Project, process and quality management and corporate management in technically-oriented firms are at the core of the Technical Management Master degree program. They interlink detailed technical knowledge and management competencies - an ideal combination for managerial functions or to apply your know-how as a consultant. You will train your assessment of economically viable ideas and learn how to successfully implement these, maybe in your own newly founded company.
Mag.a Felicitas ZemanFavoritenstraße 226, B.3.25 1100 Vienna T: +43 1 606 68 77-2400 F: +43 1 606 68 77-2409 firstname.lastname@example.org
Map main campus Favoriten (Google Maps)
Office hours during the semester By appointment only
Application period for academic year 2022/23
1st October 2021 to 7th August 2022
tuition fee / semester:
+ ÖH premium + contribution2
1 Tuition fees for students from third countries € 727,- per semester
2 for additional study expenses (currently up to € 83,- depending on degree program and year)
With your existing technical knowledge, you have already laid the foundation for the Master degree program. You are now keen to expand on this by complementing your profile with subjects such as Business Studies, Marketing, Controlling and Accounting. You are aiming for a leadership role as the logical next and imminent step in your career. Yet, you still lack the management skills - which you are now about to acquire in the Master degree program. To you, innovation is not just a buzz word, but an opportunity to clearly enhance processes or products. You are keen to competently address regulatory questions around product liability, e-commerce, warranties or patent law in your career. If German is not your first language, you have to mandatorily to provide a German language certificate at least at level B2.
By opting for the Technical Management Master degree program, you already hold the key to success in your hand. Because you will achieve success at home and abroad by combining specialized technical know-how, management methods and project, process and quality management. The two specializations in Information Technology and Environmental and Energy Technology deal with internationally topical issues. You may, for instance, offer some solutions to these issues in your Master thesis. Our University of Applied Sciences can offer the academic environment and infrastructure you need to contribute in this field. Our excellently equipped laboratories, such as the electronics and network laboratory and our special photovoltaic facility for teaching and testing, are at your disposal for your research. You will participate in R&D projects, together with innovative companies in commerce and industry. This will enhance your technical and scientific expertise. Practical relevance is also guaranteed through our Campus Lecture evenings which are open to all and offer contributions by prominent experts.
Projects should, in the practical world, always endeavor to benefit society and the environment. This is also the guideline for project selection in the degree program. In the Information Technology specialization field in the Technical Management Master degree program, the development of a system allowing highly parametrizable traffic simulation is planned, for instance. This project will allow a network of roads to be arbitrarily modeled, permitting addition and interaction of various road users. The complete system will allow for the inclusion all types of roads, crossings, traffic lights, footpaths, bikeways and trolley cars. Using a graphical user interface, experiments and surveys will be carried out to analyze existing and new traffic situations such as normal traffic, congestion, accidents or roadworks, and to examine potential counter-strategies such as detours or changing traffic light timing.
You will participate in the analysis of results and in finding answers to various traffic situations, to the benefit of road users.
Our individual options for further education within the framework of the degree program are your added value towards your career planning or finding a job. We can offer you certifications which are important to industry, such as PMA Project Management Austria or the Process Management Certificate.
Your degree program will focus on project, process and quality management. Business administration, law and personal development will round out your education. You will require these core skills to successfully manage projects. A strong technical emphasis will interlink your various competencies.
Lector: Dr.in Christa Blecha, Mag. Dr. Elfriede Anna Stanka
English Terminology for Business Economics Money Finance Balancing Investment Evaluation of Business Organisations
Continuous assessment class participation distance learning presentations written paper
peer work presentations class participation distance learning
1380 / 5000 Übersetzungsergebnisse Introduction and practice-relevant deepening in the understanding of the term project and the project management approach. Instruments and tools of project management such as demarcation and context analysis, project assignment, performance, schedule, cost / resource planning, project organization, communication structures. Working on practical projects. Practice-oriented design of the essential PM processes (commissioning, start, controlling, closing, marketing, crisis). Get to know the essential terms and methods for multi-project management. Examples are: project portfolio analyzes, project portfolio databases, methods for investment controlling, business case analysis, management of project chains, methods for networking projects, Introduction to the basic terms and fundamentals of process understanding, deepening in the methods of process modeling, process improvement (FMEA, internal customer-supplier relationships) as well as establishing a customer-oriented process organization and process security. In the practical exercises, the contents of the lecture are "playfully" simulated in group exercises (improvement workshops), made tangible and deepened in a practice-relevant manner. In the distance learning parts, an integrative case study (FMEA, process design) is processed, coached and reflected on.
