uni wuppertal bachelor thesis

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Fakultät für Elektrotechnik, Informationstechnik und Medientechnik

Hinweise zur Strukturierung von Abschlussarbeiten

Die Fakultät empfiehlt, diesen Leitfaden bei der Erstellung einer Bachelor-Thesis oder Master-Thesis zu beachten. Eine LaTeX-Vorlage finden Sie hier (Stand: 21. August 2023).

Fragen zur LaTeX-Vorlage können im Uni-Chat unter https://chat.uni-wuppertal.de/channel/Thesisvorlage gestellt werden.

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School of Architecture and Civil Engineering

We offer the following basic thesis projects for a Bachelor or Master degree in civil engineering, safety engineering or computersimulation in science.

modelling of smoke diffusion using CFD sofware (FDS, ARTSS, OpenFOAM)
modeling the spread of fire (FDS, inverse Model, Pyrolysis)
practical experiments on firedynamics - in cooperation with the research center Jülich
development of new mathematical model for civil engineering

In principle, all topics can be worked on as part of a Bachelor's or Master's thesis, with the workload then being adjusted accordingly. Of course we are open to your individual topic suggestions.

Current suggested topics

In addition to our own proposals for theses, we offer the following topics

Modelling of visibility in FDS

Impact of thermal radiation on light intensity of LEDs

Modelling of a tube furnace using FDS

Validation of numerical models for test fires according EN 54

Implementation of a dynamic time iteration method

Implementation of an easy combustion model using ARTSS

Implementation of dynamic boundary conditions

Implementation of a ventilation system in a smoke simulation

Completed Projects

Dissertations.

Crowd Management at Train Stations in Case of Large-Scale Emergency Events Anna Braun, born Tscherniewski Bergische Universität Wuppertal, 2022

Algorithms for massively parallel generic hp-adaptive finite element methods Marc Fehling Bergische Universität Wuppertal, 2020 Link to dissertation

Metamodel for complex scenarios in risk analysis for road tunnels Florian Berchthold University of Wuppertal, 2019 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic) Link to dissertation

Real-Time Simulation and Prognosis of Smoke Propagation in Compartments Using a GPU Anne Küsters University of Wuppertal, 2018 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic) Link to dissertation

Multivariate Methods for Life Safety Analysis in Case of Fire Benjamin Schroeder University of Wuppertal, 2017 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic) Link to dissertation

A study on buoyancy-driven flows: Using particle image velocimetry for validating the Fire Dynamics Simulator Andreas Meunders University of Wuppertal, 2016 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic) Link to dissertation

Master Theses

Ausführung eines Wärmetransportalgorithmus auf einer GPU Daniele Döhle Master Civil Engineering, Bergische Universität Wuppertal, 2023

Assessment of horizontal flame spread with solid pyrolysis modelling in the Fire Dynamics Simulator Tobias Dehne Master Safety Engineering, Bergische Universität Wuppertal, 2023

Deep Learning Model for Vehicle Aerodynamics Vignesh Gopinathan Master Computer Simulation in Science, Bergische Universität Wuppertal, 2023

Multi-GPU Implementation and Performance Optimizations for a CFD Solver Based on the Lattice Boltzmann Method – Application to the Turbulent Backward Flow Shivam Choubey Master Computer Simulation in Science, University of Wuppertal, 2022 In cooperation with Dr. Gaedtke (Cloudfluid GmbH)

Modelling of the rollover phenomenon using the Fire Dynamics Simulator with a fire-fighting training chamber as a case study Keyvan Najarianeraghi Master Safety Engineering, University of Wuppertal, 2022

Simulation of the Gas Temperature in the Early Phase of a Compartment Fire impacted by Water Mist Injection Siddhartha Gadiparthi Master Computer Simulation in Science, University of Wuppertal, 2022

Multi GPU usage in ARTSS Max Joseph Böhler Master Safety Engineering, University of Wuppertal, 2021

Pyrolysemodellierung von Polymeren in einem Rohrofen Benedikt Bereska Master Safety Engineering, University of Wuppertal, 2021

Brandsimulationen unter Betrachtung des Themas „Validierung“ für ingenieurpraktische Anwendungen Marvin Tülling Master Safety Engineering, University of Wuppertal, 2021

Experimentelle Untersuchung des Temperatureinflusses auf die Lichtemission von LED Julian Hemke Master Safety Engineering, University of Wuppertal, 2021

Dynamic Domain Adaption for Smoke Simulation in JuROr My Linh Würzburger Master Technomathematics, University of Applied Sciences Aachen, 2019 In cooperation with Prof. Grotendorst (University of Applied Sciences Aachen)

Numerical Simulation of Light Extinction in Compartment Fires Abdul Wahab Mughal Master Computer Simulation in Science, University of Wuppertal, 2019

Brandsicherheit einer nachträglich ergänzten Balkonanlage Janine Frangenberg (geb. Mücher) Master Civil Engineering, University of Wuppertal, 2018 In cooperation with Prof. Naujoks ( Stahlbau und Verbundkonstruktionen )

Charakterisierung der Liftoff Phase partikelbasierter Feuerbälle Michael Krampf Master Safety Engineering, University of Wuppertal, 2018 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Investigation of Fuel Injection and Mixture Formation Processes in Direct Injection Gasoline Engines Majji Trinath Rao Master Computer Simulation in Science, University of Wuppertal, 2018 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic) and Prof. Pitsch (Institute for Technical Combustion, RWTH Aachen)

Ausarbeitung und Vergleich verschiedener Gitterverfeinerungsstrategien hinsichtlich der parallelen Performance eines Brandsimulationsprogramms mit adaptiver Gitterverfeinerung Jana Boltersdorf Master Technomathematics, University of Applied Sciences Aachen, 2017 In cooperation with Prof. Grotendorst (University of Applied Sciences Aachen)

Mathematical Modeling & Simulation of Pyrolysis & Flame Spread in OpenFOAM Ashish Vinayak Master Computer Simulation in Science, University of Wuppertal, 2017 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Design einer Versuchsanlage zur Untersuchung der Turbulenz von auftriebsgetriebenen Strömungen Leonie Rommeswinkel Master Safety Engineering, University of Wuppertal, 2017 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Experimente zur Validierung des Fire Dynamics Simulator (FDS) - Untersuchung der Thermo- und Fluiddynamik an einer kleinskaligen Einraumgeometrie Anna Tscherniewski Master Safety Engineering, University of Wuppertal, 2017 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Simulationsgestützte Ermittlung kritischer Einbausituationen von Rauchwarnmeldern anhand ausgewählter Prüfverfahren nach DIN EN 54 Ulrich Spoor Master Safety Engineering, University of Wuppertal, 2016 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Investigation of density in Buoyancy Flows using CFD code JuFire Pankash Kumar Master Computer Simulation in Science, University of Wuppertal, 2016 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Empirical Estimation of Turbulence Characteristics in a Shear Free Plume from PIV Measurements Karthik Krishnamurthy Master Computer Simulation in Science, University of Wuppertal, 2016 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Abschätzung von Brandparametern auf Grundlage von Sensordaten Longyang Chen Master Civil Engineering, University of Wuppertal, 2015 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Entrauchung unterirdischer Personenverkehrsanlagen – Eine Untersuchung verschiedener Konzepte mittels hochparametrischer CFD-Simulationen Sven Schmidt Master Safety Engineering, University of Wuppertal, 2015 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Hybrid Parallelisation of the CFD-software FDS Daniel Haarhoff Diploma, Technische Universität Braunschweig, 2015 In cooperation with Prof. Radespiel (Institute for Fluid Dynamics)

CFD-Simulationen zur Ermittlung aerodynamischer Kraftbeiwerte Erik Andresen Master Computer Simulation in Science, University of Wuppertal, 2014 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic) and Prof. Zahlten (Mechanik und Numerische Methoden)

CFD-Simulation im Brandschutz – Anwendung von OpenFOAM Jonathan Bechem Master Safety Engineering, University of Wuppertal, 2014 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Skalierbarkeit von Bränden mittels Ähnlichkeitstheorie Matthias Müller Master Safety Engineering, University of Wuppertal, 2013 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Lüftungssysteme zur Entrauchung von Tunneln – Darstellung unterschiedlicher Strategien mittels FDS Ronny Olbert Master Safety Engineering, University of Wuppertal, 2013 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Grunddaten der Personendynamik in Schienenfahrzeugen Benjamin Schröder Master Safety Engineering, University of Wuppertal, 2013 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

BACHELOR THESES

Wirksamkeit von Freistreifen zur Brandabschnittsbildung im Industriebau Nicolas Hauke Bachelor Safety Engineering, University of Wuppertal, 2021

Wahrnehmung und Orientierung in U-Bahnhöfen – Eine „Virtual-Reality“-Studie Tao Zhong Bachelor Civil Engineering, University of Wuppertal, 2017 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Untersuchung des Rot-Schwarz Gauß-Seidel-Verfahrens für Diffusionsprobleme bezüglich Parallelisierung auf einer GPU My Linh Würzburger Bachelor Scientific Programming, University of Applied Sciences Aachen, 2016 In cooperation with Prof. Grajewski (University of Applied Sciences Aachen)

PIV-basierte Strömungsmessung im Modellmaßstab: Durchführung und Auswertung Leonie Rommeswinkel Bachelor Civil Engineering, University of Wuppertal, 2015 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

PIV-basierte Strömungsmessung im Modellmaßstab: Simulation und Validierung Anna Tscherniewski Bachelor Civil Engineering, University of Wuppertal, 2015 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Charakterisierung unterirdischer Bahnhöfe hinsichtlich des vorbeugenden und abwehrenden Brandschutzes Gerald Borchert Bachelor Safety Engineering, University of Wuppertal, 2014 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

CFD-Simulationen eines Prüfverfahrens zur Bewertung von Feinsprühlöschanlagen Ulrich Spor Bachelor Safety Engineering, University of Wuppertal, 2013 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Computergestützte Überprüfung von Bemessungsmethoden für Rauchabzugsanlagen Torsten Schumacher Bachelor Safety Engineering, University of Wuppertal, 2013 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Anwendbarkeit und Realitätsnähe von FDS und CFAST für die Simulation eines Atriumbrandes Niklas Weihrauch Bachelor Safety Engineering, University of Wuppertal, 2013 In cooperation with Prof. Seyfried (Computer Simulation for Fire Safety and Pedestrian Traffic)

Degree Theses

The chair of Business Computing and Operations Research supervises degree theses part of bachelor and master programs.

Please note the formal criterias of the examination board regarding degree theses.

Topics of degree theses

Below some suggested research areas are displayed. A concrete topic will be developed individually. Additionally, we supervise practical theses which arise from the current research projects in cooperation with businesses. If you are interested in writing a thesis, just ask a member of the chair.

Procedures for planned maintenance.
Recent approaches for transport planning and transport management
Models and methods for layout and location planning
Handling and variant diversity: Approaches for efficient mass customization
Planning and management: assembly line balancing
Scheduling algorithms
Approaches to support offshoring decisions
Models and methods for dynamic lot-size planning
Supply chain management and advanced planning systems
Planning systems for business management
Optimization of relational database systems
Knowledge-based systems

Application process

We impose no application period for degree theses. If you are interested in writing your theses at our chair, write an email to the professor sbock{at}winfor.de or approach one of the research assistants by email or after a lecture. All details regarding the process of searching and finding a topic for your theses are discussed individually.

Selection of written theses

In order to give you an idea of the topics that have been chosen in the past, you can find below a selection:

Bachelor-Thesis

Requirements analysis and specification of a monitoring system for container circuits
Development of an ATCS-based heuristic to minimize the weighted tardiness costs in the permutation flow shop problem with sequence-dependent set-up times
Analysis of solution methods for the quay crane scheduling problem
Development and evaluation of a genetic algorithm for sequence planning with order acceptance
Consideration of delivery reliability when determining safety stocks of externally procured goods on the example of the Vaillant Group
Analysis of solution procedures for the Multi-Level Capacitated Lot Sizing Problem with Setup-Times (MLCLSP-ST)
Implementation and evaluation of Dixon's method for solving the capacitated lot size planning problem
Projektcontrolling mit der Earned Value Analysis
Project controlling with the Earned Value Analysis
Analysis and assessment of current approaches to support offshoring decisions
Sales forecasts for a student union cafeteria - a case study at the Wuppertal University Social Welfare Service at the Bergische Universität Wuppertal
Column-oriented storage in relational databases
Machine Learning in Digital Marketing
Comparison of different solution techniques for the capacitated lot size planning problem with the model MLPLSP
Approaches for shelf optimization
Automated reporting of logistic processes for an international service company
Evaluation of models for scheduling with delivery decisions

