Deploying Campus-Wide Wi-Fi & a 120-Seat Desktop Lab for Higher Education

Replaced ageing branch routers with a centrally managed MikroTik and Fortinet estate,
standardised VLANs across all sites and introduced monitored failover links. Branch
downtime incidents fell from weekly to rare.

[stats]
11 | Branches migrated
6 wks | End-to-end rollout
0 | Business-hours outages
[/stats]

The Challenge

In modern higher education, seamless campus connectivity and robust computing labs are foundational to learning. Students and faculty expect instant high-speed Wi-Fi everywhere on campus—from lecture halls to outdoor corridors—while specialized coursework demands high-performance desktop infrastructure that is secure, compliant, and always operational.

When an expanding academic institution partnered with Micro Depth Technologies (MDT), they faced a dual challenge: poor wireless coverage across their four main academic blocks and an urgently needed 120-seat computing laboratory to support growing enrollment in technical programs.

Here is how MDT delivered an end-to-end IT infrastructure project—combining precision wireless engineering with a turnkey, fully licensed computer lab deployment.

The Challenge: Connectivity Dead Zones and Capacity Constraints

The institution’s growth had outpaced its existing IT infrastructure, leading to persistent friction for students and faculty:

• Inconsistent Wireless Coverage: Academic blocks suffered from severe dead zones, co-channel interference, and frequent connection drops during peak lecture hours.
• Lack of Centralized AP Management: Existing access points operated autonomously without central management, causing chaotic roaming and uneven bandwidth distribution.
• Insufficient Computing Capacity: The institution needed a modern 120-seat computer lab built from the ground up to support hardware-intensive coursework and examinations.
• Software Licensing Complexity: Managing fragmented hardware purchases and individual software licenses was creating administrative friction and compliance overhead for the internal IT team.

The MDT Solution: Precision Wireless Mapping & Turnkey Lab Build

MDT delivered a unified solution that tackled both the physical network topology and the high-density computing requirement under a streamlined project agreement.

                  [ Micro Depth Technologies Solution ]
                                   │
         ┌─────────────────────────┴─────────────────────────┐
         ▼                                                   ▼
[ Phase 1: Campus-Wide Wi-Fi ]                    [ Phase 2: 120-Seat Lab Build ]
  ├── Predictive & Active Heat-Mapping              ├── 120 Workstations (Custom Imaging)
  ├── Centralized Controller Management             ├── Gigabit Cable Infrastructure
  └── Seamless Multi-Block AP Roaming               └── Consolidated Licensing Agreement

1. Heat-Mapped Campus Wireless Deployment

To guarantee complete coverage across all four academic blocks without wasting hardware resources, MDT performed comprehensive wireless site surveys:

• RF Heat-Mapping: Using advanced RF analysis tools, MDT mapped signal propagation, attenuation through wall structures, and high-density user load zones across all four blocks.
• Managed Access Points (APs): Deployed enterprise-grade, dual-band access points strategically positioned to eliminate dead zones and balance client density automatically.
• Seamless Roaming & Central Management: Integrated a cloud-managed wireless controller, allowing students and staff to move between blocks without dropping connections or re-authenticating.

2. Turnkey 120-Seat Computer Lab Installation

MDT designed, structured, and commissioned a high-density, 120-seat desktop environment built for demanding academic use:

• Hardware & Cable Infrastructure: Supplied and bench-tested 120 high-performance desktop workstations, accompanied by structured gigabit cabling, cable management, and dedicated power supply routing.
• Standardized System Imaging: Created custom gold-master OS disk images tailored to the institution’s curriculum and deployed them simultaneously across all 120 machines, ensuring uniform software environments and rapid deployment.

3. Consolidated Software Licensing Agreement

To eliminate administrative complexity, MDT bundled hardware procurement, operating system licenses, and essential academic software suites under a single, unified agreement:

• Streamlined ongoing license compliance and software renewals into one manageable schedule.
• Reduced overall software procurement costs through volume licensing provisions negotiated by MDT.

The Results: Campus-Wide Coverage and Ready-to-Use Compute Power

The combined Wi-Fi and lab project delivered immediate, measurable benefits across the campus:

• 100% Wireless Coverage: Dead zones across all four academic blocks were completely eliminated, providing reliable, high-speed Wi-Fi to thousands of concurrent users.
• Zero-Friction Lab Rollout: The 120-seat lab was delivered fully configured, tested, and ready for immediate instructional use on day one of the academic term.
• Simplified Administration: Centralized wireless management and a consolidated software license structure reduced routine IT maintenance tickets by over 60%.
• Predictable Operational Costs: Bundling hardware, imaging, and licensing into a single agreement gave the administration transparent cost predictability for future expansion.

Upgrade Your Educational Infrastructure with MDT

Whether you are scaling wireless coverage across multiple facilities or building high-density computing labs, Micro Depth Technologies provides turnkey, end-to-end IT services tailored to institutional demands.

Ready to transform your campus infrastructure?

Contact Micro Depth Technologies Today to discuss your campus network design or computer lab buildout with our systems architects.