Continuous assessment permanent assessment with final exam
Lecture/knowledge transfer (with script) Case Studies (English) Short exercises Group work with presentations of the results
Lector: Mag. Dr.iur. Wolfgang Aigner
Basic knowlegde in Austrian contract law and law of liability
Final exam Written examination at the end of the course: case studies.
Lecture, practical case demonstrations as part of distance learning.
Lector: Mag. Alexander Friedrich Meixner, MMag. Helmut Pscheidl
Preparation of balance sheets, calculation of key figures, interpretation of key figures, legal requirements, determination of profits, international accounting, tax law Derivation of finance-relevant figures from accounting, determination of capital and finance requirements, finance plan, equity capital, loan capital, calculation of interest and repayment charges
Final exam final exam
Lecture/knowledge transfer (with script) Short exercises
Lector: Dr. Christoph Altmann
The focus of this basic course is the presentation of the structure of our legal system. The different legal sources and their relationship to one another should be shown. An important aspect is legal protection, not least through the courts of public law. The basis of the modern constitutional state is and remains constitutional law, which today is heavily influenced by norms of European law and in some cases also overlaid. The legal norms of the European Union also increasingly influence the simple legal norms of the federal and state governments. The presentation of the legislative procedure and the main features of the administrative procedure are important for all further legal considerations. The fundamental rights, mainly those with economic relevance, are also shown using concrete examples. From the special administrative law, the trade regulations, procurement law, electricity industry law and telecommunications law are presented in outline.
Lecture/knowledge transfer (with script)
Lector: Dr. Christian Majer
Introduction and Basics Entrepreneurial thinking in high-tech corporations Management of high-tech Teams Corporate strategy, KFS and goal Setting Organizational design: Classic vs modern organizational structures, prerequisites, pros and cons, examples Process organization: Requirements, critical issues and KFS, time and cost Drivers, organizational development
Continuous assessment Inherent tests and written final
Lecture, exercises, case studies, analytical management tools
Lector: Mag. Georg Conrad-Billroth, MSc (CS)
The role, tasks and strategic aspects of product management in the marketing department and the enterprise Product management and marketing mix (product, promotion, place, price) Analysis of the lifecycle of products and product portfolio Product innovations Brand policy Ethical aspects of product management and marketing PLM : product lifecycle management
Final exam Article and exam at the end of the course
Lecture/knowledge transfer (with script)
Terms and definitions in the field of knowledge management, knowledge management strategies Building blocks of knowledge management, instruments and methods of Knowledge management, software support in the area of knowledge management (networks, newsletters, databases, yellow pages) Methods of knowledge acquisition - job rotation, findings from projects, micro-articles, etc. Knowledge management - implementation examples (best practice)
Mathematical foundation of probability theory, absolute and conditional probabilities, discrete and continous probability distributions, applications in economy and technology.
Lecture/knowledge transfer (with script) practical exercises
Introduction to quality management. Practice-relevant deepening on the methods of quality planning and improvement as well as dealing with the ISO 9001: 2015 regulations, AFQM / EFQM model including assessment procedures and RADAR logic. Basics of the Six Sigma quality assurance method and its application in technology-driven companies.
- Understanding the different aspects of data science and the different types of analysis that can be carried out. - Basic mathematical and statistical methods and operations needed to be understood for data science applications - Basics of Python using NumPy, pandas, Matplotlib - Data pre-processing - Cluster and Factor Analysis - Tableau - Machine Learning Algorithms including underfitting, overfitting, training and validation, n-fold cross validation and hyperparameters - Deep Learning with TensorFlow
Final exam The overall lecture grading combines a theoretical written test at the end of the lecture with graded group specific case study example during the lecture.
