Serving engineering teams
facing modern challenges
Empowering engineering leaders and teams to automate, validate, and optimize complex electrical and control systems
seeking standardization, compliance, and process automation
managing battery energy storage systems (BESS)
designing industrial control systems
creating control panel layouts
building machine control systems
validating electrical installations
Reality of unmet engineering needs
Electrical engineering workflows are slowed by manual diagram updates, inconsistent design data and tool fragmentation – leading to delays, rework and risk.
- Tools don’t communicate, keeping data fragmented
- Any change triggers manual updates across 5+ systems
- Circuit symbols are inconsistent across engineering tools
- Errors compound with each change
- Single-line diagrams take weeks to update after spec changes
- Engineers redraw entire sections instead of auto-generating them
- Version control relies on filenames and human memory
- Validation happens after export, when changes are expensive
- 30% of project time lost to rework and corrections
- Undetected design flaws delay commissioning and cost millions
- Experienced engineers spend time on repetitive tasks instead of innovation
- Operational risks emerge when as-built doesn’t match as-designed
Supercharge your engineers with custom electrical design software
Get exactly what your engineering teams need – no more, no less. Every feature is built around your unique standards, workflows, and business logic.
- Proven auto-layout algorithms handling 3,000+ components
- Clear, error-free connections with custom routing logic that maintains straight connections
- Dynamic regeneration when specifications change - no manual rework needed
- Integrated simulation engines for real-time or batch analysis
- Digital twin creation – virtual replicas for live monitoring and predictive maintenance
- What-if scenarios – test design changes instantly, reduce risk and cost
- High-performing incident detection from sensor to screen in seconds
- Live data binding with SCADA, IoT, and industrial databases
- Custom dashboards showing only the metrics operators need
- Rule-based validation preventing impossible electrical connections
- Industry notation compliance (IEC, IEEE, ANSI) built into the interface
- Real-time feedback – errors flagged instantly as your engineers work
infrastructure – no rip-and-replace required.
- Integrations with AutoCAD, EPLAN, Simulink, SCADA, ERP, and custom APIs
- Web-based, cloud or on-premise deployment
- Performance-tuned for your largest projects and data volumes
- Concurrent editing with conflict resolution
- Component-level version control and full change history
- Touch device support for field engineers and commissioning
Stop updating electrical schematics
by hand.
Major industries use our custom interfaces
Get help with building digital twins and monitoring data in real time. Leverage our expertise in interactive network technologies for heavy industries.
↳ Case study
Schematic editor for electronics circuits modeling
See how a power electronics testing company replaced costly market tools with a custom drag-and-drop editor. Engineers now create, validate, and reuse electrical diagrams with real-time signal propagation, streamlining the modeling process and ensuring accurate simulations through intuitive visual interface.
↳ Case study
Custom P&ID software for real-time process insight
Discover how custom piping & instrumentation diagram software empowered a global energy leader to boost efficiency and make smarter decisions – thanks to real-time insights, intuitive diagrams, and instant alerts that revolutionized process control and team collaboration.
Start small, scale as you grow
We adapt our process to your needs – start with technical proof of concept or design phase. Our experience and ready-made components enable rapid delivery at every stage.
01
4-6 weeks
Discovery and PoC
Choose your starting point: design phase or jump straight to technical proof of concept.
- 2-hour discovery workshop to analyze workflows.
- UX/UI design and design system.
- Working PoC with your real data.
- Clear roadmap and cost estimate.
02
2-3 months
Production-ready
Build a production-ready solution leveraging our diagram components for faster delivery.
- Full-stack development (frontend + backend).
- Automated drawing generation for primary use case.
- Custom component libraries and integrations.
- Deployment, training, and documentation.
03
Ongoing enhancement
Full solution
Expand and optimize based on field usage and operational requirements.
- Additional drawing types and workflows.
- Advanced collaboration and automation features.
- Deep system integrations (ERP, CRM, APIs).
- Continuous support and optimization.
What's included in every project
- Full-stack custom development
– complete frontend and backend solution.
- UX/UI design and design system
– intuitive interfaces built for your workflow.
- Database architecture
– scalable data storage and management.
- Cloud hosting and infrastructure
– secure deployment and DevOps setup.
- API development and integrations
– connect with your existing systems.
- Complete source code ownership
– all IP rights transferred to you.
