Home | Contact | Sharepoint | Legals | Terms & Conditions | Sitemap | KIT
Martina Waldner
Martina Waldner
Program Consultant


+49 (0)721 608 48075

Prof. Dr.-Ing. Erik Sax
Program Director
Prof. Dr.-Ing. Eric Sax

Head of Institute for Information Processing Technology (ITIV), KIT

Scientific Director for Embedded Systems and Sensors Engineeing, FZI

Prof. Michael Siegel
Deputy Program Director
Prof. Dr. rer. nat. Michael Siegel

Head of Institute of Micro- and Nanoelectronic Systems (IMS), KIT

Master in Electronic Systems Engineering & Management (ESEM)

Embedded systems are the basis for innovations in all areas of our daily life – in business and in privacy. They are the keyplayers in systems for e.g. autonomous driving, safety alternative propulsion and Industry 4.0. Mechatronics, electronics & software - the need for a holistic approach in those technologies is the challenge for engineers and innovation processes in industry.

Hot Topics in ESEM

Hot Topics in Embedded Systems Engineering

  • Automotive Standards & Applications
  • Industry 4.0: Embedded Systems & Software Integration
  • Data Communication Technologies Wireless or Bus Based
  • Worldwide Release & Configuration Management
  • Safety & Security
  • Process Maturity Level Assessments (CMMI, SPICE)


Content Summery

Content Embedded Systems Engineering

Engineers for embedded systems need to master mechanics, electronics, and, increasingly, – software. In this program, professionals will learn state-of-the-art know-how on the complete process of embedded systems engineering. They will get used to new and already established methods (e.g. V-model, OO, agile) and learn more about maturity models and upcoming standards (CMMI, SPICE, ISO 26262), tools and techniques for model-based development (e.g. Matlab, SysML), rapid prototyping, simulation based validation (PROVEtech) and HW/SW synthesis (including AUTOSAR) will be introduced. Components for realisationdata communication technologies and the final integration complete the story.

Download the Program Brochure


The content of the Master Program is divided into 10 modules:

5 Engineering Modules addressing technological topics, and 5 Management Modules providing general leadership know-how.

Engineering Modules Management Modules
  • Processes, Methods & Tools of Embedded Systems Engineering
  • Components of Electronic Systems
  • Data Communication Technologies & Systems
  • Implementation & Component Realization (Hardware/ Software)
  • System Integration & Validation Total Quality Management of Electronics Systems
     More information
  • International Project Management
  • Finance for Executives
  • Business Strategy, Marketing & Controlling
  • Human Resources Management
  • Law & Contracts
     More information

Target Group

Target Group

Professionals working in the development, production or integration of embedded systems within the following industries:

  • Automotive suppliers and manufacturers
  • Railway industry
  • Software industry
  • Measurement technology industry
  • Semi-conductor industry
  • Industrial automation

Career Perspectives

Career Perspectives

A world without electronic and embedded systems is not imaginable any more. Whether in cars, mobile phones or energy systems: electronic systems and components are crucial for the viability and development in many essential areas of life. The master program Electronic Systems Engineering & Management covers the demands in this vital field and prepares high potential professionals for the challenges of today and the future.

What ESEM Alumni say

Alumni Voice Embedded Systems Engineering

„For me it was an effective way to gain an overview of the development areas of embedded systems and disciplines surrounding them (...). Also the view in the future activities regarding new technologies and contacts to key persons of one of the elite universities in Germany are essential factors that will help me in the future in my decision making processes.“

Armend Zenuni, HECTOR School Graduate ESEM
Endress+Hauser GmbH+Co. KG

Admission Requirements

Admission Requirements

  • University degree in a relevant subject
  • Professional experience (at least 1-2 years) & current employment
  • English proficiency

Detailed description of all admission requirements

Program Structure

The Master Program is splitted in 5 Engineering and 5 Management Modules of 2 weeks each over a period of 15 months. The modules are followed by a master thesis written in the company (6-9 months) and often used as a innovation project for the company. The overall duration is approx. 20 months.


Academic Calender Intake 2016

Timetable Master Programs 2016

>>>Download timetable<<<




HECTOR School Campus

HECTOR School Campus

The HECTOR School modules take place in Karlsruhe on the campus of the International Department. It contains seminar rooms, accommodation facilities and is situated directly next to the KIT campus and in the center of the city.

KIT Campus & Infrastructure

KIT Campus

As the Technology Business School of the KIT, the HECTOR School benefits from the extensive university infrastructure of the worldwide renowned research and educational institution.

KIT Teaching Quality

KIT Campus 2

The HECTOR School offers top-level teaching derived from state-of-the-art research at the Karlsruhe Institute of Technology (KIT). Numerous institutes and departments of the KIT are involved in the HECTOR School Master Programs ESEM: