project44 Delivery Visibility and Exception Management Training Course

Course overview

Late carrier updates, unconfirmed milestones and disconnected transport data make it difficult for logistics teams to answer basic operational questions: Which orders will miss their delivery appointment? Which customers need proactive communication? Which carrier lanes are generating recurring exceptions? This course prepares participants to use project44 delivery visibility data as an operating control, rather than a passive tracking screen. It focuses on converting shipment events, predicted ETAs and exception signals into accountable recovery actions across road, rail, ocean, air and parcel movements.

Participants learn how project44 connects carrier, telematics, TMS, ERP and EDI data; how shipment milestones and ETA predictions are generated; and how to define exception rules that reflect service commitments. They practice configuring views, filters and alerts; investigating data-quality gaps; prioritising at-risk loads; and creating workflows for late pickup, dwell, missed appointment, route deviation and late-delivery exceptions. The course also covers carrier onboarding, EDI 214 event mapping, API-based integration concepts, KPI design and escalation governance.

Instructor-led demonstrations are combined with guided work in realistic shipment scenarios, including multi-carrier delivery failures and customer-critical orders. Each participant builds a Delivery Visibility and Exception Management Playbook containing an exception taxonomy, alert-priority matrix, operating dashboard specification, escalation workflow and 30-day implementation plan. This provides a practical artefact that can be adapted for their own network immediately after the course.

The programme suits experienced logistics, transport, customer service and supply chain professionals who already work with shipment data and need to improve operational response, carrier accountability and delivery performance through project44.

Course objectives

By the end of this course, participants will be able to:

• Configure project44 shipment views, filters and milestone-based monitoring for defined transport lanes
• Interpret predicted ETA, actual event and status data to identify delivery risk before a service failure occurs
• Design an exception taxonomy covering late pickup, dwell, route deviation, missed appointment and late delivery
• Build an alert-priority matrix using customer criticality, shipment value, promised date and recovery window
• Map EDI X12 214 and carrier event messages to required project44 shipment milestones
• Investigate missing, duplicate and implausible tracking events using a structured data-quality triage method
• Create escalation workflows that assign owners, response times, customer communication and closure evidence
• Produce a delivery visibility dashboard specification with OTIF, ETA accuracy, exception ageing and carrier-performance metrics

Benefits of attending

Target competencies

Who should attend

• Transport Managers — who need to intervene on at-risk loads before delivery commitments are missed
• Logistics Operations Managers — who must standardise exception response across carriers, sites and customer segments
• Supply Chain Visibility Managers — who own the adoption, governance and performance of tracking platforms
• Customer Service and Order Management Managers — who need reliable ETA information for proactive customer communication
• Carrier Performance Managers — who analyse event quality, dwell and service failures to improve carrier accountability
• TMS and Logistics Systems Analysts — who support project44 integrations, event mappings and operational reporting

Requirements and prerequisites

Participants should have practical experience in transport or logistics operations and understand shipment lifecycle concepts such as pickup, in-transit milestones, delivery appointment, proof of delivery, ETA and OTIF. Familiarity with a TMS, ERP order data or carrier tracking portals is expected, along with confidence working with spreadsheets and operational KPIs. Prior exposure to project44 is helpful but not required; the course explains its visibility and exception-management functions from the operational user perspective. Participants do not need programming skills, API-development experience or advanced data-science knowledge, although integration concepts and sample event messages are discussed.

Training methodology

The five-day programme uses instructor-led platform walkthroughs, facilitated discussion and hands-on analysis of realistic shipment data. Participants work through carrier event feeds, predicted-ETA changes, missed appointments and data-quality failures in guided project44-style scenarios. Small groups design alert logic and escalation paths for different customer and transport-mode conditions, then test their decisions against a control-tower case study. Daily exercises build toward an individual Delivery Visibility and Exception Management Playbook, reviewed on the final day with an implementation-focused action plan.

Course outline

Day 1: Project44 visibility foundations and shipment-data architecture

• Project44 visibility operating model and control-tower use cases
• Shipment lifecycle milestones across road, rail, ocean, air and parcel transport
• Carrier, telematics, TMS and ERP data sources feeding shipment visibility
• Planned versus actual events and the role of predicted ETA
• Shipment identifiers, references and master-data alignment
• Project44 views, filters, searches and saved operational worklists
• Visibility data latency, completeness and confidence indicators

Workshop: Participants analyse a multi-mode shipment portfolio and produce a monitoring view specification for priority customer orders.

Day 2: ETA interpretation and exception detection

• Predicted ETA logic and operational interpretation of ETA changes
• Delivery promise dates, appointment windows and service-level thresholds
• Late pickup, prolonged dwell and route-deviation exception patterns
• Missed appointment and late-delivery risk identification
• Exception thresholds by customer tier, lane, transport mode and shipment value
• Alert design using milestone, ETA and elapsed-time conditions
• Alert fatigue controls through severity, suppression and prioritisation rules

Workshop: Participants configure an exception taxonomy and alert-priority matrix for a retailer with time-critical delivery appointments.

Day 3: Carrier connectivity, event quality and integration controls

• Carrier onboarding requirements and tracking-coverage assessment
• EDI X12 214 transportation-status event structure and milestone mapping
• API and webhook concepts for shipment status exchange
• Mapping TMS loads, ERP orders and carrier references to visibility records
• Missing, duplicate, delayed and implausible event diagnosis
• Data-quality scorecards for carrier event timeliness and completeness
• Root-cause analysis for untracked shipments and unreliable ETAs

Workshop: Participants triage a flawed carrier event feed and produce a data-quality issue log with corrective actions and owners.

Day 4: Exception response workflows and performance management

• Control-tower triage routines and exception queue management
• Recovery actions for late pickup, dwell, detention and missed appointments
• RACI design for logistics, customer service, carriers and account teams
• Customer communication triggers and ETA update protocols
• Escalation tiers, response-time targets and closure-evidence requirements
• OTIF, ETA accuracy, exception ageing and milestone-compliance metrics
• Carrier review packs using lane-level and customer-segment performance data

Workshop: Participants run a simulated exception huddle and produce an escalation workflow for a high-value delayed shipment.

Day 5: Visibility dashboard design and implementation planning

• Operational dashboard requirements for dispatch, control-tower and management users
• KPI definitions, calculation rules and data-owner assignments
• Exception backlog ageing and recovery-performance reporting
• Carrier scorecard design and recurring-lane failure analysis
• Project44 adoption governance and user-role responsibilities
• Pilot scope selection, baseline measurement and success criteria
• Thirty-day implementation roadmap and continuous-improvement cadence

Workshop: Participants present a Delivery Visibility and Exception Management Playbook containing dashboard specifications, workflows, KPIs and a 30-day deployment plan.

Tools & standards covered

Movement by project44, SAP Transportation Management, Postman, EDI X12 214

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions