Last updated October 2026
Warehouse operations are the day-to-day processes that move goods through a facility: receiving, putaway and storage, picking, packing, shipping, and returns, plus the inventory control that keeps the records accurate. Running them well comes down to three things: the people doing the work, the workflows they follow, and the system that tracks every move.
Most warehouses run that system as a warehouse management system (WMS), the software that directs each task and records it as it happens.
Labor is where operations costs live. U.S. warehousing and storage employers had about 1.83 million workers on payroll in September 2026 and paid an average of $26.74 an hour in August (U.S. Bureau of Labor Statistics). Within that labor bill, picking is the biggest single job: Edward Frazelle's World-Class Warehousing and Material Handling puts order picking at about 55% of warehouse operating expense. That is why picking is the first process most operations measure.
Staffing is the process of managing and assigning employees to tasks. Staffing requirements include an analysis of your current workforce, employee retention, recruitment and training needs, and resource allocation.
Staff levels should be based on workload and staffing mix, which refers to the ratio of full-time equivalents (FTEs) to part-time workers. Full-time workers cost more than part-time workers due to benefits costs but work longer hours per week, so they may complete tasks faster.
To see what staffing really costs, calculate weekly labor cost: average hourly wage, times hours worked per week, times headcount. Then add benefits and payroll taxes on top of wages. Divide that total by units shipped and you have labor cost per unit, the number that shows whether a process change actually saved money.
If you're looking for a job in the warehouse operations field, there are many different job titles to choose from. Depending on your role, you will be responsible for different tasks. Below is a list of some common warehouse operation jobs, along with basic job descriptions:
Warehouse Operations Manager: Oversees operations across one or more warehouses. Sets the processes, staffing plans, and KPIs each site follows, and coordinates with purchasing, inventory management, transportation, and customer service.
Warehouse Supervisor: Manages workers at one or more warehouses, ensuring that they complete all assigned tasks in a timely manner while adhering to company policies and procedures. The supervisor may also be responsible for training new employees on their duties within the warehouse management system (WMS).
Warehouse Clerk: Helps to organize and manage inventory in a warehouse. This includes receiving and storing goods, as well as packing orders for shipment.
Warehouse Manager: Runs a single facility day to day. Sets staffing for each shift, owns safety and housekeeping, and is accountable for that building's accuracy and productivity numbers. In larger companies, the warehouse manager reports to an operations manager. For more roles and what they pay, see our guide to warehouse positions.
Warehouse Worker: Performs tasks such as loading and unloading trucks, moving merchandise around the facility using forklifts or pallet jacks, counting inventory items and other duties related to the operations of a company's warehouses.
Every warehouse runs the same core sequence. Each step hands off to the next, so a mistake early on, like a miscounted pallet at receiving, shows up later as a short pick or a wrong shipment.
Receiving is where inventory enters your records. Your team unloads the truck, counts and inspects the goods, and checks them against the purchase order or advance shipping notice (ASN). Anything damaged, short, or unexpected gets flagged before it is put away, because an error caught at the dock is far cheaper than one found at the pick face. The time from unloading to available-to-pick is called dock-to-stock time, and it is one of the first numbers to watch. Our guide to warehouse receiving walks through the process step by step.
Putaway moves received goods to a storage location, ideally one your WMS assigns based on size, velocity, and handling needs, so fast movers sit closest to packing. Common storage types include:
Picking is pulling the right items for each order, and it is usually the most labor-heavy job in the building. The common methods are discrete picking (one order at a time), batch picking (several orders in one trip), zone picking (each picker owns an area), and wave picking (orders released in timed groups). Scanning each item with a barcode or RF scanner confirms the right SKU and quantity before it leaves the shelf. Our warehouse picking guide compares the methods.
Packing confirms each order's contents, picks the right box and fill, and adds the shipping label plus any packing slip or client inserts. Shipping then rates the package, hands it to the carrier, and sends tracking back to the order system. Put an accuracy check here too: a scan at pack-out is the last chance to catch a wrong item before your customer does.