Master-Thesis

Evaluation of the SAP workflow management system based on the prototype implementation of invoice verification in materials management
Development and evaluation of a genetic algorithm for the capacitated lot size problem with sequence-dependent setup costs and times
Overview and comparison of solution approaches for optimization problems of container logistics in terminals and modeling of an optimization problem for inland terminals
Development and evaluation of a simulated annealing approach for sequence optimization in the container terminal
Project knowledge management - challenges and barriers of knowledge management in projects and how to deal with them.
Newer approaches to internal location planning with integrated transport route planning
Proactive control approaches to the vehicle routing problem (VRP)
Neighborhood operations for metaheuristics for lot size control
Modellierung und Entwicklung von von Softwarefunktionstests in einem Projekt zur Optimierung von Lagerbewegungen in einem Containerterminal
Modeling and development of software function tests in a project to optimize warehouse movements in a container terminal
Evaluation of an optimization model for the creation of schedules for a gantry crane as well as the storage space allocation in a container terminal
Conceptual modeling of a data mart in healthcare
Social Project Management: Potential for influence and opportunities of social media in project management
Big Data Analytics

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Social and Personality Psychology Lab

Final theses

On the following pages you will find further information on the interlinking of research and teaching at:

... Bachelor theses

... Master theses

Last modified: 20.06.2024

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Institute for Technologies and Management of Digital Transformation

Fundamental or practice-oriented: we offer diverse and exciting topics for theses.

Are you looking for a topic for your bachelor or master thesis? Would you like to work on exciting projects during your studies?

We offer you many possibilities!

We offer thesis topics on the latest research or in cooperation with industry. The topics are:

Applied Artificial Intelligence in Industries
Semantic Data Management
Industrial Natural Language Processing
Transparent and Interpretable Artificial Intelligence
Industrial Transfer Learning
Sensory Time Series Data Analytics
and much more!

Get in touch with us! You are also welcome to take the initiative: meisen[at]uni-wuppertal.de

Open Bachelor thesis

Industrial deep learning.

Recreation of a Reinforcement Learning Approach for Production Planning ( PDF )
Real-World Data Acqusition using Industrial Robots ( PDF )

Interpretable Learning Models

Interpretability and Transparency of Vision Transformer Models ( PDF )
Semantic Pattern Mining for Interactive Data Exploration ( PDF )

Virtual and Augmented Reality

Auf Abstand - Anforderungen an Personal Space in Virtual Reality ( PDF )
Authoring Doors - Erstellen von Interaktionen und Beziehungen zwischen Objekten in der VR ( PDF )
Betrachtung des Potentials von Virtual Reality als neues Lehr- und Lernmedium ( PDF )
Das Ego erforschen - Persönliche Avatare in virutellen Lernumgebungen ( PDF )
Direkt vs. Indirekt - Wann und wie man mit der virtuellen Welt interagiert ( PDF )
Durchführung einer explorativen Studie zu Determinierung diverser Parameter für Text in VR ( PDF )
Einfluss von Abstraktion in Virtual Reality auf den Lernerfolg ( PDF )
Kombination von 360° und raumbezogener VR ( PDF )
Recherche, Einordnung und Umsetzung diverser Lehr- und Lernmethoden für verschiedene Kontexte in Virtual Reality ( PDF )
Visuelle Komplexität in virtuellen Lernumgebungen ( PDF )

Open Master Thesis

Digital transformation.

Implementierung der Digitalen Zwillinge in der Industrie ( PDF )
Monetarisierung Von Daten mithilfe des Digitalen Zwillings ( PDF )
Texturerzeugung mit Deep Learning ( PDF )
Process Model for Machine Learning-based Predictive Maintenance ( PDF )
Leveraging Monte-Carlo Search for Reinforcement Learning Based Production Scheduling ( PDF )
Interaktive Darstellung eines Roboters in Virtual Reality ( PDF )
Guided Visual Exploratory Data Analysis ( PDF )

Semantic Systems Engineering

Der Weg zur automatisierten Inspiration: Reverse Engineering von Bild-Prompts in der KI-Generierung ( PDF )
Nutzerbasierte Evaluierung diverser Virtual-Reality-Interaktionsarten in unterschiedlichen Anwendungskontexten ( PDF )
Untersuchung verschiedener Fortbewegungsarten in Virtual Reality in Bezug auf den Anwendungskontext ( PDF )
Wo ist die Funktion? - Untersuchung diverser Konzepte für Menüs in Virtual-Reality ( PDF )

Ongoing thesis

Year	Type	Title	Student
2023	BA	Machine Learning Approach to Determine Post-View-Website-Visit Conversions of CTV Campaign Users for the Measurement of Advertising Campaigns	Jeyhun Hasanl
2023	MA	Machine learning method for predicting inspection interval parameters in manufacturing quality management	Simon Zürn
2023	BA	Effects of Adversarial State Perturbations on Emergent Language in Multi-Agent Reinforcement Learning	Osaze Obahor
2023	BA	Effective Curriculum Learning Strategies for Deep Reinforcement Learning on the Job Shop Scheduling Problem	Elias Theis
2023	MA	Evaluation of Monte Carlo Tree Search as a Policy Improvement Operator for Reinforcement Learning Based Job Shop Scheduling	Till Lemmer
2023	MA	Investigation of XAI methods for quality prediction in arc welding using discrete representations of a vector quantised variational autoencoder	Antonin Königsfeld
2023	BA	Curricular Reinforcement Learning for the Dual-Resource Constrained Job Shop Scheduling Problem	Max André Montag
2023	MA	Decision Transformers for Solving Production Scheduling Problems via Reinforcement Learning	Fabian Wolz
2023	MA	Requirement analysis and specification for data processing within functions of an IoT platform for energy monitoring of retail chains.	Jannik Bals

