This thesis explores and aims to achieve a design solution which improves the accessibility, comfort, workflow, efficiency, convenience and ergonomics of a Program Logistics Controller (PLC) Programmer and Systems Integrator. Current ergonomic limitations that exist involve; physical positioning in which users interact with their equipment, transportive means of their equipment and themselves, and workspaces that consider both modularity and ergonomics. The design solution will focus on reducing the effects (such as; awkward positioning, strains, soreness, load bearing, and discomfort) that current limitations present.

This proposal will focus predominantly on user observations, interviews, and surveys from those involved and affected by the PLC programming and automation industry. In order to evaluate and analyze ergonomics, human factors, and full-bodied design, a scaled and modelled design solution will be created. The outcome, is to help establish and propose new ergonomic and efficient solutions for current and future PLC programmers/Systems Integrators, mechatronic workers and technicians. Designing a modular workstation or device with human ergonomic considerations that could help improve and elevate existing solutions, and hopefully create and inspire new ones.