The returns process in warehouse operations involves the handling of goods that are returned by customers or suppliers for various reasons, such as defective products, incorrect orders, or overstock. The process typically involves the following steps:
Effective management of the returns process is important for running a successful warehouse, as it can help reduce costs, improve customer satisfaction, and optimize inventory levels. Many warehouses use specialized software and systems to track and manage returns, including returns management systems (RMS) and enterprise resource planning (ERP) systems.
Data collection and analysis are important aspects of managing warehouse operations, as they allow warehouse managers to track and analyze key performance indicators (KPIs) and make informed decisions about how to improve efficiency, reduce costs, and increase productivity.
There are various types of data that can be collected and analyzed in a warehouse setting, including:
Warehouse technology is changing the way warehouses operate. It’s making warehouses more efficient, more productive and safer for workers. Warehouse technology is also making warehouses more flexible and accurate.
Warehouse management systems are designed to increase efficiency and accuracy in the warehouse. These systems are also known as warehouse management software or warehouse inventory software.
This technology is used in all types of warehousing operations, including retail, warehouse distribution, and manufacturing. WMS improves the flow of goods through a warehouse by automating warehouse processes such as receiving, storing, and picking products from shelves.
A WMS can also be used to reduce costs by eliminating manual tasks and errors that are completed by employees. Automation improves efficiency by reducing labor costs and freeing up time for employees who perform more complex tasks. It also includes features for tracking orders, forecasting demand, scheduling workflows, and more. It will allow you to manage the flow of inventory through your warehouse, including the status of shipments and returns. In addition, a WMS gives you full visibility into your supply chain operations.
A WMS works alongside hardware on the floor: barcode and RF scanners, label printers, and in some buildings RFID readers, voice picking, or conveyors. The WMS is the system of record. The hardware is how workers feed it accurate data in real time. The right mix depends on your volume and what you handle, and on whether you ship your own products or run a third-party logistics (3PL) operation handling inventory for many clients.
Extensiv provides warehouse management software for both merchant warehouses and 3PLs looking for best-in-breed technology to power their warehouse operations.
A 3PL runs every process above for many clients at once, in shared space with a shared crew. That adds three jobs a single-brand warehouse never has.
First, each client's inventory has to stay separate in the system even when it sits in the same aisle, with its own SKUs, lot rules, and reorder alerts. Second, each client brings its own rules: packaging requirements, carrier preferences, order cutoffs, and service levels. Third, every activity has to be billed to the right client, from each pallet received to each label printed.
That third job is where margin leaks. If a receiving job runs long or a client's pallets sit past their free storage period and nobody records it, the work was done and never billed. A WMS built for 3PLs, like Extensiv 3PL Warehouse Manager, records those billable events as the work happens. For more on running shared space, see our multi-client warehouse guide.
You cannot improve what you do not measure. Start with these six:
Track them weekly and by shift. At a 3PL, track them by client too, since one client's problems can hide inside a healthy building-wide average. Our list of the top 3PL warehouse KPIs goes deeper on formulas and targets.
There are many ways to improve efficiency in warehouse operations, some of which include:
A WMS can help optimize the flow of goods and materials through the warehouse by automating tasks such as receiving, putaway, picking, packing, and shipping. It can also provide real-time visibility into inventory levels, orders, and labor productivity, allowing managers to make informed decisions about how to optimize warehouse operations.
An efficient warehouse layout can help reduce the distance that goods and materials need to be moved, minimizing the time and effort required to complete tasks. This can be achieved by grouping similar products together, placing frequently used items closer to the packing and shipping area, and designing the warehouse to allow for efficient material flow.
Order picking is a labor-intensive task that can have a significant impact on warehouse efficiency. Improving the accuracy and speed of order picking can be achieved through a variety of methods, such as implementing pick-to-light systems, using barcode scanners, and implementing efficient picking routes.
Maintaining optimal inventory levels can help reduce the risk of shortages and excesses, which can throw off warehouse operations. This can be achieved through methodology such as implementing just-in-time (JIT) inventory management, using safety stock to buffer against unexpected demand, and implementing perpetual inventory systems to track inventory levels in real-time.
Automating tasks such as receiving, putaway, order picking, and shipping can help reduce the time and effort required to complete these tasks, improving warehouse efficiency. This can be achieved through the use of automation technologies such as conveyor belts, robotic arms, and automated storage and retrieval systems (ASRS).
