Cybersecurity-first IT for Scottish engineering businesses
Support complex project work while protecting intellectual property and client information
Stratiis helps engineering firms across Scotland improve managed IT, Microsoft 365, specialist workstations, project collaboration, cybersecurity, backup and technology planning—so teams can design and deliver with confidence.
What IT support does an engineering company need?
An engineering company needs responsive user support, reliable workstations and infrastructure, secure Microsoft 365 administration, controlled access to project data, protected identities and devices, dependable backup and recovery, coordination with specialist software vendors and a technology roadmap aligned with projects, client requirements and growth.
Built around technical project delivery
IT that supports engineering workloads, collaboration and risk
Engineering environments combine standard business technology with demanding applications, large files, specialist licensing and teams working across offices, sites and client locations.
Reliable performance
Align devices, networks, storage and support with the workloads engineers actually use.
Protected project data
Control identities, devices, access, sharing, backup and recovery around valuable information.
Connected teams
Give office, site, client-location and home workers consistent access and collaboration.
Planned investment
Forecast specialist hardware, licences, lifecycle, security and project requirements.
Engineering technology pressures
Common IT challenges facing engineering firms
The right response considers business impact, technical dependencies and the requirements of specialist workloads.
| Challenge | Potential business impact | How Stratiis helps |
|---|---|---|
| Large technical files | Slow access, sync conflicts, version confusion and interrupted project work. | Assess storage, network, cloud and collaboration design against file types and workflows. |
| Specialist applications | Licensing, performance and vendor issues that cross several technical responsibilities. | Support the underlying environment and coordinate clearly with application vendors. |
| Project-data risk | Loss of intellectual property, contractual complications and client-confidence issues. | Layer identity, device, access, email, backup and monitoring controls. |
| Hybrid and site working | Inconsistent access, unmanaged devices and poor experience away from the office. | Manage identities, devices, approved applications and secure remote access. |
| Workstation lifecycle | Unreliable performance, unsupported systems and unexpected capital expenditure. | Match specifications and replacement plans to roles, applications and project demand. |
| Reactive support | Delayed project work, missed deadlines and engineers losing productive time. | Provide structured helpdesk support, monitoring, maintenance and escalation. |
| Unplanned growth | Inconsistent systems, licence sprawl, integration problems and budget surprises. | Create a practical roadmap across users, projects, systems, security and suppliers. |
A joined-up service
Core IT services for engineering businesses
Daily support, specialist workloads, security and strategic planning need clear boundaries and shared priorities.
Managed IT support
Helpdesk, monitoring, patching, user administration, network support, vendor liaison and onsite or remote assistance.
Cybersecurity
Identity, endpoint, email, awareness, vulnerability, monitoring and governance controls for project-data risk.
Microsoft 365
Secure management of Exchange Online, Teams, SharePoint, OneDrive, Intune, Entra ID and Defender.
Cloud, backup and recovery
Protect critical project and business information and clarify recovery priorities.
Workstations and lifecycle
Plan specifications, warranties, operating-system support and replacement around engineering roles.
Connectivity
Align office, site, remote access, Wi-Fi and network capacity with technical workflows.
Projects and transformation
Deliver migrations, infrastructure changes, collaboration improvements and business technology projects.
vCIO guidance
Give leaders a roadmap, budget, lifecycle plan, supplier view and cyber-risk reporting.
Co-managed IT
Add specialist skills, project capacity and escalation support around an internal IT resource.
Specialist systems
How should engineering software and applications be supported?
Separate platform responsibility from application expertise
Stratiis can support the devices, operating systems, Microsoft 365, networks, storage, identity, security, backup and integrations around specialist applications. Application-specific design or faults may still need the software vendor.
Performance begins with the workload
Processor, memory, graphics, storage, network and cloud design should be matched to applications, model size, collaboration method and mobility—not based on a generic office-device standard.
Project data and collaboration
Choose the right home for each type of engineering information
Microsoft 365 is valuable for many documents and workflows, but large models and specialist technical files may need a purpose-built platform.
| Information or workload | Typical need | Design consideration |
|---|---|---|
| Office and project documents | Controlled collaboration, search, permissions and version history. | SharePoint and Teams can work well when sites, libraries and ownership are designed clearly. |
| Individual work files | Secure access across managed devices and easier device replacement. | OneDrive is for individual work; shared project information needs an agreed team location. |
| CAD drawings and BIM models | High performance, file locking, version integrity and specialist collaboration. | Assess application requirements, file size, network latency and vendor-approved platforms before migration. |
| Specifications and deliverables | Traceable review, approval, controlled access and dependable retention. | Define ownership, naming, publishing and external-sharing processes. |
| Contracts and tenders | Restricted access and protection of commercially sensitive information. | Use role-based permissions, secure sharing and appropriate retention. |
| Client and partner collaboration | Simple external access without exposing unrelated project or company data. | Control guests, link types, expiry, workspace ownership and offboarding. |
Cybersecurity and resilience
Protect intellectual property, project delivery and trusted client relationships
Engineering data can be commercially and operationally valuable
Cyber incidents can expose designs, tenders, infrastructure information, contracts and trusted communications. Protection should reduce the chance of compromise and make response responsibilities clear.
Backup must reflect real file sizes and recovery needs
Recovery plans should identify critical systems and project data, acceptable downtime, retention, restoration priority and testing. Cloud resilience does not automatically remove the need for independent backup.
