Mechanical engineering
Check the part. Understand the machine.
Work through shaft loads, bearing life and bolted joints without building another spreadsheet. Check plant energy use and prepare clear system diagrams.
Find mechanical tools →Engineering Hub · Ready in your browser.
An engineering software company.A visual design workspace.
Engineering Hub builds engineering software you can use in your browser. Engineers and firms use our tools to check machine parts, plan electrical installations, model structures and explore how systems behave. Enter your project values, see the working and review the results.
Works in your browserSee the model and resultsFree & paid tools
Built for the work you do
Where does it help you?
Start with your discipline. Find a practical calculation, a visual model or a clearer way to explain your design.
Electrical & electronics engineering
From the supply to the circuit.
Check cable sizes and voltage drop, compare motor starting methods and review earthing. Explore circuit and control responses, then communicate the system with a diagram.
Find electrical tools →Civil & structural engineering
See the structure. Follow the flow.
Model trusses and frames, review foundations, follow rainwater through a drainage network and compare road layouts. Make the model and its results easier to inspect.
Find civil tools →What do you need to do?
Choose your task. We’ll take you to the right tool, explain who it’s for and show how it works.
Coordinate an engineering project
Bring design files, revisions, review actions and project documents together.
See the project workspace ↗Check a machine part
Work through shafts, bearings, springs and bolted joints.
Find mechanical tools ↗Plan an electrical installation
Check cables, voltage drop, earthing and motor starting.
Find electrical tools ↗Check a truss or frame
See member forces, support reactions and movement.
See Truss Lab ↗Explore a control or signal response
Connect blocks and see how a system responds over time.
See Signal Flow ↗Plan site drainage
Follow rainfall through pipes, channels and storage.
See Drainage Lab ↗Design a foundation
Review footing size, soil checks and reinforcement.
See Foundation Design Lab ↗Compare road layouts
Explore traffic queues, junctions and signals.
See Traffic Flow Lab ↗Organize materials tests
Keep project test readings and results together.
See Test Lab ↗Run a calculation
Find calculations for machines, circuits, structures and manufacturing.
Find a calculator ↗Sound familiar?
01 / 06
Still copying numbers between Excel sheets?
Find a tool for the calculation, enter your values and check the results in one place.
Find your calculation →A new question every 8 seconds
Keep your engineering project together.
Enginuity is the project workspace: bring in the reports, drawings and models from your design tools, retain each version and follow review actions through to handover.
Engineering project workspace
Enginuity
Keep the project, its evidence and its decisions together.
Keep the brief, design submissions, review actions and project documents together. Complete design work in your specialist tools, then bring the files into Enginuity to coordinate review, construction and handover.
See what Enginuity does →One project. Several jobs.
Start where you are. These tools can help at different stages; review and enter the relevant project inputs in each.
A rotating machine
An electrical installation
A control system
A road or new development
A building or small structure
A project to coordinate
Model a response. Draw a system.
For mechanical, electrical, electronics and process work: explore a control loop, prepare a system diagram or work through a calculation.
Control, electrical & DSP
Signal Flow
See how a system responds.
Connect control or signal blocks, run a simulation and inspect the results. Explore feedback loops, electrical circuits and signal processing.
See what Signal Flow does →
Engineering diagramming
Schematics Studio
Explain your system with a clear diagram.
Draw engineering diagrams with ready-made symbols. Connect components, edit their properties and export the drawing for your team.
See what Schematics Studio does →Engineering Calculators
Deterministic calculations
Engineering Calculators
Find the calculation you need.
Choose a calculation for a machine part, electrical installation, structure or manufacturing task. Enter your values, inspect the working and review the results.
See what Engineering Calculators does →See what the tools actually do.
Start with something familiar. Watch an example, see who it’s for, then choose your next step.
Traffic Flow Lab · 16 seconds
See a city network beside live traffic analysis
A current full-workspace recording of Traffic Flow Lab. Watch the built-in city network in the daylight 3D presentation beside its network controls and live operational metrics. The example shows congestion and review warnings; project use requires calibrated inputs and engineering review.
