Evaluation of Air Transport Benefits for the Czech Republic

The article's main purpose is to describe the proposed Methodology, which aims to present an approach to expressing the value of the air transport industry in the Czech Republic. This approach methodically divides the primary and secondary effects and finds metrics based on which the value of the air transport can be quantified. The proposed approach is based on equivalent methodological materials by ICAO, FAA, and other organizations describing and analyzing the value of air transports. The calculations are based on open data sources as well as data that are available by request. The methodology also proposes collecting new data to complete the picture of the value of air transport.

Air Transport and its Socio-Economic Impacts

The initial motivation for studying and researching air transport socio-economic impacts is quantifying the value that air transport brings to the Czech Republic. The main challenge is to explore a methodology that would describe the macroeconomic and microeconomic relations within the Air transport industry. These relations will define the directions of the market forces flow and thus the Czech Republic’s value. The authors of the paper use an approach that follows methods and standards for collecting and processing economic and statistical data introduced by the International Civil Aviation Organization (ICAO), Eurostat, and the Czech Statistical Office (CZSO). The authors incorporate economic definitions and standards published by the United Nations under the World Trade Organization (UNWTO) and other accounting and statistical entities, which results in creating a methodical description of chosen relations. The methodical description leads to the quantification of the value. In a practical sense, it is a matter of determining the origin of the data sets according to which the selected relations will be defined. The paper focuses on the expression of Air transport’s primary and secondary effects and the description of the proposals, which will be part of the methodology.

Evaluation of Alternative Navigation, Positioning and Timing Systems Based on Their Performance and Additional Characteristics

The aim of this paper is to provide performance assessment of Alternative Navigation Positioning and Timing (APNT) systems considered possible GNSS backup in European region. The performance of the APNT systems is assessed based on their performance characteristics such as accuracy, integrity, and by additional beneficial abilities, that could help by implementation or could provide different added value in terms of solving certain issues in the Communication, Navigation and Surveillance (CNS) domain.

CORSIA - Carbon Offsetting and Reduction Scheme for International Aviation

The article discusses the CORSIA - a newly introduced an emission mitigation approach for the global airline industry, developed by the International Civil Aviation Organization (ICAO). It also describes all phases of the project, their analysis and the practical impact of CORSA on aircraft operators. The examples show the operator’s costs associated with this project. The mutual coexistence of CORSIA and the EU ETS is also analysed.

Temperature Effect to Altitude Corrections and Operational Application

The thesis is focused to familiarize the reader with air mass behaviour, legislative requirements and methods of altitude corrections. The goal of the thesis is evaluation of the presently used operational procedures applied to the altitude corrections according to the change of air parameters. The final part of the thesis determines altitudes necessary for corrections and represents the proposal of optimized altitude correction method.

The Use of Aviation Biofuels as an Airport Environmental Sustainability Measure: The Case of Oslo Gardermoen Airport

<p>In recent times, there has been a growing trend by airports and airlines to use aviation biofuel as an environment sustainability measure. Using an instrumental qualitative case study research design, this paper examines the evolution of sustainable aviation fuels at Oslo Airport Gardermoen. Oslo Airport Gardermoen was the first airport in the world to offer the first airport in the world to offer aviation biofuels to all airlines in 2016. The qualitative data were examined by document analysis. The study found that the use of sustainable aviation biofuels has delivered tangible environmental benefits to Oslo Gardermoen Airport. The usage of aviation biofuels has enabled the airport, and the airlines using sustainable aviation biofuels, to reduce their greenhouse gases by 10-15%. Also, as part of Norway’s efforts to reduce greenhouse gas emissions, the Norwegian Government have mandated that the aviation fuel industry must mix 0.5% advanced biofuel into jet fuel from 2020 onwards. Norway’s Ministry of Climate and Environment’s goal is that by 2030, 30% of the airline fuel will be sustainable in nature and will have a positive climate effect. Avinor, the operator of Norway’s airports, has a goal that by 2030, 30 % of aviation fuel supplied in Norway should be sustainable biofuel – this follows the Norwegian government’s mandate.</p>

Application of resilience assessment grid in production of aircraft components

The paper evaluates an application of the resilience measuring tool Resilience Assessment Grid (RAG) in the aircraft components production. For the purpose of the evaluation a specific RAG model for a change process is created. The paper contains a description of change process and the approval process of the engineering change proposal. Paper describes BPMN and FRAM models created to support model RAG and which both clarify relations among the functions inside the management of change process. The paper presents a possible approach for the Resilience Assessment Grid model creation. The outcome is a creation of a change process profile in a company producing aircraft components in which change process and approval of the engineering proposed change is managed, and a recording of a current state of four process potentials that can be used by the company management to develop wider safety awareness among employees.

A concept of a new AFIS tool for automated data record

<p>AFIS officers are mandated by the Czech Annex L11, Appendix N regulation to record specified information about all landings and take-offs at AFIS airports. This task is currently being done manually by the officers. The paper describes a possible usage of a software tool which could help Aerodrome Flight Information Service officers to perform their duties more efficiently. It is focused on the solution to, in full measure, record this mandatory information automatically without the officers’ intervention. The result of the study is a set of information that could be recorded automatically with suggested approach of how this can be performed.</p>

System of AFIS Officer for Air Navigation Service providers

This paper focuses on the provision of the Aerodrome Flight Information Service (AFIS) in the Czech Republic. It examines the functioning and the requirements on the AFIS from the view of the national audit office. Specially, it examines current requirements for the training system of new AFIS officers. Based on these findings, and by comparing the AFIS with Air traffic control service (ATC), the author of the article attempts to assess whether the current training system and the requirements for the applicants are sufficient by comparing the AFIS with the Air traffic control service. The result of the analysis is the presentation of hypotheses concerning new proposals and recommendations that could be adopted to the training and regulatory framework in accordance to the fact, that AFIS belongs to Air traffic services ATS.