Completed thesis

Year	Type	Title	Student
2023	BA	Search Algorithms for the Job Shop Scheduling Problem Leveraging Trained Deep Reinforcement Learning Agents	Paul Laszig
2023	MA	Neuroscience-inspired Ablation Studies for Vision Transformer	Florian Hölken
2023	BA	A Study of the Transferability of Customer Churn Representation Approaches on Other E-Commerce Use Cases	Ngoc Quynh Nhu Nguyen
2023	MA	Automatization of image dataset generation using an industrial roboter and further analysis regarding its reproducibility	Leon Wengenroth
2023	MA	Pose Estimation using Deep Learning and Systematic Dataset Generation for Industrial Manufacturing.	Ali Rida Bahja
2023	MA	A Comparison of Customer Representation Approaches in E-Commerce	Fahd Bouyaouzane
2023	MA	Automatic texture extraction on synthetic images using 6D Pose Estimation	Oliver Jan Jarosik
2022	MA	Implementation and Evaluation of Representation Learning Approaches for Quality Classification of Arc Welding	Mauritius Schulz
2022	MA	Conceptualization, development and evaluation of a web-based demonstrator for the addressee-oriented conveyance of the methods and results of deep reinforcement learning based production scheduling	Mohammad Malmir
2022	MA	Investigation of multi-task transformer models for visual inspection of freight wagons	Robin Teubert
2022	BA	Literature analysis on the state-of-the-art of production scheduling using reinforcement learning.	Mustafa Aydin
2022	BA	Investigation of time constraints for quality prediction in arc welding using deep learning.	Lars Thun
2022	BA	A Study of the Transferability of Machine Learning Methods on Different E-Commerce Forecasting Tasks.	Josias Schelkes
2022	MA	Self-Supervised Pre-Training for Long-Term Time Series Forecasting	David Stöter
2022	MA	Considering Time in the Creation of Activity Embeddings in Online Shopping Sessions	Mark Wönkhaus
2022	MA	Deep Reinforcement Learning for Job Shop Scheduling: Extension of a Python based Simulation Framework to include Transport and Retooling Times	Richard von Faber
2022	BA	Cross Robot Imitation Learning through Behavior Cloning for Industrial Assembly	Ilyes Rabai
2022	MA	Improve Deep Learning-Based Recommender Systems by Learning Customer Preferences	Saad Sebti
2022	BA	Untersuchung ortsabhängiger Einflüsse auf Deep Learning Modelle bei der Vorhersage von Flusspegeln anhand realer Daten des Flusses Wupper	Finn Lucas Elbl
2022	BA	Investigation of the generalization ability of a reinforcement learning agent for production scheduling	Merlin Montag
2022	BA	Untersuchung der Generalisierungsfähigkeit eines Reinforcement Learning Agenten durch Permutationen in einem Flexible Job Shop Scheduling Problem	Jan Voets
2022	MA	Evaluation and Comparison of Few-Shot Learning based Link Prediction Methods	Rebecca Braken
2022	MA	A Study of Recent Deep Learning-Based Recommender Systems by Evaluating Their Performance on Publicly Available Benchmark Datasets	Shady Yehia
2022	BA	An examination of the application of AI paradigms Continual Learning and Meta Learning in the industry sector of industrial manufacturing	Robin Gansäuer
2022	MA	Optimizing the storage location assignment in a high-bay warehouse with reinforcement learning.	Dimitri Tegomo Nanfack
2022	BA	The digital future of the craft sector - Construction of a knowledge base for the use of IoT sensor technology in the craft sector	Lena Schuster
2022	BA	Development of a Smart and Interactive Gantt-Chart for Assisted Production Planning	Georg Wanja Zemke

Further Information about TMDT

Research Projects

Areas of Research

Career and Scholarships

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Universitätsbibliothek Wuppertal

Publication of electronic dissertations and postdoctoral theses

The University Library offers the doctoral / PhD student the opportunity to publish an electronic version of the thesis prepared at the University of Wuppertal on the publications server of the university.

Further notes on publication

Submission of electronic dissertations

Mrs. Wiesiolek-Huke Phone (0202) 439-3971 Mrs. Strunk Phone (0202) 439-2730 E-mail

Submission of printed dissertations only

Mrs. Decker Tel.: (0202) 439-2706 e-mail

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Chair of Electromagnetic Theory

Bachlor and master theses to be assigned

We, the Chair of Electromagnetic Theory, offer individual topics for bachelor and master theses in the following areas:

Computer-aided simulation of complex systems of electrical power transmission technology
Numerical EMCE investigations (especially in the automotive field)
Computer-aided field dosimetry investigations on human and animal models
Projects in cooperation with industrial and research partners
Development and optimization of new simulation schemes

We offer an excellent support environment with ...

state-of-the-art simulation tools according to industrial standards
qualified and highly motivated staff
a friendly working environment

We supervise students from the following degree programmes

B.Sc./M.Sc. Electrical Engineering (EE)
B.Sc./M.Sc. Information Technology (IT)
B.Sc./M.Sc. Industrial Engineering (Wing)
M.Sc. Computer Simulation in Science (CSiS)

If you are interested, please contact Prof. Dr. Markus Clemens

Study and Teaching

Bachelor and master theses, complementary skills.

Hendrik Hensel Wins COMPEL Best Paper Award at ISEF 2023

01.10.2023 | 15:57 Uhr

Steven Stroka Receives Young Scientist Award at Kleinheubacher Tagung 2023

01.10.2023 | 15:56 Uhr

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Overview of Courses

In order to guarantee a close supervision of theses in progress and a timely correction of theses submitted, the number of theses accepted for supervision at the Chair is limited! Students interested in writing a thesis at the Chair of Prof. Welfens are required to apply with the following documents:

A brief introductory letter
An overview of the proposed topics, research question and methodology (ca. 1-2 pages)
A tabular CV / Resumé (1 page)
An overview of grades to date

Please submit the documents as PDFs by email with the subject line "Request for supervision of Bachelor/Master Thesis" to welfens[at]wiwi.uni-wuppertal.de . If you have a specific supervisor already in mind, you can include this person in CC. Applications will only be considered if the following conditions are met:

Above average grades in Macroeconomics
At least one course (lecture/seminar - with exception of VWL I) must have been completed at the chair or Prof. Welfens
The overview of the proposed thesis must show a solid theoretical background
When sending your documents to Prof. Welfens please follow this standard to name your files: YourName_Master_YourTopic or, respectively, YourName_Bachelor_YourTopic

Former theses

The list of former theses

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Institute for High-Frequency and Communication Technology

Bachelor Thesis

Bachelor: modellierung und verifizierung von abschirmbeschichtungen auf siliziumlinsen.

