Lehrstuhl für Angewandte Softwaretechnik
Chair for Applied Software Engineering
Constantin Scheuermann

Constantin Scheuermann (M.Sc.)

Doctoral Candidate

E-mail: scheuerm (at) in.tum.de 


Office hours upon request. Please contact me via e-mail.

Research Interests:
Cyber-Physical Systems, Cyber-Physical Human Systems, Human Assistance, Industry 4.0

Teaching

WS 2015/16:
Teaching iOS | iOS Praktikum
SS 2015:
Teaching iOS | iOS Praktikum

Projects

    • CHEST - Cooling Health Safety Textile (2015 - now)
    • Intelligent Context Aware City Hub (2015, Siemens CT, Project leader, 7 developers)
    • Incident Localization and Assistance System (2015, T-Systems in cooperation with ProGlove and AIS, Project leader, 7 developers)
    • Intelligent Context Aware City Hub (2014, Siemens CT, Project leader, 12 developers)
    • Agile Factory - A Industry 4.0 Manufacturing Process (2014, T-Systems in cooperation with DE software & control, Project leader, 7 developers)

 

Presentations/Others 

 

Publications

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Theses

Please find underneath the open, in progress and finished theses topics. 

Offered

Master's Thesis
Smart Glove Extension
Advisor
Constantin Scheuermann
Author
---
Date
2016
Create and further develop a Smart Glove. We are currently evaluating new User Interacton concepts. Therefore, you have to extend or current Smart Textile and conduct a User Study. For details contact me via email.
Master's Thesis
MARBAS
Advisor
Constantin Scheuermann
Author
---
Date
2016
Mobile Augmented Reality based Annotation System - You will have to further develop our recently developed prototype. You will have to deal with Node.js, Point Clouds, MQTT. Depending on the progress we will conduct a user study to proove our concept. For details contact me via email.

In Progress

Guided Research
An Empirical User Interface Evaluation of a Smart Glove in the Manufacturing Domain
Advisor
Constantin Scheuermann
Author
Maximilian Strobel
This guided research will develop and conduct a field experiment to evaluate different ProGlove user interfaces in practical scenarios.

Finished

Master's Thesis
A Framework for Data Analytics in Cyber-Physical Systems
Advisor
Constantin Scheuermann, Andreas Seitz
Author
Thomas Sojka
Date
2015
Cyber-Physical Systems are generating huge amounts of data like sensor observations. This thesis aims to gain insights into these data by providing a generic way to communicate actions in a CPS and visualizing these actions.
Master's Thesis
Mobile Augmented Reality based Annotation System for Aircraft Maintenance using a 3D sensor
Advisor
Constantin Scheuermann
Author
Felix Meißgeier
Date
2015
The objective of this project is to improve the collaboration process for physical tasks such as repairing or maintaining of aircraft components as well as machines at industrial plants. For this purpose an Augmented Reality based Annotation System will be developed that runs on mobile hand-held devices using external depth data as input.
Master's Thesis
A Framework for Data Analytics in Cyber-Physical Systems
Advisor
Constantin Scheuermann, Andreas Seitz
Author
Thomas Sojka
Date
2015
Cyber-Physical Systems are generating huge amounts of data like sensor observations. This thesis aims to gain insights into these data by providing a generic way to communicate actions in a CPS and visualizing these actions.
Bachelor's Thesis
Bluetooth Low Energy and its Role within Cyber-Physical Systems and Industry 4.0
Advisor
Constantin Scheuermann
You will conduct an overview and an evaluation between existing BLE applications in the Cyber-Physical Systems domain and additionally conduct a comparism between other wireless technologies, such as IEEE 802.15.4 (Zigbee), WLAN, IEEE 802.11p.
Guided Research
MQTT - Broker for Cyber-Physical Systems
Advisor
Constantin Scheuermann
Author
André Kohn
A Publish/Subscribe mechanism is not enough to serve the idea of CPS. You will implement and evaluate an extended Service orientated MQTT - Broker offering RESTful Services in combination with Authentication.
IDP
Incident Detection ILAS - MES and Backend
Advisor
Constantin Scheuermann
Author
Sri Vishnu Totakura
Cyber-Physical Systems are bridging the cyber and physical world enabling us to monitor and control the physical world. In this master thesis you will do research on how to identify incidents in a real production line. You will bridge the MES and the Incident Assistance System developed in cooperation with T-Systems, TUM and ProGlove. You develop the missing part of incident identification by implementing and evaluating it.