Engineering firms should ask potential MSPs about their experience optimizing CAD and BIM software, their approach to protecting intellectual property, guaranteed uptime commitments with 99.5% or higher targets, backup protocols for large engineering files, and whether they offer flat-rate pricing at $100 - $250 per user per month. Verify 24-7 helpdesk availability, remote workstation access capabilities, and experience supporting multi-state project teams across distributed sites.
What Experience Do You Have Supporting Engineering-Specific Software and Workflows?
Engineering firms run specialized applications that demand far more from IT infrastructure than typical business software. AutoCAD, Revit, Civil 3D, and rendering engines push workstations to their limits, and any performance lag translates directly to billable hours lost and missed project deadlines.
Ask whether the MSP has configured high-performance workstations specifically for CAD and BIM workloads. Generic business IT support won't understand the difference between a sluggish email client and a rendering process that should take two hours but stretches to six. The right provider knows how to optimize GPU drivers, allocate RAM for large assemblies, and tune network storage for the massive file sizes engineering teams work with daily.
Verify that the MSP has worked with engineering firms before and can speak fluently about version control challenges, file synchronization across project sites, and the collaboration workflows that matter when multiple engineers work on the same model simultaneously. Scott, an engineering client, noted that 911 IT effectively manages their cloud-based services including Microsoft Office365, Atlassian, GitLab, and NextCloud, allowing his team to focus on core engineering work rather than IT troubleshooting.
The provider should also understand licensing management for engineering software, which often involves complex concurrent-user models, network licenses, and subscription tracking across multiple seats. Poor license management leads to compliance risk and unexpected costs when audits reveal overuse.
An MSP without engineering-specific experience will treat your firm like any other small business, applying generic solutions that fail when a structural engineer needs to transfer a 4GB file to a contractor on a job site or when a rendering farm maxes out your network bandwidth.
How Do You Protect Engineering Data and Intellectual Property?
Engineering firms hold extraordinarily valuable intellectual property in the form of design files, project specifications, and client data. A single breach exposing proprietary bridge designs or infrastructure plans could destroy client relationships and expose the firm to liability claims worth millions.
Ask the MSP how they secure engineering files both at rest and in transit. This includes encryption standards for cloud storage, secure file transfer protocols for sharing large deliverables with clients and contractors, and access controls that ensure only authorized team members can view sensitive project data.
Inquire about their approach to endpoint protection on engineering workstations. These machines often run resource-intensive security software that can conflict with CAD applications, so the provider needs experience balancing robust cybersecurity with performance requirements. Garry, another engineering client, emphasized that 911 IT works with his firm on advanced security compliance needs specific to their niche, maintaining zero major outages while protecting critical data.
The MSP should implement network segmentation to isolate engineering workstations from general office systems, reducing the attack surface if a phishing email compromises an administrative computer. They should also monitor for unusual file access patterns that might indicate an insider threat or compromised credentials.
Engineering firms face 3-5 times higher ransomware targeting than general businesses due to the high value and time sensitivity of project files.
Ask whether the provider conducts regular security awareness training tailored to engineering workflows, teaching staff to recognize phishing attempts that reference project names or impersonate contractors and clients. The right MSP protects your intellectual property as if it were their own.
What Are Your Backup and Disaster Recovery Protocols for Large Engineering Files?
Engineering files present unique backup challenges due to their size and the catastrophic impact of data loss. A corrupted Revit model two weeks before a project deadline can jeopardize the entire engagement, and standard business backup solutions often fail to capture the granular versioning engineering teams need.
Ask how frequently the MSP backs up engineering workstations and file servers. Daily backups may be insufficient when a team makes dozens of critical changes to a design throughout the workday. The right provider implements continuous or hourly backup windows for active project files, with version history that lets engineers roll back to specific points in time without losing a full day's work.
Verify that backup solutions can handle files in the multi-gigabyte range without timing out or corrupting data. Many cloud backup systems choke on the 10GB+ assemblies common in civil and structural engineering, requiring specialized transfer protocols and sufficient bandwidth allocation.
Ask about recovery time objectives and recovery point objectives specific to engineering data. If a server fails on Monday morning, how quickly can the MSP restore access to project files? Can they recover individual file versions from last Thursday afternoon, or only full-system snapshots from the previous night?
The provider should maintain both local and offsite backup copies, protecting against ransomware attacks that encrypt both primary files and network-attached backup drives. Immutable backups that can't be altered or deleted even by administrators provide the strongest defense against sophisticated attacks.
Test the disaster recovery plan before you need it. Ask whether the MSP conducts regular restoration drills and can demonstrate actual recovery of a large engineering file within your required timeframe.
Can You Guarantee Uptime and What Happens When Systems Fail?
Engineering firms operate on tight project schedules with contractual deadlines that carry financial penalties for delays. When CAD workstations go offline or file servers become inaccessible, billable work stops immediately and project timelines slip.
Ask the MSP what uptime guarantees they provide and whether those commitments are backed by service-level agreements with financial remedies if they fail to meet targets. Vague promises of "best effort" support mean nothing when your team can't access project files on the day deliverables are due.
Verify their monitoring approach. Proactive 24-7 monitoring should catch server issues, network bottlenecks, and failing hardware before they impact your team. The MSP should identify and resolve a failing hard drive at 2 AM rather than waiting for engineers to report problems when they arrive at 8 AM.
Ask about their escalation process for critical issues. When a file server crashes during a deadline crunch, you need immediate response from senior technicians who can diagnose and resolve complex infrastructure problems, not a tier-one helpdesk that opens a ticket and promises a callback within four hours.
Understand their approach to redundancy and failover systems. Single points of failure in network infrastructure, storage systems, or internet connectivity create unacceptable risk for engineering firms. The right provider architects redundant systems that automatically switch to backup components when primary systems fail.
Garry's engineering firm experienced zero major outages with 911 IT, and minor issues were resolved quickly and effectively, allowing his team to focus on core business without IT interruptions. That track record matters when project deadlines are non-negotiable.
How Do You Enable Secure Remote Access to Engineering Workstations?
Modern engineering projects involve distributed teams working from job sites, home offices, and client locations across multiple states. Engineers need secure remote access to high-performance workstations and large project files without compromising security or performance.
Ask how the MSP implements remote desktop solutions for CAD and BIM workloads. Generic remote access tools struggle with the graphics-intensive nature of engineering software, producing laggy, pixelated displays that make precision work impossible. The provider should use remote desktop protocols optimized for CAD applications, with sufficient bandwidth allocation and low-latency connections.
Verify their approach to secure authentication for remote access. Multi-factor authentication should be mandatory, preventing unauthorized access even if credentials are compromised. The MSP should also implement conditional access policies that restrict remote connections to known devices and trusted networks when possible.
Ask about VPN configuration and whether the solution provides adequate bandwidth for transferring large engineering files. A VPN that works fine for email and web browsing may become unusable when an engineer attempts to download a 3GB Revit model to work on over the weekend.
The provider should also address the challenge of software licensing for remote work. Many engineering applications use node-locked or network licenses that require specific configuration to work from remote locations, and the MSP needs experience managing these complexities.
Understand their monitoring of remote access sessions for security threats. Compromised remote access credentials are a common attack vector, and the MSP should detect and block suspicious login attempts from unfamiliar locations or at unusual times.
What Is Your Pricing Model and What Services Are Included?
Engineering firms need predictable IT costs that don't spike unexpectedly when problems arise. The MSP's pricing structure should align with your firm's budget planning and provide transparency about what's covered versus what incurs additional charges.
Ask whether the provider uses flat-rate managed services pricing or charges per incident. Flat-rate models typically range from $100 - $250 per user per month for fully managed IT services, providing unlimited helpdesk support, proactive monitoring, and regular maintenance without surprise bills. Per-incident pricing at $150 - $300 per hour creates budget uncertainty and can discourage staff from reporting small issues before they become major problems.
Verify what's included in the base managed services package. Does it cover after-hours support for deadline emergencies? Are software updates and patch management included, or do they incur project fees at $150 - $250 per hour? What about onboarding new employees or decommissioning workstations when staff leave?
Ask about additional costs for specialized services. Cybersecurity add-ons like advanced endpoint detection and security awareness training typically run $25 - $75 per user per month. Backup and disaster recovery services often cost $10 - $30 per user per month depending on data volume and retention requirements. VoIP phone services generally range from $20 - $40 per user per month.
Understand how the MSP handles project work like office moves, server upgrades, or network expansions. These typically fall outside managed services agreements and are billed separately, so clarify hourly rates and get estimates for anticipated projects.
The provider should offer transparent pricing with no hidden fees and predictable monthly costs that let you budget confidently. 911 IT's flat-rate, transparent pricing model ensures engineering firms know exactly what they'll pay each month without surprise charges when critical support is needed.
