The EMV workshops enable you to impart your knowledge at the highest level. We need you here as a source of inspiration and a master of your field. Pass on your practical EMC expertise. Important information for speakers can be found here.
What awaits you
As a speaker, you will bring your expertise – from basic knowledge to specialized topics – to a highly qualified, engaged audience. Spark innovation and mutual discussions with your talk.
As a speaker, you can visit the accompanying exhibition free of charge and benefit from being mentioned in promotional material for the EMV 2021 and attending important networking events there.
Your benefits at a glance
As a speaker of our EMV workshops, you can expect many benefits. Naturally, we will take care of the organization and catering so you can focus on the mediation of your EMC expert knowledge. Due to Stuttgart’s perfect accessibility, the venue can be reached comfortably with all means of transport. In addition, you are more than welcome to use a lecture from your existing repertoire for the workshops.
You’ll find further benefits in our gallery:
Workshop topics
Topic A: EMC basics, regulations, standards, quality assurance, services as well as questions on insurance and liabilities
A01 Introduction into the physical-technological basics of EMC
A02 EMC requirements, legal questions, directives and standards (national/international)
A03 EMC management, methods, tools and practical experiences
A04 EMC and product liability, insurance law questions
A05 EMC services and field reports of service providers
A06 EMC market surveillance, benchmarks, experiences and results
A07 Technical/technological trends and market perspectives
Topic B: EMC processes and tools/technologies, concepts, products and specific phenomena
B01 Application of EMI suppression components (inductors, chokes, filters, filter components)
B02 Lighting and overvoltage protection, concepts and measures
B03 Shielding, concepts and technologies, shielding material and EMI-seals
B04 EMC measures on enclosures, cabinets, windows, doors and feedthroughs
B05 EMC analysis, modelling, simulation and prediction, tools and methods
B06 EMC design, methods and tools
B07 EMC adequate grounding and equipotential bonding on board, apparatus and fixed installation level
B08 EMC measurement and test equipment/measurement methods for noise immunity and emission
B09 EMC measurement technology, measurement uncertainty and traceability
B10 Pre-compliance EMC measurements and tests
B11 EMC and reliability, functional safety, IT-safety
B12 EMC and power quality
Topic C: EMC aspects and issues in specific technical or technological environments
C01 EMC on chip and board level/signal- and power integrity
C02 EMC on equipment, system and fixed installation level
C03 EMC in embedded systems
C04 EMC in cable and IT-networks, powerline communication
C05 EMC in wireless networks, cellular phone networks
C06 EMC in electrical power technology/power electronics and inverter technology
C07 EMC in production and automatization technology
C08 EMC in electrical drive systems, lifting and handling equipment and transportation systems
C09 EMC in control and installation technology, household and building technology,
C10 EMC in mechatronics and microsystems technology
C11 EMC in medical technology, medical practices and hospitals
C12 EMC in automotive, rail and ship engineering
C13 E-mobility, charging technology, high voltage application
C14 EMC in aerospace and military technology
C15 EMC of wireless modules and combined devices with wireless interfaces
Topic D: EMC and biological effects arising from electromagnetic fields from the engineers’ point of view
D01 Biological effects of electromagnetic fields
D02 Modern communication technologies and health risks to users
D03 Directives and minimum code for safety and health protection
D04 Application of EMC technologies to reduce exposition risks
