The Battery Show and Automotive USA Summit in Detroit have become key forums for operational and manufacturing leaders to align on the future of electric and automotive production. This October, our team attended both events to engage directly with OEM executives, Tier 1 suppliers, facility directors, and engineering managers responsible for the daily realities of keeping high-performance manufacturing environments running efficiently and safely.

What emerged from those discussions was not a focus on product displays or technology demonstrations, but a clear and consistent concern across the industry: facility performance remains one of the most under-managed variables in modern manufacturing.

Attendees shared that while production systems continue to advance — with investments in automation, robotics, and energy innovation — the supporting facility infrastructure is often struggling to keep pace. In-house maintenance teams are stretched thin, vendor networks have grown increasingly complex, and operational risks linked to downtime, compliance, and workforce fatigue are escalating.

At both events, the shift in mindset was evident. Manufacturers are moving beyond transactional service models and toward integrated facility management strategies that emphasize accountability, uptime protection, and long-term scalability. The industry is recognizing that reliability, safety, and environmental performance are no longer “support functions” — they are core components of operational excellence and brand resilience.

This report consolidates the key insights from Detroit’s 2025 manufacturing summits — outlining the challenges, trends, and priorities shaping how OEMs and suppliers are redefining their approach to facility management in an era of scale, sustainability, and speed.

Our Delegation And Its Purpose

TEAM Group’s presence in Detroit extended well beyond marketing representation. Our delegation included leaders from operations, sales, and integrated facility management—professionals directly involved in day-to-day plant execution, client integration, and technical service delivery. Together, they brought a comprehensive view of how modern manufacturing facilities function, where inefficiencies emerge, and how strategic support models can prevent disruption.

The team’s primary objective was clear: to listen. Each discussion with OEMs and Tier suppliers focused on real operational pain points—downtime exposure, staffing fatigue, vendor complexity, and sustainability accountability. Across every exchange, one pattern was consistent: manufacturers are not looking for another vendor or a new software platform; they are looking for measurable, results-driven partnerships that align with their production goals and scale with their operations.

These field-level insights directly shaped the key themes that follow—evidence-based observations on what manufacturers need most from their facility partners in 2025 and beyond.

1. In-House Facility Teams Are Reaching a Breaking Point

Across the board, internal facility teams are stretched thin. Engineers and technicians are covering extra shifts, handling breakdowns, and managing preventive maintenance — often with little structure or support.

One plant manager admitted, “We’re scrappy… but one bad breakdown away from big downtime.”

Here’s what we consistently heard:

• Preventive maintenance (PM) tasks are getting skipped due to production pressures.
• Knowledge lives in people’s heads, not systems – “our CMMS is a whiteboard.”
• Burnout is rampant, and skilled workers are leaving faster than they can be replaced.

This reactive culture can’t scale. Facilities end up relying on heroics rather than governance. Without a defined preventive plan or digital backbone, they’re gambling uptime on luck and institutional memory.

Key takeaway: Manufacturers must transition from reactive maintenance to a governed, data-driven facility management model. Integrated facility partners can absorb non-core workload, implement standardized preventive programs, and introduce digital maintenance systems that protect uptime. This shift enables internal engineering teams to refocus on production optimization, energy performance, and innovation—areas that directly drive competitive advantage.

2. Uptime Is Critical — But Ownership Is Fragmented

Across both events, every OEM and Tier 1 leader reinforced the same point: uptime is the defining metric of modern manufacturing. Yet when the conversation turned to ownership, a common challenge surfaced — no single department fully governs the systems that sustain it.

Facility-related downtime often originates outside production lines themselves. HVAC reliability, air filtration, wastewater treatment, and compressed-air distribution fall between maintenance, EHS, and facilities functions. Without unified oversight, these critical assets operate in silos until a failure forces attention.

Attendees described incidents that underscore the gap: paint quality losses traced to overlooked filter changes, exhaust system faults that halted cleanroom certification, and wastewater alarms ignored until regulatory notices arrived. None of these events appeared on standard OEE dashboards, yet each carried the same financial and reputational impact as equipment failure.

