Hiring for warehouse roles has not gotten any easier in recent years. Even as overall job vacancy numbers shift up and down with the economy, certain warehouse and logistics roles stay hard to fill. Transport Canada's own 2025 annual report notes that workforce shortages remain a major challenge across the sector, with an aging workforce, specialized training needs, and competition from other industries continuing to limit labour supply (Transport Canada, Transportation in Canada Annual Report 2025). For operations leaders, this warehouse labor shortage is not a temporary blip. It is a structural issue that needs a structural fix.
MTLI helps operations leaders across Canada design facilities and systems that reduce dependence on hard-to-fill manual roles. This guide covers where automation makes the biggest difference, what to expect financially, and how to plan a rollout that fits your facility.
Why Warehouse Roles Stay Hard to Fill
Warehouse work is physically demanding, often involves shift schedules that compete with other industries, and carries real injury risk from repetitive lifting and walking. These factors combine to push many workers toward less physically taxing roles when other options exist. Manufacturing alone is projected to need 55,600 additional workers by 2026, on top of the 30,000 jobs already sitting unfilled in the sector (Government of Canada, Report from Canada's Economic Strategy Tables: Advanced Manufacturing). Warehousing and distribution share much of the same labour pool and face many of the same pressures.
This gap matters most for the roles that automation addresses well: repetitive picking, manual transport, and physically demanding lifting tasks. These are exactly the positions that see the highest turnover and the most difficulty hiring, which makes them a natural starting point for any labour automation solutions strategy.
Where Automation Reduces Dependence on Manual Labour
Automation does not remove the need for people or end warehouse labor shortages all together. It reduces how many workers a facility needs for the most repetitive and hardest-to-staff tasks.
- Order picking. Goods-to-person systems bring product to a fixed station, cutting the number of workers needed to walk aisles all shift.
- Internal transport. Automated Guided Vehicles (AGVs) move pallets along set routes, reducing the need for forklift operators on routine transport tasks.
- Sortation. Conveyor and sortation systems route packages automatically, cutting the manual sorting labour a facility would otherwise need to add during peak periods.
- Inventory counts. Real-time tracking software removes the need for staff to perform regular manual stock counts.
Manual Tasks vs. Automated Alternatives
| Task | Manual Approach | Automated Alternative |
|---|---|---|
| Order picking | Worker walks to each item | Goods-to-person picking station |
| Internal transport | Forklift operator drives pallets | AGV runs set routes automatically |
| Sortation | Manual sorting during peak periods | Conveyor and sortation systems |
| Inventory counts | Scheduled physical counts | Real-time software tracking |
| Peak season staffing | Temporary hires added | Existing automated capacity absorbs spikes |
How Warehouse Staffing Changes After Automation
A common worry among operations leaders is that automation simply replaces staff outright. In practice, most facilities reassign workers rather than cutting headcount sharply. Workers who once spent a shift on repetitive picking or transport move into roles such as system monitoring, quality control, or maintenance support.
This shift also tends to help retention. Roles built around overseeing equipment carry less physical strain than the tasks they replace, and lower physical demand often translates into lower turnover. A solid warehouse staffing plan after automation focuses on which roles to reassign people into, not just which roles to remove.
Calculating the Real Savings
Operations leaders need a clear before-and-after comparison to justify an automation investment, not a rough estimate. A useful starting point is your current labour cost per order, tracked across picking, packing, and transport hours.
From there, factor in:
- Reduced overtime and temporary staffing costs, since automated systems absorb volume spikes that would otherwise require expensive short-term hires.
- Lower turnover-related costs, including recruiting and training expenses tied to high-churn manual roles.
- Fewer error-related costs, since automated picking and sortation reduce mis-picks and the rework they cause.
- Ongoing maintenance and software costs, which need to be weighed honestly against the labour savings.
Most facilities see payback within two to four years, depending on order volume and the type of system installed.
Typical ROI Timeline by Automation Type
| Automation Type | Typical Investment Level | Common Payback Window |
|---|---|---|
| Conveyor and sortation systems | Moderate | 1 to 2 years |
| Automated Storage and Retrieval Systems (AS/RS) | High | 3 to 5 years |
| AGVs for internal transport | Moderate to high | 2 to 3 years |
| Goods-to-person picking stations | Moderate | 1.5 to 3 years |
| Barcode and scanning upgrades | Low | Under 1 year |
Building a Phased Plan Instead of an All-at-Once Rollout
Trying to automate every process at once raises risk and disrupts daily operations more than necessary. A phased approach lets a facility start with its hardest-to-staff task, prove out the savings, and use that data to plan the next phase.
This approach also gives staff time to adjust. A gradual rollout, paired with clear communication about which roles are shifting and why, tends to face far less internal resistance than a sudden, facility-wide change ensuring warehouse labor shortage doesn't get worse while the rollout process.
Common Mistakes Operations Leaders Make
A few recurring mistakes show up when facilities respond to labour shortages with automation:
- Automating the wrong process first. Fixing a task that is already easy to staff wastes budget that could solve a real hiring problem elsewhere.
- Skipping a true labour cost baseline. Without accurate current numbers, it becomes hard to prove the actual savings once the system is running.
- Underestimating training time. Workers shifting into new roles need real training, not a quick walkthrough on launch day.
- Ignoring future growth. Equipment sized for current volume can become a limit again within a few years.
- Treating automation as a one-time fix. Labour markets shift over time, and staffing plans need periodic review to stay matched to current conditions.
How MTLI Helps Operations Leaders Manage Warehouse Labor Shortage
MTLI starts every project with a facility assessment that maps labour costs, current staffing gaps, and order flow before recommending any specific system. Our warehouse automation team identifies which tasks offer the fastest and most reliable labour automation solutions, then coordinates the construction and installation work needed to deliver it.
For facilities needing structural changes, our construction and general contracting team manages floor reinforcement and electrical upgrades as part of the same project. Our storage and racking solutions team supports denser layouts that reduce manual handling, and our facility management services keep the equipment running once it is in place.
Turning a Hiring Problem Into a Staffing Advantage
A warehouse labor shortage is unlikely to resolve on its own, given the demographic and competitive pressures pulling workers toward other industries. Automation gives operations leaders a direct way to reduce dependence on the hardest-to-fill roles, while reassigning staff into positions that tend to see better retention.
If your company operates in warehousing and distribution or manufacturing, MTLI can assess your facility and build a plan that addresses your specific staffing gaps. Contact MTLI to start an automation assessment focused on your hardest-to-staff roles.