- Training and documentation
– ensure successful team adoption.
- Maintenance options
– ongoing support or full independence.
Why settle for less?
Enterprise teams keep choosing Synergy Codes for custom solutions over off-the-shelf products or in-house development for a reason. We went through electrical design challenges. We’ve built for it.
Your electrical schematics are not generic – your software shouldn’t be either. Every solution we deliver is built from the ground up for your unique processes, data, logic, and ambitions.
Building in-house sounds tempting – until you hit the wall of diagram logic, compliance with electrical standards, and scalable performance. We’ve seen teams lose months (and momentum) trying to reinvent what we’ve already solved.
Clunky interfaces that fight your workflows. "Modern" updates that break muscle memory. Your engineers deserve tools that amplify their expertise, not obstacle courses that waste it.
where others set their limits
where others set their limits
Anyone can try to force massive, complex diagrams into off-the-shelf tools, and end up with lags or crashes. Custom algorithms and architecture make the electrical system bulletproof – handling tens of thousands of components with real-time updates.
No off-the-shelf product will ever give you your own business logic, your preferred technology, or the performance you need for advanced projects. We embed your rules, your standards, and your integrations from day one.
200+ diagram implementations taught us every dead end, so you avoid them. We know the shortcuts, the pitfalls, and have the right engineering building blocks that get you to value – fast.
FAQ
- Is this a ready-made product or a custom solution?
We deliver custom-built platforms tailored to your organization’s unique workflows, standards, and data. You get a solution designed specifically for your needs while keeping the timeline dynamic thanks to multiple tested approches.
- How long does it take to build electrical design software?
Project timelines depend on scope and complexity. Proof-of-concept (PoC) can often be delivered in 2–4 weeks. A minimum viable product (MVP) typically takes 2–3 months. Full-featured, enterprise-grade solutions may require several months, but our modular approach allows you to see value quickly and expand over time.
- How does your platform handle large-scale electrical layouts?
Our solutions are engineered for performance and scalability. We use a combination of algorithmic and UX techniques to ensure smooth work with large and complex diagrams:
- Virtualization: Only elements visible on screen are rendered at any given time.
- Diagram partitioning: Large schematics can be divided into manageable sub-schematics.
- Optimized algorithms: We select the best data structures and algorithms for your use case.
- Flexible rendering engines: We use the most efficient rendering technology (HTML, Canvas, or WebGL) for your needs.
This approach ensures responsive editing and navigation, even for projects with thousands of components. - What makes you better than off-the-shelf tools?
Off-the-shelf tools force you to adapt your process to their limitations. We adapt our solution to your process – delivering better performance, UX, and compliance.
- Why not build this in-house?
Building robust engineering automation is complex and time-consuming. We’ve already solved the hard problems to save you months (or years) of trial and error.
- Can we customize the user interface?
Absolutely. We deliver fully custom electrical design software tailored to your organization’s needs and workflows. Every aspect of the interface – layout, features, and integrations – is designed and developed specifically for your team. This is not a configurable off-the-shelf platform, but a bespoke electrical system built for you.
- When should you build custom electrical design software?
Custom engineering solution is the right choice when your workflows, standards, or integration needs are too specific or complex for off-the-shelf tools. If you require automation, unique validation rules, seamless integration with other systems, or want to eliminate manual work and errors, a custom solution will deliver the most value.
- Do you replace CAD systems?
Not always. Our solutions can complement or extend your existing CAD tools by automating specific workflows, integrating your data, or providing advanced validation and collaboration features. In some cases, we can fully replace CAD for certain processes – especially when automation and integration are key.
- Can we automate electrical drawing standards?
Yes. We embed your company’s standards and industry regulations directly into the software. This means all diagrams are automatically validated for compliance, and errors are flagged in real time – ensuring consistency and reducing costly mistakes.
- Do you support real-time data for electrical schematics?
Yes. Our solutions can connect to live data sources (e.g., SCADA, IoT, industrial databases) and visualize operational status directly on your diagrams. This enables real-time monitoring, incident detection, and digital twin scenarios for your electrical systems.
- What's the learning curve for field engineers?
Most operators become productive within hours thanks to intuitive drag-and-drop interfaces designed specifically for electrical workflows.
Stop losing weeks to manual drawings. Let's talk solutions
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Maciej Teska
CEO at Synergy Codes