciplined client load inputs
- –Short-cycle design iterations depend on timely review turnaround
Commercial facilities teams
New tenant power and low-voltage scope
Fewer rework cycles during construction
Owners and program managers
Multi-phase retrofit power distribution
Clearer phase handoffs
Show 2 more scenarios
Electrical contractors
Permit-to-field drawing clarification
Reduced RFIs during installs
Engineering delivery supports construction-ready drawings tied to protection and control intent.
Design-build project leads
Coordinated electrical rooms and routing
More predictable coordination meetings
The consultancy workflow helps keep electrical room layouts consistent with the design set.
Best for: Fits when teams need coordinated electrical engineering documents for buildout and permitting.
AECOM
enterprise_vendorInfrastructure engineering firm offering electrical power transmission, distribution, and building electrical design services.
Delivery of coordinated electrical engineering packages that align distribution layouts, equipment schedules, and construction documentation across bid-ready deliverables.
AECOM handles electrical design services end to end, from early electrical load calculations through single-line diagram development, equipment schedules, and construction-ready drawings. Delivery quality tends to improve for projects that require multidisciplinary coordination with architectural and civil inputs, since electrical rooms, cable pathways, and system performance assumptions must stay consistent across disciplines. The strongest fit appears on complex facilities where documentation volume and review cycles matter as much as the calculations.
A key tradeoff is that AECOM’s value is driven by project staffing and engineering processes rather than by a self-serve automation interface. Teams seeking an API-first design automation layer or configuration-driven document generation typically find less direct product surface than software-first design tools. A common usage situation involves owner-led design management that needs electrical workstream leadership, design reviews, and coordinated construction documents across multiple bid packages.
- +End-to-end electrical design documentation for large facilities
- +Cross-discipline coordination across electrical rooms and pathways
- +Strong engineering execution for distribution and system studies
- +Clear handoff artifacts for construction and procurement
- –Limited self-serve automation and API surface for design tasks
- –Scales best with established project governance and review cadence
- –Less suited to lightweight, internal-only modeling workflows
- –Longer lead times than quick-turn specialist boutiques
Owner engineering teams
Campus power upgrades with multiple packages
Fewer RFIs during construction
Design-build project managers
Single-line and equipment schedules coordination
Tighter bid package alignment
Show 2 more scenarios
Facility operators
Distribution modernization planning support
Clearer commissioning scope
Supports engineering studies and documentation that feed commissioning planning and field readiness.
Consulting engineering firms
Specialty electrical design staffing
On-time design submissions
Provides additional engineering bandwidth for complex distribution and documentation deliverables.
Best for: Fits when owner teams need coordinated electrical engineering delivery across complex facilities and bid packages.
Kimley-Horn
specialistPlanning and engineering design firm providing electrical design for transportation and site infrastructure projects.
End-to-end electrical drawing and schedule production with coordination focused on installation readiness and field constraints.
Kimley-Horn is a civil and infrastructure engineering firm that delivers electrical engineering consultancy through full construction-document workflows. Electrical design deliverables typically include single-line diagrams, wiring and panel documentation, equipment schedules, and room layout packages that align to project construction needs.
The differentiator is project execution depth on complex facilities where coordination across power distribution, low-voltage systems, and field-ready CAD outputs matters. Kimley-Horn also supports coordination studies and construction support activities that help close gaps between design intent and installed conditions.
- +Consistent construction-document packages with coordinated electrical drawings and schedules
- +Strong delivery depth for power distribution design work across complex facilities
- +Effective coordination support that reduces design-to-field rework loops
- +CAD output structure supports downstream estimating and procurement workflows
- –Delivery style depends on project team integration rather than self-serve tooling
- –Automation and API surface are limited for programmatic engineering workflows
- –Turnaround and iteration speed can track project scope complexity
- –Governance controls for multi-studio design management require active internal coordination
Best for: Fits when electrical design teams need engineering-led construction documentation for complex facilities.
Stanley Consultants
specialistEngineering firm providing electrical power system design for energy, water, and transportation clients.
Consultant-led electrical documentation package that converts coordinated power and distribution inputs into construction-ready drawings and schedules.