✅ Receiving: Inspect all incoming shipments for damage and verify the accuracy of the received items against the purchase order or packing list.
✅ Storage: Properly store all received items in the designated areas, ensuring that they are easily accessible and properly labeled.
✅ Order picking: Verify the accuracy of all orders before they are picked and packed for shipment.
✅ Packing and shipping: Properly package all orders for shipment, ensuring that they are protected during transit.
✅ Inventory management: Regularly conduct physical counts of all items in the warehouse and update the inventory management system accordingly.
✅ Safety and maintenance: Regularly inspect the warehouse for any potential safety hazards and perform routine maintenance on all equipment.
✅ Housekeeping: Maintain a clean and organized warehouse, including regular sweeping and removal of any debris.
✅ Compliance: Ensure that the warehouse operations comply with all relevant laws, regulations, and industry standards.
Inventory management refers to the process of ordering, storing, and using a company's raw materials, components, and finished products. It involves determining the level of inventory that should be maintained, setting reorder points, and monitoring stock levels.
Warehouse management, on the other hand, refers to the process of overseeing the day-to-day operations of a warehouse. This includes tasks such as receiving and storing incoming goods, picking and packing orders, and shipping finished products. It also involves managing the physical layout of the warehouse, including the flow of goods and the use of storage space.
In summary, inventory management focuses on the management of the inventory itself, while warehouse management focuses on the management of the physical space and operations where the inventory is stored. Both are important for a business's supply chain management but they deal with different aspects of it.
Warehouse operation management is the process of managing the resources and activities needed to store, retrieve, and move goods. It involves planning, organizing, controlling, and improving all aspects of warehouse operations.
The role of a warehouse operation manager is to provide leadership in all areas related to the efficient operation of their company’s warehouse. They oversee everything from receiving shipments through distribution, as well as handling any problems that arise during these processes.
This person must develop strategies for storing goods efficiently so they can be easily retrieved when needed, ensure that products are being shipped within acceptable delivery times, create procedures for warehouse staff training, manage inventory levels effectively, organize the warehouse layout to optimize space and workflow, keep track of product movement throughout the facility using barcodes, set up new equipment such as conveyors or forklift trucks when necessary, etc.
A distribution center and a warehouse are both facilities used for storing and managing the flow of goods and materials. However, there are some key differences between the two:
Overall, the main difference between a distribution center and a warehouse is the scope and complexity of the operations being carried out. Distribution centers are typically larger, more complex facilities that handle the distribution of goods to multiple locations, while warehouses are generally smaller, more focused facilities used for storing and handling goods within a specific location.
Warehouse operations can be complex, but if you follow these simple guidelines and consider the resources available to help you get started, you can make improvements that will reduce costs and increase efficiency.
And if you are looking for a system to improve your warehouse operations, check out 3PL Warehouse Manager and Warehouse Manager from Extensiv.
The core processes are receiving, putaway and storage, picking, packing, shipping, and returns, supported by inventory control such as cycle counting. Each one hands off to the next, so an error at receiving, like a miscounted pallet, shows up later as a short pick or a wrong shipment.
A warehouse operations manager sets the processes, staffing plans, and performance targets for one or more warehouses, then tracks results against them. Day to day, that means watching KPIs like order accuracy and picks per labor hour, clearing bottlenecks, managing supervisors, and coordinating with purchasing, transportation, and customer service.
Start by measuring. Order accuracy, dock-to-stock time, and picks per labor hour show where time and errors go. Then fix the biggest gap first. Common fixes are slotting fast movers closer to packing, moving from discrete to batch or zone picking, scanning at every pick and at pack-out, and replacing paper and spreadsheets with a warehouse management system.
Six cover most operations: order accuracy, dock-to-stock time, order cycle time, picks per labor hour, inventory accuracy, and storage utilization. Track them weekly and by shift. A 3PL should also break each one out by client, since one client's problems can hide inside a healthy building-wide average.
Not sure which process is costing you the most? The warehouse assessment walks through receiving, picking, and inventory accuracy and shows you where to start.