Key Questions Checklist for Engineering Firms
- What specific experience do you have optimizing CAD, BIM, and rendering software for engineering workflows?
- How do you protect intellectual property and secure large engineering files both at rest and in transit?
- What backup frequency and version control do you provide for multi-gigabyte design files?
- What uptime percentage do you guarantee, and what financial remedies apply if you miss targets?
- How do you enable secure remote access to high-performance workstations for distributed teams?
- What is your escalation process when critical systems fail during project deadlines?
- Do you offer flat-rate pricing, and what services are included versus billed separately?
- How do you handle software licensing management for concurrent-user and network license models?
- What redundancy and failover systems protect against single points of failure?
- Can you provide references from other engineering firms you currently support?
Why Salt Lake City Engineering Firms Choose 911 IT
Salt Lake City's engineering sector serves projects across Utah, Wyoming, and Arizona, requiring IT partners who understand multi-state operations and the unique demands of civil, structural, and environmental engineering workflows. Large national MSPs treat engineering firms like any other small business account, routing tickets through offshore helpdesks staffed by technicians unfamiliar with CAD optimization or the urgency of project deadlines.
911 IT specializes in engineering IT support throughout the Intermountain West, with deep experience optimizing AutoCAD, Revit, and other design applications. The team understands that when a rendering farm goes offline or a file server becomes inaccessible, every minute of downtime pushes project schedules closer to penalty clauses and damages client relationships.
The firm provides 24-7 live helpdesk support with rapid response to critical issues, not ticket queues that stretch into the next business day. Their proactive monitoring catches infrastructure problems before they impact engineering teams, and their cybersecurity services protect the valuable intellectual property engineering firms hold.
With offices in South Jordan and service coverage across Salt Lake City, Casper, and Phoenix, 911 IT supports engineering firms wherever their projects take them. Their 100% Satisfaction Guarantee and transparent flat-rate pricing provide the predictability engineering firms need to budget confidently.
Other reputable providers in the Salt Lake City market include Executech, Wasatch I.T., and Nexus IT Consultants. However, 911 IT's specialized focus on engineering workflows, combined with their award-winning service (2024 MSP Titans, Best of Salt Lake), positions them as the ideal partner for firms that need more than generic business IT support.
Frequently Asked Questions
What should I look for in an MSP for my engineering firm?
Look for proven experience optimizing CAD and BIM software, robust backup protocols for large engineering files, 24-7 helpdesk availability, guaranteed uptime commitments with financial remedies, and transparent flat-rate pricing. The MSP should understand engineering workflows, protect intellectual property with advanced cybersecurity, and provide secure remote access to high-performance workstations for distributed teams working across multiple project sites.
How much does IT support cost for engineering firms?
Fully managed IT services typically cost $100 - $250 per user per month, covering unlimited helpdesk support, proactive monitoring, and regular maintenance. Additional services like advanced cybersecurity run $25 - $75 per user monthly, while backup and disaster recovery costs $10 - $30 per user monthly. Project work for migrations or infrastructure upgrades is usually billed at $150 - $250 per hour. Flat-rate pricing provides budget predictability without surprise charges.
Do I need specialized IT support for CAD and BIM software?
Yes, CAD and BIM applications demand specialized IT expertise that generic business support can't provide. These programs require optimized workstation configurations, GPU driver tuning, network storage optimization for multi-gigabyte files, and performance monitoring that understands rendering workloads. An MSP without engineering experience will apply generic solutions that fail when engineers need to transfer large files or run resource-intensive simulations on tight project deadlines.
How do MSPs protect engineering intellectual property?
Qualified MSPs implement encryption for files at rest and in transit, secure file transfer protocols for sharing deliverables, access controls limiting who can view sensitive projects, and endpoint protection balanced with CAD performance requirements. They use network segmentation to isolate engineering workstations, monitor for unusual file access patterns, conduct security awareness training tailored to engineering workflows, and maintain immutable backups that ransomware can't encrypt or delete.
What uptime should I expect from an engineering MSP?
Reputable MSPs should guarantee 99.5% or higher uptime backed by service-level agreements with financial remedies if targets aren't met. They should provide 24-7 proactive monitoring to catch issues before they impact your team, redundant infrastructure eliminating single points of failure, and rapid escalation to senior technicians for critical problems. Engineering firms working on deadline-driven projects can't tolerate the multi-hour outages common with break-fix IT support models.