Stanley Consultants delivers electrical design and engineering consultancy work across project phases from concept through construction documentation. Core outputs typically include power distribution design, single-line and wiring diagrams, and specification packages that support bid and build workflows.
The firm also supports coordination activities that touch low-voltage systems and site electrical layouts for integrated project delivery. Its distinct value is the ability to translate field and client requirements into build-ready electrical deliverables with consistent engineering checks.
- +Build-ready documentation oriented toward construction bid and installation workflows
- +Electrical design scope spans power distribution and related low-voltage deliverables
- +Project coordination supports cross-discipline alignment on electrical layouts and systems
- +Engineering deliverables are structured for review cycles and iterative redesign
- –Engagement style depends on project staffing and document review cadence
- –API and automation surface for self-serve workflows is not a documented product lever
- –Deep specialty coverage can require clear scoping and lead time for analyses
- –Configuration flexibility is driven by engineering judgment more than tool settings
Best for: Fits when teams need consultant-led electrical design documentation and coordination through construction handoff.
SmithGroup
specialistArchitecture and engineering firm offering electrical engineering design for civic, healthcare, and higher education buildings.
Coordination-first electrical documentation that keeps single-line diagram intent aligned with panel, cable, and equipment scheduling outputs.
SmithGroup brings electrical engineering consultancy delivery to large building projects with strong coordination against architectural and MEP deliverables.
Its core work centers on power distribution design, lighting design, and grounding and bonding design, with construction documentation built for field execution.
The firm typically fits teams that need multi-discipline electrical engineering support through concept, design development, and detailed diagram and schedule production.
Governance depth is evident in how electrical outputs are managed across project phases, with review cycles tied to coordination checkpoints.
- +Strong electrical engineering consultancy delivery across project phases
- +Consistent coordination of single-line diagrams with downstream electrical documentation
- +Detail-focused lighting design package aligned to building design intent
- +Practical grounding and bonding design support for construction requirements
- –Automation and API surface are not a central part of the delivery model
- –Electrical scope can be limited when projects require specialized niche studies
- –Turnaround depends heavily on project staffing and coordination cadence
Best for: Fits when firms need coordinated electrical design documents for multi-discipline commercial and campus projects.
Stantec
enterprise_vendorGlobal design and engineering firm offering electrical engineering and power distribution design services across buildings, infrastructure, and industrial sectors.
Integrated protection and control scheme engineering with coordination feedback loops during construction documentation review.
Stantec differentiates with deep electrical engineering consultancy delivery across utility, industrial, and building projects, not only CAD output. Its core work covers power distribution design and construction documentation, plus engineering support through coordination and review cycles.
Design quality is supported by internal engineering standards, disciplined calculations, and repeatable deliverables for single-line diagrams and schedules. Delivery governance is oriented around project teams and document control rather than a self-serve design automation workflow.
- +Engineering delivery covers both power distribution design and broader electrical studies
- +Document sets consistently include single-line diagrams and coordinated schedules
- +Coordination across electrical rooms and power systems reduces downstream change requests
- +Strong capability for protection and control schemes in complex projects
- –Automation depth and API surface are limited because work is primarily consultancy-led
- –Electrical design turnaround depends on project resourcing and review cycles
- –Standardized templates may need project-specific tailoring for niche standards
- –Governance depends on project workflows instead of self-service admin controls
Best for: Fits when owners and design-build teams need end-to-end electrical engineering consultancy with controlled deliverables.
Arup
enterprise_vendorIndependent engineering consultancy delivering electrical building services design, power systems, and lighting design.
Protection and safety studies that combine short-circuit and arc-flash results into actionable design documentation for construction and commissioning teams.
Arup is an electrical engineering consultancy known for disciplined engineering delivery, not software-only output. Core capabilities include power distribution design and detailed construction documentation for lighting, earthing, and protection systems.
Projects commonly include electrical load calculations, coordination studies, and short-circuit or arc-flash analysis to inform single-line diagrams and equipment schedules. Delivery typically pairs rigorous engineering workflow with model-based coordination where client standards call for building information modeling.