Lecture/knowledge transfer (with script) Short exercises Group work with presentations of the results
Business English: Cultural Awareness Negotiations Leadership/Management
Continuous assessment Course-immanent examination character
Class participation Distance learning exercises on Moodle Platform Peer Presentations Mini Negotiations
Students work on specific product management case studies and create in group work suggested solutions. These will be discussed in class with respect to their advantages and disadvantages. For new products and services, the different phases of the product life cycle are determined and discussed on their possible implementation variants.
Continuous assessment Final team discussion of assigned business case, personal Q&A session at the end of the team presentation
Lectures and testimony from leading representatives* of the business community. Case studies with group presentations and class discussion.
The students should be able to find solutions for fundamental legal problems concerning the employment of workforce: beginning and ending of labor contracts, know the difference between the various possible forms of employment und the legal frame for payment and benefits.
Final exam Written examination with casestudies at the end of the course
Lecture/knowledge transfer (with script) Case studies
- Productivity & leadership in technology companies - Corporate functions, internal customer relationships, service flows and dependencies - Personnel management & motivational methods, recognition & influencing of behavioral barriers - Personnel requirement planning, personnel selection & recruitment - Personnel development & talent management - Performance appraisal - Compensation & advanced compensation models
Lector: Mag. Gottfried Schellmann, Mag. iur. Dipl.-Ing. Dr. Dr. Michael Stadler
Part 1 (Schellmann): Basics of industrial property rights (Intellectual Property); Trademark law and copyright; License agreements Part 2 (Stadler): Patent Law; Patent documents; State of the art; Patentability; Registration procedure; Patent infringement; Service inventions and authorization to log in Graduates - know the protective effects of different commercial property rights - know how marks and trademarks are registered and enforced - can identify essential information in patent specifications - know how innovations from research and development can be protected
Lecture/knowledge transfer (with script) Case studies Work on case studies
Lector: MMag. Helmut Pscheidl
Derivation of investment accounting-relevant data from accounting, static and dynamic investment accounting methods, net present value method, internal rate of return method, annuity method, return on investment (ROI), asset and income value method Deriving finance-relevant figures from the accounting. Determination of capital and finance requirements, finance plan, equity capital, loan capital, calculation of interest and repayment charges
Final exam lfinal exam
The SE "Leadership and intercultural management" serves as a propaedeutic course at the beginning of your TM studies. It will be conducted in two separate groups by two lectors featuring a diverse professional background focussing on different content issues. Groups will be exchanged in mid-semester. We will cover basics of intercultural management which will increasingly determinate your working environment as well as various aspects of leading others which will be a crucial requirement for your future carreer but also facilitating your progress and success as a student: • Cultural issues will be covered by Mag'a Petra Schmidinger from am individual perspective, and by Dr. Paul Martin Frentz from a business perspective. • Leadership issues will be addressed by Mag'a Petra Schmidinger with respect to dealing with co-workers as well as social and communicative competence, and by Dr. Paul Martin Frentz with respect to conceptual guiding and steering co-workers in daily business situations. Details of Mag'a Petra Schmidinger's part: Leadership as a carreer goal, requirements and expectations of leaders in business, developing a clear role and self-understanding, leadership styles and effects on co-workers, basics of communication psychology for leaders, problems of authority and guidance, areas of conflict and conflict resolution models, intercultural competence, thinking about own patterns and images with respect to other cultures. Details of Dr. Paul Martin Frentz's part: Communication in operations leadership, presentation, negotiation, and multinational working situations, non-verbal communicating with brands as part of international marketing, understanding processes and instruments, applying individually in the students daily business.
Continuous assessment Presence and active contributions in discussions and group work: 30% Presenting group work results: 30% Writtten exam: 40%
Lecture/knowledge inputs (based on a script) Case studies (in English) Dealing with examples from your own business Analyzing interviews with upper management individuals Short exercises Group work with presentations of results Basic literature and reading package (partly in English)
Basic concepts of optimization, linear optimization, primal and dual simplex algorithm, 2-phase simplex method, Gomory cutting plane method, transport problems, linear assignment problems, non-linear optimization without restrictions, optimization under constraints (Lagrangian multipliers, Karush-Kuhn-Tucker conditions), dynamic programming , Applications in IT, business and logistics.
