Engineering Software

Digital tools built around engineering.

Maintenance software, digital inspections, QR asset systems and bespoke engineering tools designed around real industrial workflows.

Explore Software Discuss a Requirement
01

Engineering First

Software designed around maintenance and engineering requirements rather than generic business processes.

02

Practical by Design

Digital tools intended to make information easier to access, record and use in real working environments.

03

Built to Improve

Systems that can develop as maintenance requirements, equipment and operational priorities change.

Why Engineering Software

Better information creates better maintenance decisions.

Engineering teams generate valuable information every day, but that information is often spread across paperwork, spreadsheets, manuals and disconnected systems.

CH Maintenance Systems develops digital tools that make maintenance information easier to capture, organise, access and use.

The objective is not to digitise a poor process for the sake of technology. It is to create a better engineering system using the right digital tools.

Digital Objective Give engineering teams the information they need, where they need it, in a format they can actually use.
Software Capabilities

Digital systems designed around maintenance.

Software can support individual maintenance activities or bring multiple engineering processes together into a more structured digital system.

02

QR Asset Systems

Fast access to maintenance records, documentation, inspections and equipment information directly from the asset.

Explore QR Systems
03

Digital Inspections

Structured inspection workflows that make findings, equipment condition and maintenance follow-up easier to record.

Explore Inspections
04

Reporting & Dashboards

Clear engineering information designed to improve visibility of maintenance activity, priorities and reliability.

Explore Reporting
05

Bespoke Engineering Tools

Custom digital solutions for engineering requirements that are not well served by standard software.

Explore Bespoke Software
01 · Maintenance Software

Maintenance information brought into one system.

Maintenance teams need clear visibility of what needs doing, what has been completed and what information belongs to each asset.

A focused maintenance system can bring these areas together without the unnecessary complexity often found in larger enterprise platforms.

01
Planning

Preventative Maintenance

Structure recurring maintenance activities around equipment requirements, maintenance intervals and operational priorities.

Due tasks · Frequencies · Recurring maintenance · Priorities
02
Assets

Equipment Information

Keep important asset information connected to the machine or equipment it relates to, making engineering information easier to locate.

Asset records · Equipment details · Documentation · Reference information
03
Completion

Maintenance Records

Record completed maintenance activity so engineering teams can see what work has been carried out and maintain a clearer equipment history.

Completed work · Maintenance history · Task records · Engineering notes
04
Visibility

Due & Overdue Work

Give maintenance teams clearer visibility of upcoming, due and overdue activities so priorities can be understood quickly.

Upcoming work · Due maintenance · Overdue tasks · Maintenance status
05
Knowledge

Documents & Manuals

Connect maintenance instructions, manuals and engineering documents with the relevant equipment so information can be accessed when it is needed.

Manuals · Procedures · Technical information · Maintenance instructions
06
Insight

Maintenance Visibility

Present maintenance information in a clearer format so engineering teams can understand workload, completion and developing priorities.

Status overview · Completion visibility · Priorities · Engineering information
The Principle

The system should fit the maintenance operation — the maintenance operation should not have to fit the software.

02 · Digital Access

Engineering information available at the equipment.

The closer useful information is to the asset, the easier it becomes for engineering teams to record, access and act on it.

QR systems can connect physical equipment directly to maintenance information, inspections, documents and historical records without requiring engineers to search through separate systems.

01 Asset

Identify the equipment.

Each machine or asset can be connected to its own digital record and maintenance information.

02 Access

Scan at the point of work.

A QR code provides direct access to the relevant asset information using a phone, tablet or other connected device.

03 Information

Open the right information.

Maintenance instructions, manuals, inspection forms and equipment details can be made available from one location.

04 Inspection

Record equipment condition.

Engineers can complete structured inspections and record findings while they are physically at the asset.

05 Follow-Up

Turn findings into action.

Recorded issues can provide clearer visibility of developing faults and the maintenance work that needs to follow.

QR Asset Systems

One route into the asset record.

QR access can reduce the time spent searching for maintenance information by linking the physical asset directly to its digital record.

Asset identification · Manuals · Maintenance records · Equipment information
Digital Inspections

Consistent inspections with clearer records.

Digital inspection workflows can standardise what is checked, make findings easier to record and provide better visibility of equipment condition.

Inspection forms · Condition records · Findings · Follow-up actions
Digital Principle

Put the right engineering information closer to the equipment and the people responsible for maintaining it.

03 · Reporting & Dashboards

Turn maintenance activity into useful information.

Recording maintenance activity is only valuable if the information can be understood and used.

Reporting and dashboards can bring maintenance status, inspections, asset information and developing reliability issues together into a clearer operational picture.

01 Maintenance Status

Understand what needs attention.

Present upcoming, due and overdue maintenance in a clearer format so engineering teams can quickly identify priorities.

Due work · Overdue tasks · Upcoming maintenance · Priorities
02 Completion

See what work has been completed.

Provide visibility of completed maintenance activity, allowing engineering teams to understand progress and maintain clearer maintenance records.

Completed tasks · Maintenance history · Activity records · Progress
03 Inspections

Surface developing equipment issues.

Inspection findings can be organised so recurring observations, defects and follow-up requirements are easier to identify.

Findings · Equipment condition · Defects · Follow-up actions
04 Reliability

Build a clearer picture over time.

Historical maintenance and equipment information can help identify patterns, recurring problems and areas that may require further engineering attention.

Repeat issues · Equipment history · Trends · Reliability priorities
Reporting Principle

Less data for the sake of data. More information that supports decisions.

The aim is not to create dashboards filled with unnecessary metrics. Reporting should highlight the information engineering teams need to understand workload, equipment condition and where attention is required.

04 · Bespoke Solutions

When standard software does not fit the problem.

Not every engineering requirement needs a large off-the-shelf platform.

Where a process is specific to the equipment, maintenance team or operation, a focused digital tool can often provide a simpler and more practical solution.

01
Workflow

A process unique to your operation.

Build around an engineering or maintenance process that standard software does not represent effectively.

02
Simplicity

Too much software for a simple problem.

Create a focused tool where a large enterprise platform would introduce unnecessary complexity, administration or cost.

03
Equipment

Software connected to specific machinery.

Develop a digital system around particular equipment, maintenance requirements, manuals or engineering information.

04
Improvement

Replace disconnected manual processes.

Bring spreadsheets, paperwork and separate records into a more structured digital workflow where there is a clear operational benefit.

Example Applications

Built around the engineering requirement.

01

Machine-specific maintenance systems

02

Digital inspection and condition-recording tools

03

Engineering documentation and asset portals

04

Maintenance scheduling and task-management tools

05

Reporting and operational visibility systems

06

Custom workflows for specific engineering processes

Bespoke Principle

Build only what the engineering process needs — then allow the system to develop as the requirement evolves.

Development Approach

Start with the workflow. Then build the software.

01

Understand

Identify the engineering process, information requirement and problem the software needs to solve.

02

Structure

Define how information, users, equipment and maintenance activity should work together.

03

Develop

Build the system around practical use rather than adding unnecessary complexity.

04

Improve

Refine the software as feedback, equipment and maintenance requirements develop.

Discuss a Digital Requirement

Have an engineering process that could work better digitally?

Tell us about the maintenance or engineering challenge and we can explore whether a digital solution could provide a practical improvement.

Discuss Your Requirement

Engineering software developed around real maintenance requirements.