From knowledge. To technological expertise.

Microelectronics is one of the most important key enabling technologies of our time. It plays a vital role in sensors, medical technology, communications, mobility, and industrial equipment – and continues to evolve.

To keep pace with these developments, companies and professionals need up-to-date knowledge of technologies, processes, and applications.

Our professional training programs at IMS CHIPS are designed for:

  • Professionals working in industry and research
  • Companies in the semiconductor and high-tech sectors
  • Individuals interested in technology

Our training courses combine scientific expertise with practical insights from research and cleanroom operations.

We do more than share knowledge – we help participants understand processes, quality requirements, and technological interconnections.

TAE Course: Microelectronics Technology Seminar

Professional Training in Microchip Manufacturing

A lecturer explains integrated photonics during a presentation, while participants in the seminar room listen attentively.

Dates and Registration

6.–8. Oktober 2027
täglich 9:00 – 12:15 Uhr und 13:30 – 17:00 Uhr

Anmeldung:
www.tae.de

Few technologies influence our lives as profoundly as microelectronics. Microchips are becoming smaller and more powerful, while manufacturing processes and technologies continue to advance.

The Microelectronics Technology Seminar provides in-depth knowledge of the entire chip development process – from silicon structures to finished semiconductor devices.

Participants gain a comprehensive overview of:

  • Silicon wafer manufacturing
  • Lithography and etching processes
  • Thin-film deposition and doping
  • Chip design and system development
  • Testing methods and quality assurance
  • Assembly and interconnection technologies

The course content is presented in a practical and detailed manner, using real process steps from microelectronics manufacturing.

Target Audience

The training course is particularly suitable for:

  • Electronics developers
  • Project managers in technology companies
  • Development engineers
  • Service engineers
  • Professionals working with semiconductor manufacturing equipment and materials

Prerequisites

  • Knowledge of electrical engineering
  • Basic knowledge of manufacturing technology

Course Content

The seminar covers key topics in modern semiconductor manufacturing, including:

Introduction and Fundamentals

  • Microelectronics as a key enabling technology
  • Integrated circuit development processes
  • System design and design decisions

Chip Manufacturing Technologies

  • Cleanroom operations and wafer manufacturing
  • Thin-film deposition and doping processes
  • Lithography and etching techniques
  • Planarization and plasma processes

Applications of Modern Microelectronics

  • Power semiconductors
  • Semiconductor devices for high-voltage applications
  • Integrated photonics
  • Microelectronics for data centers and quantum technologies

Quality and Reliability

  • Quality management and process control
  • Testing strategies for integrated circuits
  • Design for Testability (DFT)

Chip Assembly and Packaging

  • Chip assembly and interconnection technologies
  • Analysis methods and reliability
  • Trends in assembly and interconnection technologies

The seminar concludes with a certificate examination.

Workshop: From Cleanroom. To Greenroom.

Three people in protective gear are standing in the cleanroom; the title “From Cleanroom to Greenroom” appears next to the partner logos.

Your Contact Person

Picture of Chiara Führer
Chiara Führer

+49 711 21855 - 263
E-Mail

Sustainable and Energy-Efficient Cleanroom Operations

Cleanrooms are among the most energy-intensive infrastructures in modern industry. At the same time, requirements for sustainability, energy efficiency, and regulatory documentation are increasing.

The workshop “From Cleanroom to Greenroom” demonstrates practical approaches to optimizing energy consumption, process stability, and operating costs in cleanroom operations.

Using real-world examples from IMS CHIPS’ cleanroom operations, participants learn how to:

  • Identify key drivers of energy consumption and CO₂ emissions in cleanroom operations
  • Evaluate measures to improve energy efficiency
  • Develop prioritized roadmaps for implementation

A guided cleanroom tour and an interactive simulation exercise provide direct insights into real processes and decision-making.

Workshop Content

  • Sustainability strategies for cleanrooms
  • Best practices from industry and research
  • Analysis of potential energy savings and CO₂ emission reductions
  • Identification and prioritization of effective measures
  • Funding opportunities and implementation perspectives

The workshop is conducted in collaboration with Fraunhofer IWU, combining technological expertise with industry-proven methods.

Target Audience

The workshop is designed for:

  • Cleanroom operators
  • Energy and sustainability managers
  • Production managers
  • Chief Technology Officers (CTOs) and Chief Operating Officers (COOs)
  • Professionals responsible for industrial infrastructure

From education. To a shared mission. Connecting people with a mission.

Several people are discussing in front of a whiteboard covered with sticky notes and brainstorming ideas for education and innovation.

Education atIMS CHIPS means taking responsibility:

  • For tomorrow’s skilled professionals
  • For the innovations of the future
  • For a society that understands and shapes technology

We connect:

  • Companies
  • University Students
  • School students
  • Teachers and educators
  • Political stakeholders

Together, we foster innovation, knowledge transfer, and a shared future.
Our doors are always open, and we welcome opportunities to develop new educational formats, events, and concepts.

From complex technology. To practical understanding.

Microelectronics is not an abstract concept.

It is found in sensors, medical technology, communications, and mobility – and forms the foundation of many innovations.

Our educational programs make high-tech understandable, tangible, and applicable.

What is invisible to the naked eye becomes a subject of big ideas and clear explanations.

Complexity becomes structure.
Technology becomes understandable.
Knowledge becomes applicable.