1. Assessment Center as one methodology for selecting managers. Professional success strategies, application, references, tests, interview 2. Group dynamics: stages of group development, roles, conflict management in teams 3. talk and question techniques, meetings, different types of communication, feedback, body language, internal and external views;
Theoretical input and practical exercises
Lector: FH-Prof. Dipl.-Ing. Herbert Paulis
This lecture course gives an introduction, how requirements engineering works. All important parts of the requirement engineering will be shown and discussed by using best practice examples. The lecture course is separated into following main parts: a) Short description of the IEEE P1220 standard for requirement engineering b) Roles and responsibilities in the requirement engineering process c) Skills which are necessary for good requirement engineering d) Integration of the requirement engineering process in other (overall)
Lecture/knowledge transfer (with script) Case studies (English) Work on case studies Basic reading and "Reading Package" (partly English)
Special aspects of requirements engineering, practical application of methods for problems of CE requirements.
Final exam Module exam
creation of a project related document
With the help of practical exercises, students get to know the different bus systems in building automation and can make simple changes to the configurations themselves. Using practical examples, they will get to know the different levels of automation technology in the field of building automation and how to make changes to the configuration
Continuous assessment permanent assessment
Lecture/knowledge transfer (with script) practical exercises
Sensors and actuators in building automation Standardized bus systems and networks in building automation Central and decentralized automation systems Relationship between building automation and technical building management (field level, automation level, management level) Comfort and energy management functions in room automation Building security and building automation Air conditioning and comfort zone, regulation of air conditioning systems, integration of ventilation systems into building automation, EIB / KNX bus system in its hardware and software components, building automation with LON-BUS and BACnet based on implementation examples
Overview of concepts and implementation variants of the technical infrastructure in the hospital with a focus on the reporting and signaling systems implemented for safe operation. Essential interfaces between the technical infrastructure and other departments in hospitals. Use of process control systems or telecommunications systems in hospitals. Special security systems for the intensive care areas of the hospital. Emergency supply systems for the areas - power supply, emergency lighting, supply with medical gases, vacuum system, etc.
Security of medical devices and their electronic control units. Quantitative description of risk, risk analyzes, use of safety analysis methods such as HAZOP analyzes to determine the risk potential. EU directives on product safety, conformity and labeling requirements, standards for the automation of safety-relevant systems and their implementation in the field of medical technology. Transfer of specialist knowledge and the application of mathematical methods to determine reliability (mean time between failure MTBF and mean time to failure MTTF). Relationship between requirements engineering and software development processes and software test and release methods as well as the achievable software quality. SPICE maturity models and their further development in the form of the MediSPICE standard. Regulation of the ISO / IEC 15504-ff standard for MediSPICE and its practical implementation options. Assessments of software development processes according to the MediSPICE standard using the defined process model, which are developed in individual group work based on the standard.
Final exam permanent assessment with final exam
Lecture/knowledge transfer (with script) Group work with presentations of the results
Characteristics of scientific texts and types of text, theory-based development of a question and formation of hypotheses, structuring and construction of scientific papers, citation rules, literature research and analysis Overview of various qualitative and quantitative survey methods for empirical research (such as questionnaires and interviews; various forms of observation); Conveying the basics / logic (methodology) of qualitative and quantitative survey methods; Quality criteria of empirical studies; Elaboration of a differentiated recording of the limits and possibilities of quantitative and qualitative survey methods; Examination of the implementation steps of a scientific investigation: from the development of a research question and an appropriate survey method to the organization in the research field Reflection on the survey methods in connection with practice-relevant problems Support with questions during the preparation of the final master's thesis
Lecture/knowledge transfer (with script) case studies Group work with presentations of the results
Communication of the essential components of risk management and the associated norms and standards based on ISO 31000 and ONR 49000ff as well as their operational application in health care. Practical interpretation and application of these standards in the healthcare environment. Current standards such as ISO / IEC 800001-ff (integration of medical products in a clinic IT) and their consequences. Development of risk management norms and standards as well as organizational effects on the process landscape in health care. Role and tasks of risk officers and risk managers as well as technical safety officers in the health care system and their organizational integration in the health care system, including the associated risk management processes.