- +Engineering-first electrical studies with traceable assumptions for compliance workflows
- +Strong documentation packages covering single-line, wiring, and equipment schedules
- +Good fit for complex protection and control schemes across distribution levels
- +Experience coordinating electrical design with BIM-based model federation processes
- –Best outcomes require clear project electrical standards and information exchange formats
- –Automation depth varies by project scope and client tooling requirements
- –Turnaround depends heavily on study inputs like load schedules and equipment data
- –Collaboration tooling is usually project-managed rather than self-serve for configuration
Best for: Fits when large, interdisciplinary electrical design packages need engineering studies, documentation, and model coordination together.
Jacobs
enterprise_vendorEngineering and consulting firm providing electrical engineering design for facilities, power, and industrial clients.
Multidiscipline execution that ties electrical analysis outputs to protection and control documentation for capital project handoff.
Jacobs delivers electrical engineering consultancy work that produces construction-ready design packages for power distribution, low- and medium-voltage systems, and building electrical infrastructure. The service model centers on engineering execution across load schedules, single-line diagrams, and coordination studies that translate requirements into documentation.
Electrical load calculations and short-circuit analysis outputs support protection and control schemes, including arc-flash-focused safety considerations. Delivery emphasis is on multi-discipline coordination typical of large capital programs rather than software-centric self-serve design automation.
- +Consistent delivery of single-line diagrams and electrical room layouts for complex facilities
- +Engineering workflows support protection and control scheme development from analysis outputs
- +Strong coordination across electrical scope and adjacent disciplines on capital projects
- +Quality documentation suitable for construction procurement and installation referencing
- –Collaboration-heavy delivery can slow iteration for small, design-only requests
- –Automation depth for self-service electrical design inside client tools is limited
- –Extensibility depends on project execution rather than an exposed API surface
- –Review cycles can require structured assumptions capture to avoid downstream rework
Best for: Fits when large programs need coordinated electrical design deliverables and multi-discipline engineering ownership.
Tetra Tech
enterprise_vendorConsulting and engineering firm providing electrical design for water, transportation, and facility projects.
Field-proven utility and infrastructure delivery that ties protection and control decisions to construction-ready documentation packages.
Tetra Tech delivers electrical design services through engineering delivery teams that work directly on utility and infrastructure projects. Its differentiation shows up in end-to-end consultancy work that spans protection and control design, power distribution design, and construction documentation coordination.
The company’s model emphasizes multi-discipline project integration and delivery governance rather than productized software workflows. For teams needing engineering authority across project phases, it offers a consistent way to translate study outputs into buildable electrical drawings and specifications.
- +Strong project governance across multi-discipline electrical scope
- +Converts study findings into construction documentation packages
- +Proven capability on utility and infrastructure electrical design work
- +Disciplined coordination for documentation sets used by contractors
- –Less transparent API and automation surface than software-first vendors
- –Turnaround and iteration cycles depend on project staffing and phase
- –Fewer self-serve workflows for rapid concept-to-drawing iterations
- –Integration depth varies by client tools and document management setup
Best for: Fits when owner-led design needs consulting delivery across studies and construction documents coordination.
Conclusion
After evaluating 10 manufacturing engineering, Burns & McDonnell stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right electrical design
Electrical design services turn electrical engineering intent into coordinated construction-ready documentation for power distribution, low-voltage systems, and protection and safety deliverables. This guide compares Burns & McDonnell, AECOM, and Jacobs alongside eight additional providers to show what changes between engineering-led consultancy delivery and software-linked automation.
The comparison follows the way deliverables stay consistent as assumptions move from short-circuit and arc-flash studies into protection and control documentation, and then into drawings, schedules, and electrical room layouts. It also tracks how much automation and integration surface teams get, because Henderson Engineers and AECOM rely more on project governance and delivery cadence than on self-serve programmatic workflows.
Electrical design services that produce coordinated single-line, wiring, and schedule deliverables
Electrical design covers the end-to-end engineering work that converts load inputs and system requirements into design outputs like single-line diagrams, wiring diagrams, panel schedules, cable schedules, and equipment schedules. The scope typically extends into power distribution design and related electrical studies such as short-circuit analysis, arc-flash analysis, and coordination study outcomes that feed protection and control scheme deliverables.
