Proudly Located at the Advanced Tech Dev Center at Georgia Tech
Proudly Located at the Advanced Tech Dev Center at Georgia Tech

How to be the

the ROCKSTAR Transportation Leader Who Strengthens Carrier Performance, Prevents Load Damage & Reduces Disputes

In 15 Days or Less

You are a Packaging Engineer, and you want to use images and visual proof (LoadProof) to reduce damage, improve packaging execution, and validate that your packaging designs are being followed correctly across the supply chain.

Your Role

  • As a Packaging Engineer, you are responsible for designing packaging systems that protect products as they move through manufacturing, warehousing, transportation, and final delivery. Your work combines engineering, materials science, supply chain knowledge, sustainability goals, and cost control.
  • Your responsibilities include:
  • Designing cartons, pallets, packaging materials, and load configurations
  • Selecting materials that balance strength, cost, and sustainability
  • Running drop, vibration, compression, and environmental tests
  • Ensuring packaging works with automation, conveyors, and warehouse operations
  • Supporting damage reduction initiatives
  • Partnering with logistics and operations teams to reduce freight claims
  • You design packaging for durability, but real-world supply chains are unpredictable. LoadProof gives you visibility into how your packaging is actually built, handled, and shipped every day.

Customer Examples

  • Sealed Air
  • Wilton Brands
  • Dickson Furniture

Your Business

  • Packaging engineering supports the movement of products across the entire supply chain. Your work starts with understanding the product, its weight, fragility, dimensions, and sensitivity to temperature, moisture, or vibration. Based on these requirements, you design packaging systems that can withstand real handling conditions while meeting cost and sustainability targets.
  • Once a packaging design is created, you build prototypes and run validation tests such as drop, vibration, compression, and environmental conditioning. These tests help confirm that the packaging should perform under normal supply chain stress. After validation, you document specifications including materials, pallet patterns, labeling, and handling instructions.
  • Your business function does not stop at design. You support manufacturing lines, co-packers, and warehouse teams to ensure the packaging is executed correctly at scale. You troubleshoot issues on the floor, work with suppliers to source materials, and collaborate with logistics teams to improve pallet density, reduce freight costs, and ensure compatibility with automation and warehouse workflows.

Your Supply Chain Community

  • Damage Root Cause Identification
  • Material suppliers
  • Packaging vendors
  • Co-packers and contract manufacturers
  • Manufacturing teams
  • Warehouse operators
  • Fulfillment centers
  • Transportation teams
  • LTL and FTL carriers
  • 3PLs and brokers
  • Retailers and distributors
  • Quality and sustainability teams
  • Each of these partners handles the product differently. When visibility is limited, packaging failures often repeat, blame shifts between teams, and costs increase. LoadProof creates a shared visual record so everyone sees the same proof of how packaging was built, shipped, handled, and received.

Your Challenges

  • As a Packaging Engineer, you work with a broad supply chain community that directly affects packaging performance:
  • When a product arrives damaged, you often receive little evidence from earlier steps. It becomes difficult to determine whether the issue was caused by materials, pallet build, forklift impact, or transportation handling.
  • Inconsistent Packaging Execution
  • Even with strong standards, operators may build pallets incorrectly, skip corner boards, apply weak stretch wrap, or ignore load-securement rules. Poor execution reflects negatively on packaging design.
  • LTL and FTL Transportation Stress
  • Loads can shift during transit when load bars, straps, or tie-downs are not used properly.
  • Limited Visibility Across Multiple Sites
  • You support multiple plants, co-packers, and 3PLs. Without images, you cannot confirm whether packaging is built the way it was designed.
  • Slow Investigations
  • Damage investigations take too long when teams rely on written descriptions instead of visual proof.
  • Compliance Requirements
  • Standards such as ASTM, ISTA, and industry regulations require documentation for validation, audits, and compliance.

How Packaging Engineers Use LoadProof

  • Document Packaging Validation and Testing
  • Use LoadProof to capture photos and videos of drop tests, vibration tests, compression tests, and environmental conditioning. All files are time-stamped and stored centrally, helping prove compliance and track performance over time.
  • Standardize Packaging Execution Across Sites
  • LoadProof enables visual SOPs that show:
  • Correct pallet patterns
  • Carton and label orientation
  • Stretch-wrap coverage
  • Use of corner boards and edge protectors
  • Load bars, straps, and tie-down placement
  • Conduct Outbound and Inbound Damage Analysis
  • Photos captured at shipping and delivery allow easy comparison of:
  • How the load was built
  • How it was secured
  • How it arrived
  • This helps identify weak materials, pallet overhang, shifting loads, breakage points, or moisture exposure.
  • Verify Supplier and Co-packer Quality
  • Suppliers and co-packers can upload images before shipping materials or finished goods. You can verify material quality, pallet builds, labeling accuracy, and compliance with specifications.
  • Support Packaging Optimization and Sustainability
  • When testing new materials or reducing material usage, LoadProof provides before-and-after visual evidence to justify cost savings, material reduction, improved cube utilization, and stronger pallet stability.
  • Strengthen Traceability and Compliance
  • LoadProof maintains a secure, time-stamped audit trail tied to lots, batches, and shipments — supporting regulated industries such as food, beverage, pharmaceuticals, and consumer goods.

Benefits

Operational Benefits

  • Clear visibility into the warehouse and transportation handling
  • Faster and more accurate damage investigations
  • Consistent packaging across all plants and partners
  • Stronger communication between engineering, logistics, and operations teams

Supply Chain Benefits

  • Lower damage rates during LTL and FTL transportation
  • Reduced rejected loads and rework
  • Better collaboration with carriers, co-packers, and suppliers
  • Verified load stability and securement before shipping

Business Benefits

  • Reduced freight claims and chargebacks
  • Lower cost of poor quality
  • Improved customer service and retailer relationships
  • Stronger supplier compliance

Sustainability and Innovation Benefits

  • Solid evidence to support packaging redesigns
  • Proof for right-sizing and material-reduction initiatives
  • Improved traceability for sustainability reporting