Supervisor: Thomas Bücher FE 00.12b

Master Thesis

Master: terahertz polarization imaging using si-integrated circuits for foreign objects detection.

Supervisor: Marcel Andree FE 00.09

Master: Analyse der schnellsten Silizium-Germanium Bipolartransistoren der Welt für passive Bildgebungsverfahren zur Materialanalyse

Supervisor: Marcel Andree FE 00.09 Janusz Grzyb FE 00.14

Master: Analyse der schnellsten Silizium-Germanium Bipolartransistoren der Welt für aktive Bildgebungsverfahren zur Materialanalyse

Master: synchronisierung des sende- und empfangsmoduls eines fpga-basierten radarsystems, master: evaluation of the maximum achievable data-rates with rf front-ends operating above 200 ghz.

Supervisor: Janusz Grzyb FE 00.14

Master: Design and verification of a packaging solution for the next generation of wireless RF tranceivers

Master: multi-drive amplifier for communication, master: programmable impedance match in passive rf mixers, master: time-frequency analysis of terahertz sources, ongoing thesis.

Last modified: 15.11.2023

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We are providing supervision for bachelor and master theses in the field of entrepreneurship, innovations and entrepreneurial dynamics. The studies can be divided into three main groups:

a) empirical studies based on secondary data or primary data,

b) theoretical work based on formal models, and

c) quantitative literature or meta-studies.

We are receptive to suggestions for topics that offer a link to the research focus of the Jackstadt Center. If you are interested in writing your thesis at the Jackstadt Centre, please contact the UNESCO Chair of Entrepreneurship and Intercultural Management of Prof. Dr. Christine Volkmann or the Chair of Industrial Economics and Innovation of Prof. Dr. Werner Bönte.

Subject Areas

Social Innovation
Social Entrepreneurship
Sustainable Supply Chain Management (esp. Multi-Tier)
Data Network Effects
Economics of Artficial Intelligence
Entrepreneurial Orientation
Circular Economy
Sustainable Innovation und Business Model Innovation
Sustainable Entrepreneuship

Completed theses (selection)

"Competitive Orientation and Entrepreneurship: An Empirical Investigation", Master's thesis (June 2015).
"Expatriation: Analyzing the Influence of Personality Traits on the Willingness to Expatriate Using the HEXACO Model," Master's thesis (April 2015)
"Intergenerational Entrepreneurship: Influence of Parental Self-Employment on their Children's Intention to Start a Business," Master's thesis (March 2015)
"Hope and the Path to Innovative Entrepreneurship," Master's thesis (March 2015).
"Career Goals and Entrepreneurial Behavior. The Role of Control Beliefs," Master's thesis (September 2014).
"The Role of Knowledge and Entrepreneurship in the Context of Endogenous Growth Theory," Master's Thesis (October 2013).
"Evaluating Start-up Support: An Empirical Analysis of Scientific and Economic Policy Approaches", Master's thesis (September 2013).

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Institute of Electric Mobility and Energy Storage Systems

Bachelor & Master Theses

The Chair for Electric Mobility and Energy Storage Systems offers theses in the following topics:

Inductive charging systems for electric vehicles,
Electrical energy storage and energy storage systems,
Electric drives for electric and hybrid vehicles,
Vehicle mass detection (passenger car and bus; static and dynamic),
Range prediction for electric vehicles (passenger cars and buses),
Business models for electric mobility, intermodal mobility,
Drive systems for pedelecs,
Potential analyses for increasing flexibility (traffic and supply),
Concept development for electric/overhead line vehicles,
Development of charging scenarios through overhead line supply,
Qualification measures for the automotive industry,
Data protection in handling personal vehicle information,
Other topics on request.

The topics currently advertised for Bachelor's and Master's theses can also be worked on individually or as a team in the "Complementary Skills" module.

If you are interested, please contact the respective supervisor!

Current Topics for Theses

Thesis at schüco company.

The company Schüco and the Chair of EES are offering a thesis on the topic "Electromagnetic Levitation - Construction and Commissioning of a Prototype Guidance System for Sliding Doors." For more information on the content of the thesis and the company Schüco, please click here.

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Computer Science at the University of Wuppertal

B.Sc. Computer Science - Overview

At a glance.

Bachelor of Science (B.Sc.)
6 semesters
180 ECTS / 5400 hours
≈ 310 € tuition fee per semester
No admission restrictions

After completing the bachelor's degree, you can...

Understand the basics of computer science
Solve problems in a structured way
Engage in lifelong learning
Be employed in a variety of industry positions
Continue your studies with the M.Sc. program

Information on admission requirements and the application procedure for international applicants can be obtained from the Student Secretariat . Information for applicants with German degrees or certificates can be found here .

Curriculum structure

Computer science basics.

Total: 120 ECTS

Mathematical Foundations (30 ECTS)
Theoretical Computer Science (18 ECTS)
Computer Engineering (30 ECTS)
Practical Computer Science (33 ECTS)
Seminar and practical course (9 ECTS)

Required modules from all areas of computer science provide the necessary foundation for your studies. The specified credits must be earned in each area.

Computer science elective courses

Total: 10 - 15 ECTS

Image and Audio Processing
Cryptography
Internet Technologies
Applied Machine Learning

By selecting additional elective modules, you can tailor your curriculum to your personal interests. Depending on your choice in the other areas, between 10 and 15 ECTS must be earned here.

Elective area of application

Total: 21 - 26 ECTS

Mathematics
Electrical engineering

Selecting an application area helps you to sharpen your profile by focusing on computer science applications in a specific area. Depending on your choice of modules in the other areas, you can take modules with a minimum of 21 and a maximum of 26 ECTS.

Professionalization

Total: 9 ECTS

Introduction to Stochastics
Introduction to Numerics
Practical course (computer science)
Key competencies in computer science

The professionalization modules help you align your studies with your career plan. You can take modules that prepare you for a consecutive master's degree or acquire additional qualifications that will advance your professional career.

Bachelor thesis (15 ECTS)

With the successful defense of your Bachelor's thesis, you achieve your first academic degree. It is the starting point for a lifelong career in computer science and the best possible investment in your future.

More information

ZPA (among others examination regulations and module handbook).
If you have any questions or would like more information, please feel free to send us an email .

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Datenschutzerklärung zur Nutzung der Google-Suche /

Fakultät für Wirtschaftswissenschaft – Schumpeter School of Business and Economics

Bachelor- & Master-Thesis

Bewerbungsverfahren.

