Giuseppe Menin

Giuseppe Menin is Life Sciences & Process Industry Manager at COPA-DATA Headquarters. He began his career in mechatronics engineering as an automation engineer and software developer. In 2004, he joined COPA-DATA and is currently covering the role of Life Sciences & Process Industry Manager at HQ. As a member of the ISPE Pharma 4.0 Special Interest Group and the Connected Machines working group within GAMP Italy, he is in regular contact with professionals of the life sciences industry.

Articles by Giuseppe Menin

Streamlining legacy machine integration

By Giuseppe Menin

Giuseppe Menin explores how the Automation Integration Layer by zenon tackles some of the challenges involved with legacy machine integration.

Supporting machine IT integration in pharma manufacturing

By Giuseppe Menin

Giuseppe Menin and Marco Bellentani explain how User Requirement template document developed by GAMP Italia supports IT integration in pharma manufacturing.

Plug and produce integration for single use bioreactors

By Giuseppe Menin

Giuseppe Menin explains why software will be essential in helping the pharmaceutical industry embrace modular production even with single use bioreactors.

Paving the last mile between the shop floor and MES

By Giuseppe Menin

Giuseppe Menin discusses the benefits of linking shopfloor machinery to a manufacturing execution system for the pharmaceutical industry.

Line execution systems for production processes

By Giuseppe Menin

Giuseppe Menin explains how implementing a line execution system helps to tackle some of the major challenges involved in production line manufacturing.

Continuous Manufacturing in pharma: benefits and challenges.

By Giuseppe Menin

Let's take a look at why continuous manufacturing is a real-life example of how predictive analytics techniques can revolutionize the way a solid-dose drug is produced.

A modular approach for pharma preparation area

By Giuseppe Menin

Giuseppe Menin, Industry Manager Pharmaceutical at COPA-DATA, explains why modular production is crucial for enabling more flexible pharmaceutical production.