Customer Workshop

Workshop Overview

Introduction
This is an overview of the suggested customer workshop concerning the utilization of EAP in your application(s) or product(s) and the corresponding requirement specifications and conceptualizations. The intended result is to provide you with intimate understanding of EAP technology based on which we together specify the envisioned products efficiently, ensuring a realistic and cost efficient integration of EAP solution in your products. 

The workshop can be tailor-made, based on the content list below, to fit your exact needs and requirements.
 

Workshop content

Fundamentals
Familiarizing all participants with EAP technology:

  • Introduction to EAP technology fundamentals:
    • Materials – state of the art in EAP material research.
    • Functions – fundamental functionalities of EAP.
  • Generic construction of EAP sensors, strain gauges and actuators (EAP devices),
  • Drive electronics of EAP devices,
  • Mathematical and diagrammatical representation of EAP devices.
  • EAP value propositions, strengths, weaknesses, and comparison with other technologies.

Requirement specifications

  • Your product’s requirements:
    • What is your envisioned product(s)?
    • How is it expected to be a competitive product?
    • What specific needs should it satisfy?
  • This identifies qualifiers and differentiators of the envisioned product(s).
    EAP requirements: Assess EAP functional requirements in order to satisfy application needs in more detail. This analysis has two parts:
    • Develop a complete understanding of the whole system (product, EAP device, electronics, controller, software, transmission, etc.); and
    • Identify and classify each required function as being “must”, “should” and “could”.

Conceptualization and quantification

  • The EAP device concepts are developed with following design concepts and quantifications;
    • EAP device configurations,
    • Required sizes,
    • Possible integration mechanisms into the product(s),
    • Protective encapsulation compatible with your application,
    • Drive electronics topologies,
    • Transmission of data,
    • Processing of data (software),
    • Power consumption.

Proof of concept project planning

  • Discussion on the proof of concept project:
    • The necessary work packages.
    • Timeline (initiations and durations).
    • Expected deliverables.
  • Planning next task and meeting.