Read the walkthrough
- See the current daylight street workspace with the complete city network, controls and operational metrics visible together.
- Inspect the running demonstration's congestion, speed, delay and throughput. The example and its warnings require calibration and review before project use.
Drainage Lab · 24 seconds
Follow water through a drainage network
A guided screen tour of the built-in residential network. The app flags a difference between its two calculation modes. Further checks are needed before these example results can be used in a design.
Read the walkthrough
- Connect catchments, inlets, manholes and an outfall.
- Run the dynamic approximation and inspect a computed time step.
- Read the water-level profile along the network.
- Review assumptions, warnings and the project review controls.
Foundation Design Lab · 24 seconds
See the foundation and the checks behind it
A guided screen tour of the application's default footing example: plan, section, reinforcement in 3D and a marginal punching check. The application marks this example Design Inadequate — Revise; the warnings remain visible.
Read the walkthrough
- Start with the default example's foundation, declared loads and soil inputs.
- Inspect the section and reinforcement layout.
- See the footing and reinforcement in the 3D view.
- Review the marginal punching check. Resolve the design and validation warnings before using these results.
Truss Lab · 24 seconds
A truss, from model to results
A guided screen tour of a built-in bridge example: 2D setup, linear analysis, a 3D view and the results panel. Both 2D and 3D solver controls are available in the app; this tour runs the 2D solver.
Read the walkthrough
- Start with a 2D model and its supports and loads.
- Run a linear 2D analysis; inspect forces and movement.
- View the same model in 3D. This is a 3D view, not a separate 3D solve.
- Open the wider results panel to review member utilization.
From your inputs to a result you can review
Start with your project information. See the calculation, check the result and prepare your handoff.
- 01
Set up your task
Enter the dimensions, materials, loads or measured readings your task needs.
- 02
Run the calculation
Choose the method and calculate using the values you entered.
- 03
Check the result
See the model, diagrams and numbers. Review assumptions and warnings.
- 04
Share your work
Use the reports and file exports available in the tool you chose.
For engineering firms & corporate teams
Put engineering software to work in your organization.
Tell us what your team needs to calculate, model or review. We’ll help you choose the tools, check the fit and discuss access for your team.
Being developed for your next project
Enginuity Draft and SpecTrace are coming soon. These previews show where we’re heading.
Enginuity Draft
Coming soon · Visual engineering design
Enginuity Draft
Design, analyze and prepare your handoff.
Coming soon: a workspace for drawing engineering models and connecting them to analysis and project documents.
See what Enginuity Draft does →SpecTrace
Coming soon · Engineering review & evidence
SpecTrace
Keep project checks and evidence together.
Coming soon: tools for reviewing engineering models and keeping a record of project checks and supporting evidence.
See what SpecTrace does →Stay connected between projects
Our main products are engineering software for project work. Articles, quizzes, learning resources and community spaces help people stay informed and connected between projects. They support our software business; they are not our primary product offering.
Technical articles
Engineering insights, technical context and case studies.
Community
Peer discussion and professional connections between projects.
Quiz Arena
Practice and knowledge refresh for engineers and learners.
Learning repository
Academic and reference materials for the wider community.
SomaNami
Personalized learning paths within the supporting ecosystem.
Engineering Hub, explained
What does Engineering Hub develop?
Engineering Hub builds engineering software you can use in your browser. Engineers and firms use our tools to check machine parts, plan electrical installations, model structures and explore how systems behave. Enter your project values, see the working and review the results.
Who are the core products built for?
Mechanical, electrical, electronics, civil, structural and manufacturing engineers, engineering firms, consultants and corporate engineering departments carrying out project work.
Are articles and quizzes the main products?
Our main products are engineering software for project work. Articles, quizzes, learning resources and community spaces help people stay informed and connected between projects. They support our software business; they are not our primary product offering.
How does AI help?
AI can help explain a task and work through calculations. You still review the inputs, calculation method and results before using them in a project.
Do software results replace engineering sign-off?
Each product has a defined method and scope. Engineers must review inputs, assumptions, applicable standards and output before project acceptance.