Research and Engineering

Welcome to the intacs® certified Process Expert Automotive SPICE® course

Objective

This training is the preparation course for the intacs® certified Process Expert Automotive SPICE® examination. Automotive SPICE® is used to evaluate and improve  development processes in the automotive industry. It is the automotive-specific derivation based on the requirements of ISO/IEC 330xx and is a standard recommended by the VDA for the evaluation of development projects at automotive OEMs and their suppliers. You will learn about the interpretations of most of the processes from Automotive SPICE®, which you need for conducting assessments and to implement process improvement in system and software engineering

Content

• Basic introduction to intacs®
• Introduction and Overview to the Process Assessment Model
• Process Dimension
• Capability Dimension
• Brief introduction to rating scale and how to derive a capability level rating
• How to improve processes
• Various group activities accompany the training

Target Group

• People planning on becoming certified assessors (N.B.: the certification as an intacs® certified Process Expert Automotive SPICE® is the prerequisite to continue with the next step in becoming an intacs® certified Provisional Assessor Automotive SPICE®).
• Quality and project team members who need to ensure that the requirements of the Automotive SPICE® Process Assessment Model are met within the project.
• Process Owners and process improvement team members who need to ensure that Automotive SPICE® requirements are covered by the organization’s process landscape.

Preconditions

Participants should have several years of professional experience in the automotive industry (e.g. software/system development, project management, quality management, etc.

Exam

Passing the exam is a prerequisite for participation in the VDA-QMC certification process

Teacher: Damjan EkertTeacher: Georg MacherTeacher: Dr Richard MessnarzTeacher: Andreas RielTeacher: Jakub StolfaTeacher: Svatopluk Stolfa

Research and Engineering

The ECQA Certified Electric Powertrain Engineer project (ECEPE) is co-funded by the Erasmus+ Call 2019 Round 1 KA203 Programme of the European Union under the agreement 2019-1-CZ01-KA203-061430. This work is partially supported by Grants of SGS No. SP2021/87 and SP2021/49, VSB - Technical University of Ostrava, Czech Republic.

Teacher: Jürgen DobajTeacher: Damjan EkertTeacher: Georg MacherTeacher: Dr Richard MessnarzTeacher: Andreas Riel

Lorem Ipsum is simply of the printing and industry.

Teacher: Damjan EkertTeacher: Michael KrisperTeacher: Georg MacherTeacher: Dr Richard MessnarzTeacher: Andreas RielTeacher: Bernhardt Steger

Teacher: Michael KrisperTeacher: Georg MacherTeacher: Dr Richard MessnarzTeacher: Andreas Riel

In modern cars 90% of the functions are controlled by software, electronics, and mechatronics. Electronic and software faults can lead to failures in cars which can be hazardous, such as e.g. no steering, steering blocking, no brake, self-driving car decisions etc.

In modern cars 90% of the functions are controlled by software, electronics, and mechatronics. Electronic and software faults can lead to failures in cars which can be hazardous, such as e.g. no steering, steering blocking, no brake, self-driving car decisions etc.

Teacher: Georg MacherTeacher: Dr Richard Messnarz

SW design patterns deal with best practice SW architectural approaches for reliable, safe and secure SW design.