Creation of a requirement specification document based on a case study project
Final exam Assesment of submitted specification document (Module exam)
Development of a personal handbook. continues support in few attended lectures
Managementsystems for organizations, like environmental- and energysystems, from ISO standards and legal requirements (Austria).
Final exam written examination
Fossil-fired power plants (gas, coal, oil), power generation with nuclear power, power generation from renewable energy sources (water power, wind, photovoltaics, biomass) Energy conversion processes and their environmental impact Use of power plants, control of power plants, integration of power plants in electricity networks, storage of electrical energyEconomic considerations of electrical energy generation
Lecture/knowledge transfer (with script) Short exercises
Market failure due to external effects, characteristics of environmental goods Fiscal and non-fiscal instruments of environmental policy (Pigou tax, emissions trading, requirements, subsidies, support programs ...) International and national implementation strategies with a focus on energy supply and its external effects.
practical training and projects for the technical assesment of aspects in our environment
Continuous assessment turning in a project study and presentation
creating a project study
Lecture/knowledge transfer (with script) Case studies (English) Group work with presentations of the results
Power grids, structure and components of the grids, grid regulation, grid stability and security of supply, challenges in connection with the increased integration of regenerative energy systems, approaches and trends in the area of “smart grids”. Gas networks, structure and components, security of supply, integration of biogas. District heating and cooling networks. Operation of energy networks, questions of efficiency and profitability of energy networks.
Renewable energy technologies with a focus on photovoltaics, wind energy, biomass power plants, heat pumps. Current state of development of technologies, approval procedures and funding landscape.
Technology Assessment and Life cycle assesment
Energy efficiency perspectives and efficiency optimisation in selected areas (e.g. HVAC, lighting, drive technology, traffic, industrial processes, energy storage...) Characteristic aspects of energy efficiency (e.g. rebound effects) Key regulatory elements of energy efficiency and their implementation (energy passes, energy efficiency labels, norms, European guidelines and their national implementation)
Final exam lectures, written final examination
Special aspects of requirements engineering, practical application of methods for problems of IT requirements.
Final exam Continuous assessments throughout the content presentation. (Module exam)
creation of a project related document which will be used in following courses
Lector: FH-Prof. Dipl.-Ing. Philipp Rosenberger
- Technical aspects of cloud computing like replication, availability, data security and the 3 layer model of cloud computing - Economical aspects of cloud computing like cloud sourcing strategies, return on security investments and service level agreements. - Legal aspects of cloud computing like GDPR. - Hands-on practice of implementing a specific cloud service.
Final exam The lecture is graded by evaluating the presentation of the cloud service case study.
A mixture of traditional lecture using different blended learning oriented methods, discussion of examples and discussions, combined with a hands-on cloud service implementation case study.
- Understanding the basic aspects of computer networks, focusing on the internet network and its layers - Basic understanding of protocols and their characteristics - Introduction to the history and development of the internet - Basics of reliable data transfer - Flow control mechanism - 5G
Final exam The lecture is graded with a theoretical written test at the end.
A mixture of traditional lecture using different blended learning oriented methods, discussion of examples, practical case studies and discussions.
The course provides a general overview over the broad field of IT-Security, with a focus on practical relevance and current technologies. Topics are, among others, cryptographic foundations, firewall technologies, authentication methods, certificates, and cloud security.
Final exam Final Exam
Classroom lecture and lab exercises
Lecture/knowledge transfer (with script) Case studies Group work with presentations of the results
Lector: Mag. Dipl.-Ing. Dr.techn. Wolfgang Radinger-Peer, MBA
The graduates know the principles of the systematic development of software. On the one hand technical, such as object orientation and structure, on the other hand organizational principles. They know the characteristics of software, the roles and tasks in software development, phases of software development (analysis, design, implementation, test, maintenance), software development models and the problem of reusing existing software (software reuse), or the aging of software (refactoring). The graduates are familiar with the essential elements of system-oriented design. They are familiar with UML (Unified Modeling Language) design method with its most important diagrams (Use Case, Class, State andSequence Diagram) and master the use in the course of a practical object-oriented system design. They can differentiate between functional and non-functional requirements and also define them.
