Design Engineer Jobs in Nashville, TN

Amazon's One Material Handling System (OMHS) team is seeking an Industrial Design Engineer II (IDE II) to join our growing engineering team. In this role, you will design major sub-system portions of material handling systems for Amazon's next-generation fulfillment facilities, including ARS Gen14 and Sub-Same Day (SSD) programs incorporating advanced technologies such as Matrix Storage and Advanced Material Transport & Sortation.
As an IDE II, you are a significant and autonomous contributor. Your scope is at the sub-system level (LOD 200–300)—you own the design of major functional areas within a building, such as complete sortation loops, inbound receiving conveyance, automated storage grid bays, advanced material transport station clusters, or storage structure modules. Your designs are reusable across multiple sites and contribute directly to OMHS's ability to scale design delivery across the portfolio.

Key job responsibilities
In partnership with WWDE, Electrical Engineering, I&D installation teams, and service provider engineering partners, you will design major sub-system portions of material handling systems and own FE packages from concept through construction-ready documentation.

• You will design major portions of material handling systems for ARS Gen14 or SSD facilities, owning FE packages for assigned sub-systems from concept through construction-ready documentation.
• You will develop standard design templates and configuration patterns that other IDEs can leverage across the OMHS portfolio.
• You will demonstrate proficiency in cross-component integration—understanding how conveyance interfaces with sortation, how matrix storage systems connect to pick stations, how advanced material transport integrates with induct/outfeed conveyance, and how controls architecture maps to mechanical layout.
• You will collaborate with WWDE on structural and platform designs, with the Electrical Engineering team on power architecture, and with I&D on installation feasibility.
• You will produce equipment specifications for vendor procurement, including detailed RFP technical sections with clearly articulated performance requirements, tolerances, and acceptance criteria.
• You will participate in vendor technical evaluations and integrator design reviews.
• You will manage design complexity across multiple concurrent projects—sequencing FE deliverables to align with project schedules without sacrificing design quality.
• You will develop design validation approaches (simulation, calculation, prototype testing) to prove solutions before construction.
• You will leverage CADalyst's built-in intelligence to validate designs against equipment specs and site constraints automatically, achieving high first-pass quality through QE gates.
• You will mentor IDE I team members, provide design reviews, and contribute to the evolution of OMHS design standards.
• You will formulate white papers articulating design rationale and trade-off analysis for key technical decisions.

A day in the life
Design major sub-systems of Amazon's next-generation material handling facilities—owning FE packages for functional areas like sortation loops, storage bays, or transport station clusters from concept through construction-ready documentation. Collaborate with WWDE, Electrical Engineering, and I&D teams to ensure cross-component integration while developing reusable design templates that scale across the portfolio. Manage design deliverables across multiple concurrent projects, validate solutions through simulation and analysis, and mentor junior engineers on OMHS design standards and practices.

About the team
One Material Handling System (OMHS) is building Amazon's in-house material handling capabilities, transforming how Amazon designs, builds, and operates its fulfillment facilities. As Amazon's internal material handling system integrator, we combine precision in technical design engineering with the vision needed to revolutionize our material handling capabilities. Our IDE team owns the design authority—determining what gets built through engineering drawings, specifications, and system architectures for Amazon's most advanced fulfillment technologies, including Matrix Storage and Advanced Material Transport & Sortation. We are building the engineering capability to design, integrate, and deploy material handling systems at network scale with predictable quality and timeline.