Anmeldefristen

15.01 für das Sommersemester

15.06 für das Wintersemester

Rückmeldung bzgl. Annahme innerhalb eines Monats

Abgabe Ihrer Bewerbungsunterlagen

per Mail von Ihrem Uni-Account

an: sek.fallgatter[at]wiwi.uni-wuppertal.de

Inhalt Ihrer Bewerbungsunterlagen

Matrikelnummer

Art der Abschlussarbeit (Bachelor oder Master)

Motivationsschreiben

(bei Gruppenarbeit: Matrikelnummer der Gruppenmitglieder)

(bei fehlenden Leistungspunkten zur Anmeldung: ausdrücklicher Hinweis)

Ablauf und Erstellung Ihrer Abschlussarbeit

Zuordnung eines Betreuers/einer Betreuerin

Unterstützung bei der Themenentwicklung und -bearbeitung

individuelle Besprechungstermine

Rahmenbedingungen Ihrer Abschlussarbeit

Einführung in Standards des wissenschaftlichen Arbeitens

Vortrag zum Stand Ihrer Arbeit

Ansprechpartner

Ansprechpartner für weitere Rüchfragen ist Niklas Strunk.

Neueste Beiträge

Publikation in der Zeitschrift für Führung und Organisation (zfo)

09.04.2024 | 11:29 Uhr

Klausureinsicht "MWiWi 1.8 Management von Handlungen" und "BWiWi 2.1 Organisation" WS23/24

03.04.2024 | 09:30 Uhr

Artikel zum Thema "Cheffing"

02.04.2024 | 09:54 Uhr

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School of Architecture and Civil Engineering

The Bicycle Traffic team is available to supervise students writing a thesis within the study programmes:

Bachelor’s and Master’s programmes in Transportation Engineering (VWING ) in the School of Architecture and Civil Engineering

Bachelor’s and Master’s programmes in Civil Engineering (BAUING) in the School of Architecture and Civil Engineering

Master’s programme on Computer Simulation in Science (CSIS) in the School of Mathematics and Natural Sciences

Here you will find a list of all completed theses supervised by our team and their respective summaries.

Research Area and Methods

We focus on the development of cycling research in the following three main areas:

basic research investigating bicycle traffic flow and behaviour
critical examinations of the benefits and risks of new technologies for cycling and cycling research
research exploring the best practices for bicycle infrastructure design, planning, and policy

Learn more about our research here .

Welcoming applications for supervision from all students interested in focusing on a cycling-related topic within these research areas, we are particularly keen to supervise students aiming to explore or employ field studies or simulation in their research. For example, we aim to supervise students who might:

Collect and analyze direct observational data of bicyclists’ behaviours and flows using our MioVision camera

Collect and analyze participant observational data of individual bicyclists’ experiences using our Go Pro cameras and GPS trackers

Develop micro- and macroscopic transportation models for bicycle traffic

Support the development of our bicycle simulator and test its application

Apply for supervision

Students are invited to apply for one of our open topics (listed below) or propose a other cycling-related research topics they would like to investigate through their bachelor’s or master’s thesis. Please contact us at least 3 months before your planned registration date to begin your research.

Before contacting us, please refer to the Prüfungsordnung for your study programme to confirm that you have completed (or will soon complete) all credit requirements to begin your thesis.

To apply for supervision, send an email to Matthias Schaarwächter with the following information:

Your study programme and planned registration date to begin your thesis.

The title of the open topic you are applying to write your thesis on, or the proposed title and a short description of the topic you are proposing.

An approved “Antrag auf Ausgabe einer Aufgabenstellung für eine Thesis”, provided by the Examination Office. (If you have not completed all credits but will before your planned registration date, please explain this in your email.)

Following a review of your application and an initial meeting with a potential supervisor, students must submit a short research exposé describing the proposed research in greater detail. A template for the exposé and guidance are provided to all students who contact us regarding the supervision of master’s and bachelor’s theses. The final determination on supervision is made based on the quality and relevance of the research proposed in the exposé.

Open Thesis Topics

The following topics are available for editing. The list is continuously updated and students can also contact us with their own suggestions according to the procedure described above.

Data types and sources for the calibration and validation of cycling in macroscopic transport models
Estimation of mode choice models of bicycle traffic
Transferability and application of open standards in driving simulators to bicycle simulators
Comparison of modelling approaches of bicycle traffic in macroscopic transport models
Analysis and modeling of e-bike ownership
Modelling Bicycle Traffic Mode Choice in the Wuppertal Transport Model and Evaluation of an Infrastructure Measure

Completed Theses

Felix Heldmann (M.Sc. VWING): “Examining Effective and Safe Self-Explaining Design Elements in Bicycle Infrastructure through an Observational Study” Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, M.A. Cat Silva Abstract ( DE / EN )

Timo Schmidt (B.SC. VWING): “Modellierung der Wirkung des BUGA+ Radwegerings” Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, Dipl.-Ing. Leonard Arning Abstract ( DE / EN )

Faisal Hamood Bashar (M.Sc. VWING): “Erfassung, Analyse und Weiterentwicklung von Fahrradabstellanlagen im Stadtbezirk Köln-Porz”Supervisors: Univ.-Prof. Dr.-Ing. Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, Dipl.-Ing. Leonard Arning Abstract ( DE / EN )

Insa Weisz (B.Sc. VWING): “Einfluss der Eltern auf das Mobilitätsverhalten von Schüler*innen unter besonderer Berücksichtigung des Radverkehrs” Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, M.A. Cat Silva Abstract ( DE / EN )

Johannes Fröhlich (M.Sc. VWING): “Verkehrsverhalten von Radfahrer*innen in Knotenpunkten” Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, M.Sc. Aboozar Roosta, M.Sc. Pia Dölling Abstract ( DE / EN )

Sara Idrissi (B.Sc. VWING): “Elemente in Knotenpunkten zur Führung des Radverkehrs” Betreuer: Univ.-Prof. Dr.-Ing. Heather Kaths, Dipl.-Ing. Leonard Arning, M.Sc. Pia Dölling Abstract (DE / EN)

Jonas Bayerl (B.Sc. VWING): “GPS-basierte Radverkehrsdaten - Analyse von Datenquellen für die Radverkehrsplanung und -forschung” Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, M.Sc. Mathis Titgemeyer Abstract ( DE / EN )

Maximilian Neuhoff (M.Sc. VWING): “Simulationsuntersuchung unterschiedlicher Knotenpunktausbauformen mit radverkehrsfreundlichem Fokus am Beispiel des Knotenpunktes Westring / Olshausenstraße im Stadtgebiet der schleswig-holsteinischen Landeshauptstadt Kiel” Supervisors: Univ.-Prof. Dr.-Ing. Heather Kaths, M.Sc. Pia Dölling Abstract ( DE / EN )

Chemistry - Bachelor of Science

Our bachelor program offers an overview of the entire field of chemistry. It is divided into modules in which students acquire credit points (LP, credits). The Bachelor's degree is completed with the acquisition of 180 credit points (approx. 30 per semester) in accordance with the examination regulations. This usually takes 6 semesters.