This fragmentation is not unique — it’s structural. Traditional facility models divide accountability among vendors and internal departments, creating blind spots in both data and governance. OEM leaders acknowledged that while production uptime is tracked to the minute, facility uptime is often managed by exception rather than by design.

Key takeaway: Treat facility uptime with the same rigor as production uptime. A single integrated partner can align maintenance, environmental, and infrastructure systems under one governed plan — monitoring, maintaining, and optimizing every supporting process. Through predictive schedules, real-time dashboards, and cross-functional accountability, manufacturers can reduce unplanned downtime, ensure compliance, and create a reliable path to sustained operational performance.

3. Integrated Facility Management (IFM) Is Rising – But Misunderstood

Across both summits, one term generated consistent curiosity: Integrated Facility Management (IFM). Interest in unified facility solutions is rising sharply across manufacturing, yet the definition is still widely misunderstood. Many executives equate IFM with bundled services or a large-scale outsourcing contract. In reality, true IFM is not about consolidation on paper — it’s about governance, integration, and measurable accountability across every facility function that supports production.

At both events, leaders admitted they had never seen IFM demonstrated in a way that directly links to manufacturing performance. They were accustomed to models where janitorial, maintenance, EHS, and utilities services operate independently — often managed through multiple vendors, each tracking its own results. The outcome: fragmented data, unclear ownership, and operational friction at the interfaces.

When we walked attendees through TEAM’s model, it redefined their expectations. Because TEAM self-performs the majority of its services, there are no subcontracting layers, third-party silos, or coordination breakdowns. Every technician, operator, and site lead works within a single system of standards, reporting, and communication — one structure, one cadence, one outcome.

The discussion expanded beyond cleaning and maintenance. IFM, when executed properly, encompasses technical cleaning, mechanical maintenance, safety program management, waste handling, environmental compliance, and site support under one governed operating plan. This removes overlap, reduces cost of coordination, and enables unified visibility across metrics that typically live in separate systems.

Demonstrating our TEAM Operating System (BOSS) further shifted the conversation. The platform consolidates work orders, audits, preventive schedules, environmental logs, and key performance indicators — connecting them directly to uptime, resource efficiency, and OEE targets. In practical terms, facility leaders can view the same dashboards as production teams, seeing how infrastructure performance contributes to throughput, safety, and sustainability outcomes in real time.

When executives realized that IFM actually increases control — not diminishes it — the reaction was immediate. One OEM representative summarized it best:

“You’re not another vendor managing contracts. You’re operating as part of our facility.”

Key takeaway: True Integrated Facility Management is not outsourcing — it’s operational alignment. By bringing maintenance, cleaning, safety, and compliance into a single governed framework, manufacturers gain visibility, reliability, and measurable performance improvement. The model transforms facility operations from a cost centre into a controlled, data-driven contributor to uptime, compliance, and long-term value.

4. Facility Support Must Evolve With Operational Growth

Across every sector—from fast-scaling EV startups to established OEM networks—leaders voiced the same frustration: static vendor models can’t keep pace with dynamic manufacturing operations. Contracts are often written for a moment in time, not for the rapid shifts in production volume, technology, or facility footprint that define today’s industry.

Post-construction transitions remain a major vulnerability. Once builders demobilize, internal teams are left to source service providers for cleaning, utilities, maintenance, and EHS compliance under urgent timelines. As new production lines come online or seasonal changeovers occur, fixed vendor scopes strain capacity, leaving critical gaps in support coverage and knowledge continuity.

Attendees highlighted recurring challenges:

• EV startups: initial facility vendors unable to scale as commissioning expands into full production.
• Automotive OEMs: multiple plants using separate service contracts, each with inconsistent KPIs and response standards.
• Aerospace and defense operations: reliance on project-based contractors who depart after system validation, leaving no sustained preventive structure.
• Industrial and energy sites: expansion projects forcing last-minute vendor mobilizations and redundant onboarding costs. •
• Logistics and fulfillment centers: rapid throughput growth without aligned maintenance or sanitation staffing plans.

These situations produce the same outcome—reactive spending, fragmented accountability, and loss of institutional knowledge. Manufacturers increasingly recognize that facility management must scale as intelligently as production itself.