Lecture/knowledge transfer (with script) Short exercises Group work with presentations of the results Basic reading and "Reading Package"
- Definition of Software Quality and Quality Management - Testing Strategy and Organization - Automated Testing - Static and Dynamic Test Methods - Agile Testing
Final exam The lecture is graded by a written exam at the end of the lecture.
A mixture of traditional lecture using different blended learning oriented methods, discussion of examples and discussions.
- Difference between system and application - Basics of modeling - Don Norman Design Principles - User Experience Design Process - Information Architecture - Information Design - Usability testing - Visual Design - UML Diagrams
A mixture of traditional lecture using different blended learning oriented methods, discussion of examples and discussions, combined with a group specific case study.
Independent processing of a technically relevant topic on a scientific level under the guidance of a supervisor, elaboration of the master's thesis
Final exam Approval of the master thesis
Independent scientific work under the guidance of a supervisor
Students are supported in the preparation of their Master's thesis by means of discussions in seminar form. At the same time, they learn about different approaches to writing a master's thesis and exchange ideas with the course instructor as well as with each other.
The final examination consists of the following parts - presentation of the master thesis - an examination discussion, which deals with the cross-connections of the topic of the Master's thesis to the relevant subjects of the curriculum, as well as - an examination discussion on other contents relevant to the course of study. Cf. § 16 Abs 2 FHG
Final oral exam
Software Process Improvement and Capability Determination (Approaches and Standards) SPICE standard as a basis for safety-relevant software development (ISO/IEC 15504 - SPICE standard and implementation examples) Implementation of these new standards in the context of the general standard for software for medical devices (IEC 62304) and the regulations for the application of risk management to medical devices (ISO 14971) Medi-SPICE as a process reference model for safety-relevant software in the healthcare sector and its classification in IEC 62304 Application examples from practice
Continuous assessment final written exam
Students learn the principles and methods of Software Process Improvement and Capability Determination (SPICE for short) and, building on this, get to know the special methods of Medi-SPICE developed for the medical sector. On the basis of practical examples from the medical field, this knowledge is deepened in terms of content on the one hand, and on the other hand, the implementation competence of the students is established and trained. Through this alternating form of theoretical and practical elements, students are supported and accompanied in their learning progress.
- Basics and access to risk management and the associated classification of risks and dangers as well as their application to a medical device. - Practical example: Risk analysis of a selected medical device in the form of group work.
Continuous assessment Project work to carry out a risk analysis of a medical device
Group work with presentations of the results
Interdisciplinary studies and analyzes in selected areas of safety systems in hospitals. Implementation of these analyzes in the form of individual and group work to solve specific problems in the interface area - ensuring the technical infrastructure for medical and nursing care as well as possible improvement measures in the area of technical patient safety.
Energy balance, primary energy sources, energy flow, sectoral energy consumption. Economic considerations of energy systems. Strategic importance of energy systems, security of supply. Primary energy markets and their development Economic consideration of different power plant technologies (fossil and renewable), energy transport and energy distribution systems. Balance of energy supply and energy demand, energy storage systems, their management and economic efficiency. Compensation through demand side management.
Selected exercises for the lecture "Energy Economics": Analyzes and calculations on energy supply, energy flow and energy use. Economic efficiency of the energy conversion (e.g .: electricity generation costs, amortization, internal rate of return ...) Economic efficiency of the provision of power (e.g. control power in the electricity network), reserve maintenance and energy storage.
Practical exercises and case studies
Regulation of the electricity market in Austria (ELWOG, structure of energy supply and market participants). Trading in electrical energy and control reserve products, types of products traded, roles and pricing on the electricity market. Importance and economy of the integration of renewable energies, generation and consumption forecasts, balancing energy, control of demand (demand side management, virtual power plants ...) Role of the regulator, current problems and trends Regulation of gas markets (GWG)
Concept of "environmental law" as a cross-sectional matter. International law, European law and its national implementation. Selected legal matters and case studies in the field of environmental law: Commercial law (plant law), waste law, water protection law, environmental impact assessment, traffic law, energy law, air pollution law, noise law, building law, spatial planning law, nature and landscape protection law
Final exam Written Exam (no multiple choice)
Presentation of selected materials of public environmental law using case studies.