Burns & McDonnell is positioned around integrating study results into protection and control outputs so downstream deliverables remain aligned when assumptions change. Arup and Jacobs also tie analysis to documentation for capital project handoff, but their strengths skew toward engineering-first study and coordination workflows with less emphasis on self-serve automation and API-driven design tasks.
Electrical design capabilities that control coordination risk
Electrical design services reduce coordination risk when power distribution inputs flow through studies and emerge in protection and control documentation that matches the drawings, schedules, and equipment selections. Burns & McDonnell ties short-circuit and arc-flash study results into protection and control scheme deliverables so downstream documentation stays aligned when assumptions shift.
Study-to-protection scheme integration
Burns & McDonnell integrates short-circuit and arc-flash outputs into protection and control scheme deliverables, keeping protection logic aligned with engineered electrical distribution selections. Arup focuses on protection and safety studies that translate results into actionable documentation, with outcomes that depend on clear standards and information exchange formats.
Single-line intent carried into downstream schedules
Henderson Engineers coordinates electrical single-line intent with panel, equipment, and layout documentation through construction support workflows. SmithGroup keeps single-line diagram intent aligned with panel, cable, and equipment scheduling outputs across multi-discipline commercial and campus projects.
Bid-ready electrical packages across complex facilities
AECOM delivers coordinated electrical engineering packages that align distribution layouts, equipment schedules, and construction documentation across bid-ready deliverables. Kimley-Horn produces end-to-end electrical drawing and schedule production with coordination focused on installation readiness and field constraints.
Protection and control engineering with construction documentation feedback loops
Stantec provides integrated protection and control scheme engineering with coordination feedback loops during construction documentation review. Jacobs executes multi-discipline execution that ties electrical analysis outputs to protection and control documentation for capital project handoff.
Electrical design vendor selection framework by delivery model
Electrical design buyers should select by delivery model because governance-led consultancy work and software-linked automation workflows change how quickly assumptions propagate. Burns & McDonnell fits teams that need engineering integration between studies and protection outputs so coordination holds under assumption changes.
Choose a study-to-documentation propagation philosophy
If study outputs must feed protection and control documentation that matches drawings and schedules under changing assumptions, Burns & McDonnell is built around that integration workflow. If the priority is engineering-first studies that still produce construction documentation but depend on defined electrical standards, Arup fits the operating model.
Decide whether coordination is the primary product deliverable
If coordinated electrical documentation that keeps single-line intent aligned with panel and equipment scheduling matters more than tool-driven self-service, Henderson Engineers and SmithGroup focus on that alignment through construction documentation support. If coordinated bid packages across bid-ready deliverables are the main objective, AECOM and Kimley-Horn center delivery depth on end-to-end drawings and schedules.
Match automation expectations to the provider’s delivery mechanism
If self-serve automation and API-driven design task workflows are required as a core operating layer inside client tools, AECOM and Henderson Engineers show limited self-serve automation and API surface as delivery traits. If automation depth is secondary to consultant-led engineering that still produces coordinated sets, Stanley Consultants and Tetra Tech prioritize document conversion from study inputs.
Set review cadence requirements before committing
If turnaround depends on stakeholder reviews and project staffing, Burns & McDonnell and Stantec both perform best when project assumptions are actively reviewed and coordinated during construction documentation review. If iteration speed for small, design-only requests matters most, Henderson Engineers and Jacobs can slow iteration because delivery is collaboration-heavy or consultancy-led rather than tool-centric.
Confirm scope coverage against the electrical work breakdown
If the electrical scope must combine power distribution design with protection and related electrical studies that feed construction-ready documentation, Burns & McDonnell and Stantec cover that combination in their stated delivery strengths. If the scope requires broader electrical engineering consultancy coverage across project phases, SmithGroup and Stanley Consultants provide consultancy delivery oriented toward construction bid and installation workflows.
