Automation Engineer

A. Define requirements of automation equipment (Pre-development):
1. Define potential area or process that have a chance automation to replace HC or be feasibility in order to improve the outputs.
2. Analyze the input requirements, in-process factors and outputs to develop machine/equipment or PSPHW to optimize the process (Quality, Quantity).
3. Analyze failures to identify design, process, material and quality improvement opportunities.
4. Build the data base requirements for machine that will work with various model and fast change-over.
B. Development and Mass Production
1. Perform the development and design of automation equipment:
+ Make the development and MP plan.
+ Modelling design with principal (overall, and specific mechanism)
+ Optimization and combination characteristics (by team-work meeting with cross-function and buy-in ideas): fool-proof solution and zero harmful for safety issue.
+ Automation equipment specifications
+ Build time chart elements with the range of improvability or extension, increasing capacity
+ 3D design/2D design in details with material specifications.
+ Build the part list (BOM).
+ Configuration, programming and installation of software systems (PLC, RTU, HMI, Relay)
+ Build the system diagram of the industrial automatic machine
(Electrics/Electronics/Air/Hydraulics)
+ Analyzing the cost and optimizing material unit price to meet the TARGET PRICE.
+ Development the method for fast model change-over.
+ Composing assembly manuals/ operation manuals and failure/troubleshooting.
+ Work with outsourcing vendor to be right fabrication at the first time.
+ Development of design guidelines and Preventive action plans.
2. Provide assembly training for trainers, technician and quality members
3. Improve and level up the current equipment toward productivity and quality.
4. Improve KPIs continuously: Productivity improvement, HC optimization, Ergonomics.