All Chemistry degree programs are taught in German. A profound knowledge of the German language is therefore required. The Bachelor thesis may be written in German or English. German language courses are offered by the University of Wuppertal.

International applicants should send their application documents directly to the Student admission and registration for international students (Internationales Studierendensekretriat) of the University of Wuppertal.

More Information

Course of studies

Our program starts with the basics of chemistry. The course “General Chemistry” basics are refreshed giving those students who had little chemistry lessons during their school days the opportunity to bring their knowledge up to date. In the 2nd to 4th semester, we focus on inorganic chemistry, organic chemistry, physical chemistry as well as basic knowledge of mathematics and physics. In addition to lectures and exercises, the chemistry course is characterized by practical lab courses which are closely supervised. In the last two semesters, basic knowledge and practical skills are extended in modules like Synthetic Chemistry or Instrumental Analysis and lectures on specialized knowledge in toxicology and law for chemists. In our elective modules, students can choose from a number of options to customize their learning content. The bachelor’s degree is completed with a bachelor thesis in one of our research laboratories. The bachelor thesis is closely supervised by the scientists doing research at the BUW. At the end of the bachelor thesis, you present your work to the fellow students in the bachelor seminar. After the standard study period of 6 semesters, the graduate receives the first professional university degree laying the groundwork to further qualify in one of our master courses.

Examination Office

Frau r. zittlau.

Room: T.10.10 Phone: 0049-202-439-5071 Fax: 0049-202-439-5269 Email: zittlau[at]uni-wuppertal.de Office hours: Mo.–Do. 9–11.30 Uhr, Di.&Do. 14-15

Examination Board Prüfungsausschuss Chemie

Prof. dr. j. scherkenbeck.

Room: V.10.087 Phone: 0049-202-439-2654 Email: scherkenbeck[at]uni-wuppertal.de

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Institute for Atmospheric and Environmental Research

Bachelor thesis, master thesis, state examinations and doctoral thesis in the research group atmospheric physics

Working in the area of water vapor measurements:.

Water vapor is the most important, naturally occurring trace gas in the atmosphere. In connection with climate change and the associated rise in temperature, water vapor is taking on additional importance. An increase in temperature usually leads to an increase in the water vapor content, which in turn results in a further increase in temperature due to the radiation properties of the water vapor. This is called a positive feedback. Measurements and observation of the development of water vapor over time are therefore of great importance. For this purpose, a new, simple ground device is to be set up in Wuppertal that measures the water vapor column (total water vapor or precipitable water) in the atmosphere. The measurements consist of vertical measurements of the IR temperature of the cloudless sky. These temperatures are directly related to the water vapor content. At the moment, the first experimental measurements are being carried out by hand using simple IR thermometers. In the course of development, some opportunities for collaboration are possible, for example in the context of a bachelor's thesis: - Temperature measurements using IR thermometers and comparisons with satellite observations and other ground-based measurements (e.g. GPS measurements) - Commissioning of IR temperature sensors using an Arduino - Operating the Arduino with the help of solar panels to enable self-sufficient measurements...

If you have any questions or are interested in working together, please contact

Priv.-Doz. Dr. Christoph Kalicinsky or Dipl.-Phys. Peter Knieling [email protected] [email protected] Tel: 0202 - 439 – 2779 Tel: 0202 - 439 – 2749

Working in the area of GRIPS temperature measurements:

In Wuppertal, temperatures in the mesopause region (approx. 87 km altitude) have been measured since the 1980s. The data evaluation is based on different steps such as the selection of the spectra, different corrections and finally the temperature determination itself. Some of these steps still require the personal intervention or work of a scientist. There is therefore interest in automating parts of the evaluation and using artificial intelligence (AI) at appropriate points. The first steps in this direction have already been taken and the results look promising. In the course of further development, some opportunities for collaboration are possible, for example in the context of a bachelor's or master's thesis.

Priv.-Doz. Dr. Christoph Kalicinsky or Dipl.-Phys. Peter Knieling [email protected] [email protected] Tel: 0202 - 439 – 2779 Tel: 0202 - 439 – 2749

Further topics on request ...

Information on the design of homework, Bachelor thesis and master thesis (pdf)

Hurricane Francis

Recorded by Mike Fincke on board the International Space Station ISS on August 27, 2004

Noctilucent clouds

Recorded by Mika Yrjölä in August 2003. The picture shows bright noctilucent clouds over Lake Saimaa, Finland.

Weitere Infos über #UniWuppertal:

IMAGES

deckblatt thesis uni wuppertal
Leimbindung Professional
(PDF) Modulhandbuch
Uni Wuppertal Bachelor Thesis Format
So erstellst du dein Deckblatt Masterarbeit + 11 Univorlagen
So erstellst du das Bachelorarbeit Deckblatt? [5 Vorlagen]

VIDEO

Tips on writing bachelor thesis
Eine unserer besten Absolventinnen: Corinna Beuthner
Bachelor's Thesis: Safety analysis and configuration of ABB CRB 15000 (GoFa) cobot
Junior Uni Wuppertal
This is My Bachelor Thesis Project (3D printing, Astrophotography)
Uni Wuppertal Gym/Tanz Choreo SS 2015

