If you require maintenance techs to lift 50 pounds, you’re automatically rejecting the most experienced candidates in your market. 

If you’re struggling to fill positions, the problem might be a lack of qualified candidates. Or your maintenance job requirements might be automatically screening out skilled professionals who could solve your staffing challenges. 

The National Apartment Association reports that maintenance technicians have the highest turnover rate of any multifamily position at 39.2% — well above the industry average of 32.7%. Meanwhile, maintenance job postings make up 23.1% of all open multifamily positions.  

These numbers represent unspent maintenance budgets, delayed work orders, overwhelmed staff, and frustrated residents. Property managers consistently report that between 10% and 20% of maintenance expenses go unspent because fully staffing maintenance teams has become nearly impossible. 

Reconsidering physical requirements in job descriptions can expand your talent pool and reduce turnover by accessing experienced professionals who possess valuable troubleshooting knowledge but face physical limitations. 

The Problem with Traditional Maintenance Job Requirements 

Most maintenance job postings follow a familiar pattern: must lift 50+ pounds, climb ladders, crawl in tight spaces, stand for extended periods. These requirements automatically exclude many qualified candidates. 

Veterans with service-related injuries represent a significant overlooked talent pool. These professionals often have technical training, problem-solving experience, and strong work ethics, but traditional job descriptions focus solely on physical capabilities rather than knowledge and experience. 

Experienced workers face age-related changes that don’t diminish their expertise. Conference Board of Canada research shows that 13.7% of the population has a disability, with prevalence increasing significantly with age. One in five people over 40 have hearing conditions they may not even know about. Vision changes, mobility limitations, and other common age-related factors create barriers to employment in traditionally structured maintenance roles. 

Workers with workplace injuries or chronic conditions also find themselves excluded from maintenance careers despite retaining valuable knowledge. The irony, as many in the industry note, is that workers often develop physical limitations by doing the work itself. Years of climbing, lifting, and repetitive tasks take their toll, but this doesn’t diminish someone’s ability to diagnose HVAC problems or guide repair processes. 

The business impact extends beyond individual stories. Smaller talent pools create higher competition for available workers, driving up wages and extending vacancy periods. The Conference Board research demonstrates that companies with accessible employment practices see measurable benefits including better job retention, higher attendance, lower turnover, and enhanced job performance. 

Properties running with incomplete maintenance staffing experience cascading effects:  

• Remaining staff become overwhelmed. 
• Response times slow. 
• Resident satisfaction drops. 
• The cycle of turnover accelerates.  
• Real costs include recruitment expenses, training investments, lost productivity, and potential resident churn due to maintenance delays. 

Most Maintenance Value Comes From Knowledge, Not Physical Tasks 

Most maintenance value comes from diagnostic expertise and problem-solving skills rather than physical execution. Knowing which wrench to use and where to turn it represents the bulk of maintenance work value. The actual turning of the wrench takes seconds, but understanding building systems, troubleshooting problems, and communicating with residents requires experience. 

Modern maintenance increasingly requires technological skills over physical strength. Smart building systems demand computer literacy, diagnostic tools rely on digital interfaces, and preventive maintenance programs operate through software platforms. These technological demands align more closely with knowledge-based skills than physical capabilities. 

Customer service and communication represent significant portions of maintenance work. Explaining repairs to residents, coordinating with contractors, documenting work orders, and managing resident expectations require interpersonal skills and experience rather than physical ability. The best maintenance professionals excel at building rapport with residents and clearly explaining complex technical issues. 

Remote monitoring capabilities demonstrate how technology can separate diagnostic work from physical execution. Remote monitoring systems such as FSG Smart Buildings allow maintenance teams to review diagnostics in real time, reduce unnecessary on-site visits, and better dispatch technicians with correct tools. This approach improves response times while lowering maintenance costs. 

The evolution toward centralized and hybrid maintenance models reflects industry recognition that knowledge can be effectively separated from physical execution. Properties using these models report improved efficiency and better resource allocation. 

How Leading Companies Are Restructuring Maintenance Staffing 

Forward-thinking companies across industries are creating hybrid team models that pair remote diagnostic specialists with on-site execution technicians. This approach maximizes both knowledge transfer and operational efficiency while creating meaningful career opportunities for professionals with varying capabilities. 

Technology enables these new structures through video communication platforms, digital work order systems, and remote diagnostic tools. Maintenance professionals can now troubleshoot problems and guide repairs without being physically present for every step of the process. 

Real-world results validate these approaches. Omnidian demonstrates a 60% reduction in corrective maintenance costs for solar infrastructure through remote diagnosis and AI tools that reduce corrective truck rolls. The company saved both maintenance costs and improved corrective maintenance metrics across their portfolio. 

Utility sector examples from Systems With Intelligence show how remote monitoring cuts down on truck rolls, lowers fuel and labor costs, and allows crews to focus on higher-value tasks. These results translate directly to measurable improvements in operational efficiency. 