TEAM’s model addresses that expectation directly. Our programs are built for lifecycle flexibility—from early-stage construction support and commissioning to mature multi-site Integrated Facility Management (IFM). Smaller operations often begin with targeted technical cleaning, waste management, or EHS services; as complexity grows, we seamlessly expand into full-scope IFM, maintaining shared governance, metrics, and training standards across locations.

Lifecycle continuity remains a key differentiator. TEAM frequently supports clients from pre-startup through steady-state operations, ensuring that commissioning data, safety learnings, and maintenance routines transition intact. This continuity eliminates the common “handoff gap” between construction teams and plant operations, preserving institutional knowledge and minimizing downtime during ramp-up.

Key takeaway: Facility support is not one-size-fits-all. The right partner adapts to each phase of growth, scaling expertise, systems, and workforce to match operational demands. A flexible, integrated model provides consistency through change— supporting production readiness today and long-term reliability tomorrow.

5. Sustainability and Compliance Are Now Operational Requirements

Across EV and automotive manufacturing—and increasingly in adjacent sectors—sustainability and compliance have moved from policy statements to daily operating disciplines. Leaders are being measured on water stewardship, VOC control, air quality, energy intensity, waste handling, and worker safety with the same rigor as throughput and cost. Many teams acknowledged a gap: they are accountable for outcomes, but under-resourced for continuous tracking, documentation, and preventive governance.

Common realities surfaced repeatedly: EHS groups are lean relative to plant complexity; production ramps outpace permitting and monitoring capacity; and environmental data sits in disconnected logs that don’t translate into actionable maintenance or uptime decisions. The result is a cycle of “audit mode” spikes, reactive fixes, and avoidable operational risk.

Where Operationalizing EHS/ESG Closes The Gap

Embedding environmental and safety routines into the daily facility cadence—planned inspections, preventive schedules, digital records, and leading indicators—turns compliance from an annual event into a managed system. Integrated programs align with recognized frameworks (e.g., environmental management systems and occupational safety management best practices) while tying actions to uptime, cost, and quality.

Representative field scenarios across industries:

• Battery manufacturing: dry-room humidity/particulate excursions prompt batch rework; unified environmental and maintenance scheduling stabilizes conditions and documentation.
• Automotive paint operations: solvent and VOC controls hinge on ventilation integrity; filter PM and air-balance verification tied to production windows reduces defects and emissions risk.
• Aerospace facilities: exhaust/filtration and foreign-object-debris sweeps require auditable rounds; integrated routes prevent certification delays.
• Heavy industrial sites: steam-trap and compressed-air leaks inflate energy use and emissions; targeted leak detection and repair (LDAR) campaigns embedded in PMs cut intensity and cost.
• Food/pharma/packaging: sanitation and wastewater monitoring must align with production changeovers; coordinated PM + sampling avoids non-conformance and product waste.
• Logistics/fulfilment: battery-charging areas and HVAC loads increase with peak throughput; energy scheduling and safety inspections prevent hotspots and incidents.
• Site utilities and environmental systems: stormwater, spill prevention, and hazardous-waste controls require routine checks and recordkeeping; unified routes and digital logs eliminate audit panic.

How an integrated model performs day-to-day

• Planned environmental and safety rounds linked to CMMS work orders and corrective actions.
• Energy scheduling for HVAC/lighting matched to production cadence to lower intensity without compromising quality.
• Wastewater and hazardous-waste oversight with documented inspections, manifests, and training records.
• Air quality and ventilation PM tied to process windows (filters, belts, setpoints, airflow verification).
• Incident readiness with on-site trained response, closure evidence, and root-cause follow-through.

Key takeaway: Environmental, Health, and Safety performance must be operationalized—governed by routine, recorded in real time, and connected to production metrics. The partners that will matter most are those who combine compliance, sustainability, and uptime in one measurable program, giving leaders confidence that audits, performance targets, and dayto-day operations are aligned.

6. Competitors Are Catching On – But Still Falling Short

Across both summits, the competitive landscape revealed a clear shift: more companies are attempting to enter the facilityintegration conversation. Construction firms are extending their project lifecycles into operations, staffing agencies are repackaging themselves as “managed-service providers,” and a wave of tech startups is promoting predictive-maintenance sensors and autonomous cleaning systems.