COMMENTS

Structuring Final Theses
University of Wuppertal. Gaußstraße 20 42119 Wuppertal. post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de . Contact
Bachelor theses
Bachelor thesis (in the 6th semester) The bachelor's thesis comprises the treatment of a usually empirical research question in social psychology and/or personality psychology using methods appropriate to the state of scientific research, as well as the written documentation of this research achievement according to the rules of the subject.
Strukturieren von Abschlussarbeiten
Bergische Universität Wuppertal. Gaußstraße 20 42119 Wuppertal. Postfach 42097 Wuppertal Telefon +49 202 439-0 Internet www.uni-wuppertal.de . Kontakt
PDF Merkblatt für die Anmeldung und Abgabe von Thesen
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Theses
We offer the following basic thesis projects for a Bachelor or Master degree in civil engineering, safety engineering or computersimulation in science. In principle, all topics can be worked on as part of a Bachelor's or Master's thesis, with the workload then being adjusted accordingly. Of course we are open to your individual topic suggestions.
Degree Theses
Bachelor-Thesis Requirements analysis and specification of a monitoring system for container circuits Development of an ATCS-based heuristic to minimize the weighted tardiness costs in the permutation flow shop problem with sequence-dependent set-up times
Theses
Gaußstraße 20. 42119 Wuppertal. post office box 42097 Wuppertal. phone +49 202 439-0.
Open, ongoing and completed theses
Open, ongoing and completed bachelor and master theses at the Institute for TMDT. Project work, research and cooperation with industry.
Publication of electronic theses
University of Wuppertal. Gaußstraße 20 42119 Wuppertal. post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de . Contact
Bachelor and Master Theses
post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de
Thesis
Please submit the documents as PDFs by email with the subject line "Request for supervision of Bachelor/Master Thesis" to welfens[at]wiwi.uni-wuppertal.de. If you have a specific supervisor already in mind, you can include this person in CC. ... The Bachelor theses usually comprise 40-50 pages of text and Master theses 60-70 pages of text ...
Bachelor Thesis
University of Wuppertal. Gaußstraße 20 42119 Wuppertal. post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de . Contact
Bachelor and Master theses
University of Wuppertal. Gaußstraße 20 42119 Wuppertal. post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de . Contact
Bachelor Thesis
post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de
Theses (Bachelor & Master)
We are providing supervision for bachelor and master theses in the field of entrepreneurship, innovations and entrepreneurial dynamics. The studies can be divided into three main groups: a) empirical studies based on secondary data or primary data, b) theoretical work based on formal models, and. c) quantitative literature or meta-studies.
Bachelor & Master Theses
Toogle Navigation. Staff. back Staff; Chairholder Secretary's Office
Bachelor of Science
post office box 42097 Wuppertal phone +49 202 439-0 Internet www.uni-wuppertal.de
Bachelor
Bergische Universität Wuppertal. Radverkehr. Pauluskirchstraße 7 42285 Wuppertal. Postfach 42097 Wuppertal Internet radverkehr.uni-wuppertal.de
Bachelor- & Master-Thesis
Bachelor- & Master-Thesis Bewerbungsverfahren Anmeldefristen. 15.01 für das Sommersemester. 15.06 für das Wintersemester. Rückmeldung bzgl. Annahme innerhalb eines Monats. Abgabe Ihrer Bewerbungsunterlagen. per Mail von Ihrem Uni-Account. an: sek.fallgatter[at]wiwi.uni-wuppertal.de. Inhalt Ihrer Bewerbungsunterlagen. Matrikelnummer
Theses
Bachelor's and Master's programmes in Civil Engineering (BAUING) in the School of Architecture and Civil Engineering. Master's programme on Computer Simulation in Science (CSIS) in the School of Mathematics and Natural Sciences. Here you will find a list of all completed theses supervised by our team and their respective summaries.
Bachelor of Chemistry
The bachelor thesis is closely supervised by the scientists doing research at the BUW. At the end of the bachelor thesis, you present your work to the fellow students in the bachelor seminar. ... Email: zittlau[at]uni-wuppertal.de Office hours: Mo.-Do. 9-11.30 Uhr, Di.&Do. 14-15. Examination Board Prüfungsausschuss Chemie Prof. Dr. J ...
Bachelor- und Masterarbeiten
Bachelor thesis, master thesis, state examinations and doctoral thesis in the research group atmospheric physics ... [email protected] [email protected] Tel: 0202 - 439 - 2779 Tel: 0202 - 439 - 2749. Working in the area of GRIPS temperature measurements: In Wuppertal, temperatures in the mesopause region (approx. 87 km ...
Uni Wuppertal Bachelor Thesis Format
Uni Wuppertal Bachelor Thesis Format - Free download as PDF File (.pdf), Text File (.txt) or read online for free.

Hinweise zur Strukturierung von Abschlussarbeiten

Current suggested topics

Completed Projects

Master Theses

BACHELOR THESES

Degree Theses

Topics of degree theses

Application process

Selection of written theses

Bachelor-Thesis

Master-Thesis

Final theses

Open Bachelor thesis

Interpretable Learning Models

Virtual and Augmented Reality

Open Master Thesis

Semantic Systems Engineering

Ongoing thesis

Completed thesis

Further Information about TMDT

Publication of electronic dissertations and postdoctoral theses

Submission of electronic dissertations

Submission of printed dissertations only

Bachlor and master theses to be assigned

Study and Teaching

Suggested Topics:

Former theses

Suggested Topics in winter semester

Bachelor Thesis

Master Thesis

Master: Analyse der schnellsten Silizium-Germanium Bipolartransistoren der Welt für passive Bildgebungsverfahren zur Materialanalyse

Master: Analyse der schnellsten Silizium-Germanium Bipolartransistoren der Welt für aktive Bildgebungsverfahren zur Materialanalyse

Master: Design and verification of a packaging solution for the next generation of wireless RF tranceivers

Subject Areas

Completed theses (selection)

Bachelor & Master Theses

Current Topics for Theses

B.Sc. Computer Science - Overview

After completing the bachelor's degree, you can...

Curriculum structure

Computer science elective courses

Elective area of application

Professionalization

Bachelor thesis (15 ECTS)

More information

Bachelor- & Master-Thesis

Ablauf und Erstellung Ihrer Abschlussarbeit

Ansprechpartner

Research Area and Methods

Apply for supervision

Open Thesis Topics

Completed Theses

Chemistry - Bachelor of Science

Course of studies

Examination Office

Examination Board Prüfungsausschuss Chemie

Bachelor thesis, master thesis, state examinations and doctoral thesis in the research group atmospheric physics

Working in the area of GRIPS temperature measurements:

Further topics on request ...

IMAGES

VIDEO

COMMENTS