The rail infrastructure sector provides particularly compelling evidence. Remote condition monitoring reduced onsite inspections from quarterly to bi-annual schedules, leading to up to 90% cost savings while increasing safety by reducing physical exposure to hazardous conditions. The faster diagnostics and reduced site visits demonstrate how remote capabilities can improve both safety and efficiency. 

These hybrid models create natural mentorship opportunities. Experienced diagnosticians can guide newer technicians through complex repairs, transferring decades of knowledge while building the next generation of maintenance professionals. This knowledge transfer prevents valuable expertise from leaving the organization when experienced workers face physical limitations. 

Maintenance teams using these approaches often achieve better performance metrics than traditional field-only operations. Remote diagnosticians typically deliver higher customer satisfaction scores, faster response times, and improved first-call resolution rates because they can leverage their experience and expertise without physical constraints. 

The Business Case for Inclusive Maintenance Hiring 

TestGorilla’s 2024 research demonstrates clear business benefits from skills-based hiring approaches. Companies see 90% positive impact on diversity, 91% improved retention, and 81% faster hiring timelines. These improvements come from focusing on core competencies rather than strict physical requirements. 

Statistics Canada found 72% higher staff retention among people with disabilities, with 90% performing as well or better than co-workers without disabilities. 

Retention benefits extend beyond individual performance metrics. Keeping experienced workers instead of losing them to forced retirement or career changes preserves institutional knowledge that typically leaves the organization.  

Knowledge preservation becomes particularly valuable in maintenance, where decades of experience with building systems and equipment represent irreplaceable assets, especially for aging assets. When experienced professionals leave due to physical limitations, organizations lose troubleshooting expertise, vendor relationships, and historical knowledge of building quirks and systems that new hires take years to develop. 

Companies implementing inclusive hiring practices access talent pools that competitors ignore. This competitive advantage becomes more significant as skilled labor shortages intensify. 

Practical Steps to Implement Inclusive Hiring 

Begin by auditing maintenance job requirements to separate essential functions from preferred physical requirements. Focus on core competencies like diagnostic skills, problem-solving abilities, and customer service expertise rather than physical capabilities alone. 

Review each listed requirement 

Ask whether specific physical tasks are essential to job success or simply how the role has traditionally been performed. Some physical requirements can be accomplished through assistive technology, team collaboration, or alternative approaches without diminishing job performance. 

Restructure teams 

Create diagnostic and advisory roles that pair with on-site technicians. This approach allows experienced professionals to contribute their expertise while newer team members handle physical execution. The hybrid model often improves overall team performance while creating clear career progression paths. 

Invest in enabling technology  

Technology helps support diverse team structures. Video communication platforms, remote diagnostic tools, and digital documentation systems provide the infrastructure needed for hybrid maintenance operations. These technologies often improve efficiency for all team members, making them valuable investments beyond accessibility considerations. 

Cross-train existing staff for new role structures 

Help current maintenance professionals develop remote troubleshooting skills and digital communication abilities. This training prepares your organization for hybrid models while providing professional development opportunities for existing employees. 

Partner with veteran employment organizations and disability employment services  

There are numerous community organizations that assist employers in finding skilled professionals with disabilities who are ready to work. These partnerships provide access to pre-screened candidates and ongoing support for successful integration. 

Create clear career progression paths that don’t depend solely on physical ability 

Establish advancement opportunities based on knowledge, experience, and leadership skills rather than physical performance metrics. This approach helps retain talented professionals throughout their careers. 

Overcoming Common Objections 

Here are some responses to the resistance you might encounter when trying to restructure maintenance roles. 

“Residents expect to see technicians in person for all maintenance issues.” 

Consumer preference research shows that 86% of customers expect a self-service option. Faster resolution times through remote diagnosis often matter more to residents than physical presence. 

This shift toward digital convenience aligns with hybrid approaches that emphasize quick problem resolution over traditional in-person service models. 

“How do we justify the cost of technology investments?” 

Cost concerns about technology investments and alternative maintenance staffing models require careful ROI analysis. However, case studies consistently show positive returns through reduced turnover costs, improved efficiency metrics, and better retention rates.  

Remote monitoring case studies show cost reductions ranging from 60% to 90% in various sectors. These savings come from reduced truck rolls, better resource allocation, and improved preventive maintenance capabilities. The technology investments typically pay for themselves through operational improvements. 

”I’m concerned about insurance and liability.” 

These can be addressed through proper protocols and risk mitigation strategies. Many companies successfully implement hybrid maintenance models while maintaining appropriate coverage and safety standards. The reduced physical exposure for some workers can actually improve overall safety profiles. 

Conclusion 

Companies that adapt their hiring practices now will gain competitive advantages in recruiting and retaining talent. The question becomes whether you can afford to continue excluding qualified candidates when your properties need their expertise. 

Start by questioning your current maintenance job requirements. Ask whether each physical requirement is essential to the work or simply reflects traditional approaches that technology and teamwork can improve.