Corporate Other Coroth

Manhattan Active WM Consultant
Max SBR: $80-85
Atlanta, GA - onsite daily
Standard Laptop
No OT
BGV initiated

Must Have's:
1. Manhattan Active WM Configuration skills
2. Ability to understand WM requirements and do fit gap analysis and process mapping.
3. Very strong communication skills

Configure Manhattan Active WM capabilities including facility setup, locations, inventory rules, allocation, task generation, waving, cartonization, packing, shipping, equipment, users/roles, reason codes, exceptions, and operational workflows.
Design, build, and support MAWM extensions using Manhattan ProActive, Groovy/Java-style extension logic where applicable, custom services, UI extensions, labels/documents, events, and configuration-driven enhancements.
Own integration design and delivery between MAWM and MHE/WES/WCS systems such as conveyors, sorters, ASRS, shuttle systems, AMRs/AGVs, pick-to-light, put walls, print/apply, dimensioners, and automated packing solutions.
Define message flows, API/event contracts, canonical payloads, sequencing, retry/error handling, idempotency, monitoring, and reconciliation patterns for real-time warehouse automation integrations.
Partner with ERP, OMS, TMS, and middleware teams to integrate inventory, orders, ASN/receipts, shipments, carrier manifesting, labor, item/location masters, and operational visibility data.
Support fit-gap analysis, process design workshops, configuration workbooks, functional specifications, technical design documents, test strategy, cutover planning, hypercare, and stabilization.
Perform hands-on troubleshooting across MAWM configuration, extensions, integration payloads, logs, automation events, operational exceptions, and performance bottlenecks.
Provide technical leadership to developers, testers, and offshore teams; review designs, code, test cases, and deployment plans for quality and completeness.
Advise clients on warehouse automation integration patterns, operational control points, fallback procedures, exception handling, and support model design