The trend is unmistakable — everyone wants to talk about integration.

Yet beneath the marketing language, the same structural gaps persist.

Most entrants still operate as aggregators, not operators. Construction firms excel at building plants but typically subcontract the day-to-day running of them. Technology providers deliver dashboards without the skilled technicians to act on the data. Traditional facility vendors may add digital reporting layers, but their field execution remains fragmented and reactive. The result: plenty of tools, contracts, and claims of integration — with little true accountability.

At both shows, when we outlined how TEAM executes differently — a fully self-performing, system-governed Integrated Facility Management (IFM) model combining human expertise, governed processes, and real-time visibility — the response was consistent:

“No one else is actually doing all of that under one roof.”

True integration demands three elements that few providers possess simultaneously:

• Execution Depth – Multidisciplinary, self-performing teams across cleaning, maintenance, safety, and environmental programs, eliminating subcontractor variance.
• Governed Systems – Standardized procedures, KPIs, and preventive routines embedded in a unified operating model, not a collection of vendor SLAs.
• Data Integration – One transparent platform where facility metrics, compliance records, and uptime performance connect directly to production objectives.
• Competitors may claim integration, but without these three pillars, their models remain transactional — a patchwork held together by dashboards and PowerPoint decks rather than by operational muscle.

Key takeaway: The industry is moving toward integration, but execution determines credibility. A true IFM partner combines technology, expertise, and ownership — not just software and subcontracting. The future belongs to operators who selfperform, govern by data, and deliver outcomes clients can measure, trust, and scale.

Choosing A Facility Model That Matches Your Risk

In Detroit, one question sat behind almost every conversation: does your current facility model truly match the risk profile of your operations? As production volumes, regulatory expectations, and ESG commitments increase, the traditional approach— multiple vendors, fragmented data, and reactive work orders—can no longer support the level of reliability manufacturers require.

Leaders described a familiar pattern: internal teams stretched beyond their core mandates, preventive work deferred to keep lines running, facility-related issues that never appear on OEE reports, and environmental and safety obligations managed in “audit mode” rather than as part of daily operations. The concern was not just cost; it was exposure—unplanned downtime, compliance findings, and an erosion of confidence in the facility as a stable foundation for growth.

What manufacturers are asking for is not another contractor or standalone software tool. They are looking for a facility model that provides unified ownership of uptime, safety, and environmental performance. That is the promise of an integrated, selfperforming facility partner:

• One governed framework for maintenance, technical cleaning, safety, and environmental programs—aligned to production cadence, not vendor convenience.
• Predictive and preventive routines that reduce unplanned downtime and protect critical assets across the full facility lifecycle.
• Transparent dashboards and records that connect facility tasks directly to uptime, audit readiness, and ESG performance.
• Embedded teams who understand the site, participate in its culture, and respond with the same urgency as internal operations.

In this model, facility operations stop functioning as a background cost and become a managed lever for throughput, risk reduction, and long-term asset performance. It supports vendor consolidation, reduces administrative burden, and gives plant, EHS, and finance leaders a shared, evidence-based view of how the facility is performing today—and where it can improve.

For organizations operating EV and battery facilities, complex paint systems, aerospace-grade controlled spaces, heavy industrial plants, or large multi-site portfolios, the choice is no longer between “in-house or outsourced.” The real decision is between a patchwork of tasks and an integrated operating system for the facility itself.

If the themes surfaced in Detroit reflect what you are seeing in your own operations—rising expectations, stretched teams, and growing concern about hidden facility risk—this is the right moment to reassess the model, not just the metrics.

Ready To Continue The Conversation?

If you connected with these insights—whether you attended the recent industry events or are facing similar challenges in your own plants—the next step is straightforward:

Start a focused discussion about your facility strategy. A structured review of uptime risks, vendor landscape, and compliance obligations can quickly identify where an integrated, self-performing facility partner would deliver the greatest impact. In an environment where every hour of uptime and every audit outcome matters, the facility can no longer sit in the background. The manufacturers who align their facility model with their true level of operational risk will be best positioned to scale safely, sustainably, and competitively.

Book a facility consultation or site walk-through with TEAM to see how we can transform your facility management from reactive to proactive.