Hybrid and site-based engineers
Secure access without compromising technical performance
Working patterns should be designed around applications and data as well as identity and device security.
| Area | Security requirement | Performance and user consideration |
|---|---|---|
| Identity | MFA, Conditional Access, protected administration and rapid leaver processes. | Policies should distinguish trusted devices and genuine working locations. |
| Devices | Encryption, managed updates, endpoint protection and compliance policies. | Specifications must support each engineer’s applications and models. |
| Remote access | Approved access routes and least-privilege permissions. | Latency and bandwidth can make large technical workloads unsuitable for simple file sync. |
| Collaboration | Controlled sharing, guest governance and information ownership. | Teams need a clear rule for where each type of project information belongs. |
| Site connectivity | Managed networks and separation from untrusted access. | Availability, lead times and resilience should be assessed before mobilisation. |
How we work
From engineering technology review to continuous improvement
The process balances immediate support and cyber risk with specialist application, infrastructure and lifecycle planning.
Assess
Review users, workloads, applications, devices, infrastructure, security and recovery.
Prioritise
Separate urgent risk and reliability work from planned improvements.
Stabilise
Resolve immediate issues and establish clear support and vendor responsibilities.
Secure
Implement agreed identity, device, email, backup and monitoring controls.
Plan
Create a roadmap for workstations, infrastructure, projects, security and investment.
Improve
Support teams and update the plan as projects, applications and needs evolve.
Indicative investment
How much should an engineering firm budget for IT support?
The existing Stratiis ranges are retained as indicative guidance. A proposal should define what is included and account for specialist workstations, applications, storage, connectivity, security, backup and project complexity.
| Users | Indicative monthly managed-support range | Factors that can change total investment |
|---|---|---|
| Per user | Approximately £35–£60 per user per month. | Support coverage, response commitments, device count and included management. |
| 10 users | Approximately £350–£600 per month. | Microsoft licensing, security, backup and specialist application needs may be additional. |
| 25 users | Approximately £875–£1,500 per month. | Workstation specifications, file storage, network and remote-access requirements affect scope. |
| 50 users | Approximately £1,750–£3,000 per month. | Multiple offices, project complexity, governance and continuity needs influence cost. |
| 100 users | Approximately £3,500–£6,000 per month. | Internal IT responsibilities, service hours, sites and application estate must be defined. |
What should be included in an engineering IT proposal?
Look for clear user, device, site and infrastructure coverage; support hours and response targets; Microsoft 365 and vendor responsibilities; security, monitoring, backup and recovery; specialist-workload assumptions; project rates; reporting; contract terms and exit arrangements.
Why Stratiis
A technology partner for users, technical workloads, cyber risk and future projects
Cybersecurity first
Security is considered across support, Microsoft 365, devices, data and strategic recommendations.
Workload-aware planning
Match devices, storage, networks and cloud decisions to technical applications and files.
Joined-up capability
Connect support, cloud, security, communications, projects and vCIO guidance.
Business-focused advice
Explain technical risk and investment in terms leaders and project teams can use.
Coverage
IT support for engineering companies across Scotland
Stratiis supports specialist consultancies and growing multidisciplinary engineering businesses.
Glasgow
Managed IT, cybersecurity and project support for firms across Glasgow and the west.
Edinburgh & Lothian
Support for engineering offices, project teams and hybrid workers across the east.
Lanarkshire
Local and remote technology support across North and South Lanarkshire.
Ayrshire
Secure IT services for engineering businesses operating across Ayrshire.
Dumfries & Galloway
Remote and planned onsite support for organisations across the south of Scotland.
Perthshire
Managed support and strategic guidance for technical teams in Perthshire.
Multi-office firms
Consistent identities, devices, data access and support across locations.
Hybrid and site teams
Secure access and managed devices for office, site, client and home working.
Frequently asked questions
IT support for engineering companies explained
How do engineering firms protect sensitive project data?
Use layered identity, device, email, access, sharing, encryption, backup, monitoring and response controls, supported by clear ownership and client or contractual requirements.
Is SharePoint suitable for engineering companies?
It can work well for standard documents, specifications and collaboration. Large CAD or BIM files may require specialist platforms, so file types, performance and application requirements should be assessed before migration.
How often should engineering firms replace workstations?
Replacement should consider warranty, condition, performance, operating-system and application support, security and project demand. A role-based lifecycle plan is better than waiting for failure.
Do engineering firms need Cyber Essentials?
It is not universally mandatory, but clients, contracts, insurers or supply chains may request it. It can also provide a useful baseline for core cyber controls.
Can Stratiis support hybrid engineering teams?
Yes. Support can cover managed devices, secure identity, Microsoft 365, remote access, collaboration, connectivity and consistent service across offices, sites and home locations.
Does Stratiis support AutoCAD, Revit and BIM applications?
Stratiis can support the underlying devices, operating systems, storage, networks, security and integrations, and coordinate with the application vendor for product-specific licensing or functionality.
Can engineering files be moved to the cloud?
Often some or all can, but application compatibility, file size, latency, locking, collaboration, security, backup and connectivity must be assessed before choosing a cloud design.
What happens during an engineering technology review?
Stratiis reviews support, users, applications, devices, Microsoft 365, data, infrastructure, security, backup and priorities, then explains risks and recommended next steps.
Protect project data and keep technical teams productive
Book an engineering technology review
Understand the gaps in support, specialist workloads, Microsoft 365, cybersecurity, infrastructure, backup and future technology planning.
Book a technology reviewExplore managed IT services
Call 0141 348 7960 or email hello@stratiis.com.