Who should buy electrical design services from these providers
Electrical design buyers should use this shortlist when document coordination and study-to-document traceability matter more than standalone drawing production. The providers here are tuned for electrical engineering consultancy delivery that converts engineered assumptions into construction-ready packages.
Owners and design-build teams needing protection and control traceability
Burns & McDonnell integrates short-circuit and arc-flash results into protection and control scheme deliverables so capital handoff stays aligned when assumptions shift.
Facility and campus teams managing bid packages across electrical rooms and pathways
AECOM and Jacobs deliver coordinated electrical engineering packages that align distribution layouts, equipment schedules, and construction documentation across complex facilities and multi-discipline ownership.
Construction documentation teams that need single-line intent to persist into schedules
Henderson Engineers and SmithGroup keep electrical single-line intent aligned with panel and equipment scheduling outputs through construction support and coordination-first delivery.
Programs that prioritize installation readiness and field constraints in drawing sets
Kimley-Horn focuses coordination on installation readiness, producing consistent construction-document packages that combine drawings with coordinated schedules.
Common purchasing mistakes for electrical design services
Electrical design failures usually come from mismatched expectations about how documentation stays synchronized as assumptions change. The mistake patterns below show where coordination breaks down when buyers select a provider by superficial deliverables rather than by how study outputs propagate into drawings and protection documentation.
Selecting a vendor based on single-line diagrams without validating study-to-protection propagation
Burns & McDonnell is explicitly built to tie short-circuit and arc-flash study results into protection and control scheme deliverables. Arup delivers protection and safety studies into documentation but depends on clear electrical standards and information exchange formats.
Assuming API and provisioning are the main delivery mechanism
Henderson Engineers and AECOM emphasize governance and delivery cadence rather than self-serve automation and API surface for design tasks. Stanley Consultants and Tetra Tech also describe less transparent API and automation compared with software-first design workflows.
Underestimating how review cadence affects iteration speed
Stantec and Burns & McDonnell perform best when project assumptions are reviewed and coordinated during construction documentation review cycles. Jacobs and Kimley-Horn can slow iteration for smaller design-only requests because delivery is collaboration-heavy or depends on project team integration.
Ignoring scope boundaries when specialized niche studies drive electrical scope
SmithGroup notes that electrical scope can be limited when projects require specialized niche studies. Buyers should confirm whether the provider’s engineering delivery model covers those studies or requires additional specialized inputs.
How We Selected and Ranked These Providers
We evaluated Burns & McDonnell, AECOM, Jacobs, and the eight additional providers against delivery integration, construction-ready coordination, and how study outputs translate into protection and control documentation. Features carried 40% of the score, with ease and value each at 30% based on how each delivery model supported coordination through review cycles. Burns & McDonnell separated itself with a workflow that ties short-circuit and arc-flash study results into protection and control scheme deliverables, which kept drawings and downstream documentation aligned when assumptions changed.
Frequently Asked Questions About electrical design
How do WSP USA, AECOM, and Jacobs handle electrical load inputs and load schedules across design reviews?
What breaks when a project needs API-driven design automation during electrical deliverables production?
When should an electrical design scope include grounding and bonding design and lightning protection design, and who typically owns it?
How do Burns & McDonnell and Arup connect short-circuit and arc-flash results to protection and control schemes?
Where does AECOM fall short when owners need strict configuration governance across multiple bid packages?
Which provider best supports construction documentation consistency between single-line diagrams, panel schedules, and wiring documents?
How should data migration work when electrical design teams reuse an existing electrical model or document set?
What security and access controls matter for electrical design collaboration, and who handles them in practice?
When do electrical design projects need commissioning support baked into documentation, not added afterward?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Manufacturing EngineeringTop 10 Best Electrical Design Engineer Services of 2026
- Manufacturing EngineeringTop 10 Best Custom Electronic Design Services of 2026
- Manufacturing EngineeringTop 10 Best Electrical Drafting Services of 2026
- Manufacturing EngineeringTop 10 Best Electrical Cad Design Software of 2026
- Manufacturing EngineeringTop 10 Best Electrical Wiring Design Software of 2026
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