Electrical engineering

Industrial electrical engineering, with no room for interpretation.

D&D turns specifications, machine layouts and customer standards into working documents for those who have to build, wire, test and maintain the plant.

Send a specification See the deliverables
Schematics Panel layout Terminal blocks Cable lists

Where the cost comes from

An unclear drawing turns into wasted time in the workshop and in the field.

Electrical engineering has to reduce questions, rework and ambiguity. Every tag, terminal, cable, component and revision must read the same way to different people.

01 Misaligned components

Codes, supplies, protections and devices must stay consistent across schematic, BOM and layout.

02 Ambiguous terminal blocks

Panel, machine side and field signals need connections that are orderly, testable and maintainable.

03 Hard-to-wire layout

Spaces, trunking, ventilation and access affect build time and future work.

04 Untracked revisions

Changes must be visible, approved and reflected in the documents used in the workshop.

Technical schematic with electrical connections and wiring references.
Technical schematic The schematic must connect components, signals, earthing, notes and wiring logic.

From data to document

Every drawing comes from a real constraint.

We start from specifications, components, machine layout, customer standards and target market. From these inputs we build documentation that stays useful during build, testing and maintenance.

Input Specifications, layouts, standards and available components.
Development Schematics, panel layout, terminal blocks, cables and BOMs.
Alignment Revisions, notes, customer formats and updates after review.

FROM SCHEMATIC TO BENCH

Documentation made for those who have to build, wire and test.

Schematics, layouts, terminal blocks, BOMs and revisions are designed as one technical pack: readable in the office, useful in the workshop, reliable in maintenance.

From design to panel

Every drawing must be readable by the people who actually use it.

Documentation is not decorative: it links design choices, materials and checks in a flow that reduces doubts during wiring, testing and future revisions.

  1. 01
    Electrical schematic

    Functions, protections, cross-references and connection logic.

  2. 02
    Panel layout

    Real spaces, trunking, terminal blocks, access and component arrangement.

  3. 03
    BOMs and lists

    Codes, quantities, tags, terminals, cables and materials always aligned.

  4. 04
    Testing and revisions

    Documents ready for checks, future changes and maintenance.

Working schematic References, functions, connections
Detail of an electrical schematic with wiring references.
Technical bench Layout, checks, updates
Electrical engineering workstation with a panel layout.
Aligned technical pack Schematic, panel, terminals and BOM stay readable under the same documentation logic.
D&D electrical schematic with a front layout of the pushbutton station, touch panel, controls and emergency stop.
Pushbutton layout HMI, selectors and controls shown with dimensions and tags.
Detail of an electrical schematic with drives, terminals, supplies and wiring references.
Drive detail Supplies, terminals and cross-references readable in the workshop.
Control-panel thermal calculation with enclosure dimensions, cooling surface and ventilation.
Panel check Dimensions, heat dissipation and ventilation stay inside the technical pack.

Checks before delivery

Quality shows when someone has to wire it.

Before closing the project we check consistency between schematic, layout, BOM and lists. The point is not to produce many files: it is to deliver a usable technical set.

Consistency References across schematic, terminal block, cable and component.
Build Panel spaces, access, trunking, labelling and wiring notes.
Maintenance Useful information for diagnosis, replacements and future work.

Concrete outputs

What we deliver to the customer.

The content depends on the scope, but the logic stays the same: working documents linked to each other, not isolated drawings.

01

Complete electrical schematics

Orderly drawings with references, protections, terminal blocks, connections, notes and build logic.

02

Panel layout

Component arrangement, trunking, ventilation, access and consistency with the schematic.

03

Terminal blocks

Clear connection points for panel, machine side, field signals and testing.

04

Cable lists

Origin, destination, cross-section, tagging and references useful for wiring and maintenance.

05

Bills of materials

Codes, quantities and components consistent with purchasing, production and spare parts.

When it makes sense to contact us

Before ordering components, building the panel or sending the pack to the workshop.

  • You have customer specifications but the working design is missing.
  • You need to standardise schematics, panel layout, cable lists and BOMs.
  • You need updated documentation after changes or revamping.
  • The panel must meet standards or formats required by the end customer.

Technical contact

Have an electrical spec to turn into a design?

The first step is to share specifications, layouts, customer standards, components already chosen and the target market. From there we define the scope, the drawings needed and the priorities.

Send a specification Describe the project
Already have specs or layouts?

Share the available documentation: we review the schematic, BOMs, cable lists and panel constraints.

Send the documentation
Still defining the panel?

We start from the minimum data: machine function, components, customer standards and target market.

Talk to an engineer