The lecture content is structured in 23 different chapters which are presented to the students at the beginning of the lecture. After choosing the order and priorities of the chapters, the teaching content will be communicated with a mixture of works shop situations and classic teaching setup with a lot of storytelling elements.
Final exam The lecture is graded by a written exam at the end of the lecture and the result of a agile project planning case study.
The course itself is structured like an agilely developed IT project. There is a backlog/collection of teaching chapters and these are prioritized by the students themselves, selected and ranked for implementation/elaboration and then worked on together with the lecturers. This allows agility to be experienced and understood at its core through the application of agile approaches.
Students know different methods of IT controlling including tools.
Continuous assessment Grading of individual seminar paper and the presentation of the topic.
Individual research of a specific IT Controlling aspect. Continuesly supported by lecturer
- Introduction into scientific writing and research - Overview of different empirical methods - Guidelines for writing a master thesis - Grading background of scientific papers and thesis
The lecture is graded based on active participation of students and the result of the workshop.
- Digital Goods - Anonymity, Business Modeling - Network goods and effects, e-commerce - Search Engines and Auctions - SEO - Workshop Cryptocurrencies
- Lecture including mathematical development of economic models. - SEO workshop and hands-on application of different SEO approaches - If possible company visits and interviews with software start-up companies.
Number of teaching weeks18 per semester
TimesOn three to four evenings/week from 5.30 p.m.-8.45 p.m. and on certain Saturdays from 8.30 a.m.-5.00 p.m.
Graduates of the Technical Management Master degree program will embark on careers in leading positions or act as consultants in the fields of project, product, technology and innovation management, in cost controlling or in company and human resources management. You will also be qualified for marketing, sales, logistics and the support of key account customers. You may assume responsibility for quality assurance or process optimization and development. You will mostly be engaged in technically oriented industries:
Regulation for the admission of third country citizens (PDF 233 KB)
Information for applicants with non-Austrian (school) certificates (PDF 145 KB)
To apply you will require the following documents:
Please note! It is not possible to save incomplete online applications. You must complete your application in one session. Your application will be valid as soon as you upload all of the required documents and certificates. In the event that some documents (e.g. references) are not available at the time you apply, you may submit these later via e-mail, mail or in person by no later than the end of October.
The admission procedure examines the technical aptitude of the applicants for the Master's degree program. It comprises a written test and an interview. The secretary's office will notify you of the date for the admission procedure.
If you have any questions regarding accessibility or if you have a specific need in the admission procedure due to an impairment, please contact Ursula Weilenmann for organizational reasons as early as possible at email@example.com.
Since we try to take into account individual needs due to disabilities when conducting the written admission test, we ask you to indicate in your online application to Weilenmann in which form you require support.
Your contact person in the department Gender & Diversity ManagementMag.a Ursula Weilenmannbarrierefrei@fh-campuswien.ac.athttp://www.fh-campuswien.ac.at/barrierefrei
Experience shows that many questions arise during the application phase and the start of the degree program. We therefore propose that interested persons and applicants should network with higher semester students in the same degree program as yours. Personal and individual contact with your buddy should facilitate your entry into the degree program.
To the Buddy network
Head Department Engineering, Head of Degree Program Applied Electronics, Clinical Engineering, Electronic Systems Engineering, Technical Management T: +43 1 606 68 firstname.lastname@example.org
Head of Degree Program Green Mobility, Academic Staff
Head of Vienna Institute for Safety and Systems Engineering, Head of Master´s Degree Program Safety and Systems Engineering
We work closely with renowned companies in commerce and industry, with universities, institutions and schools. This guarantees you contacts for employment or participation in research and development. In the course of exciting school cooperations, students may contribute to firing up pupils on topics such as our Bionics Project with the Festo company. You can find information about our cooperation activities and much more at Campusnetzwerk. It's well worth visiting the site as it may direct you to a new job or interesting event held by our cooperation partners!