Projeler / Projects
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Browsing Projeler / Projects by Author "Industrial Engineering"
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Research Project Atılım mPAD’e özel İstatistik Uygulaması: Probability & Statistrics (PS) FilesIndustrial EngineeringRecently, the effective use of technology in the field of education is increasing rapidly. For this reason, various suggestions have been presented in order to increase the use of technological tools and equipment in the course environment and to ensure that they are used effectively. In this context, Atılım mPAD, developed within the scope of Atılım University Mobile Education Project, is a supportive product for e-learning. In this project, it is aimed to ensure the sustainability of mPADs, which are actively used for educational purposes in Atılım University Preparatory School, by making them available throughout undergraduate education. In this direction, Probability and Statistics courses, which are compulsory for all departments in the Faculty of Engineering, and some departments of the Faculties of Arts and Sciences, Business Administration and Health Sciences, which are taken by many students at the undergraduate level, were handled as a pilot application. "Probability & Statistics (PS) Files" application that will work on Atılım mPAD will be developed in order to make students' learning more effective and to ensure their active participation in these courses. With the developed PS Files application, it is aimed to increase students' mastery of theoretical subjects in the classroom environment. In addition, with the use of Atılım mPAD during the teaching of statistics applications, an active learning will be realized without creating a physical barrier during face-to-face verbal communication in the lessons. Moreover, it is aimed that the students actively participate in the lessons and have the opportunities in laboratory conditions both in the course and whenever they want and in any place.Research Project Development of e-Applications of Statistical and Mathematical Modeling with use of Atılım mPAD for Educational PurposesIndustrial EngineeringTechnology has gained a great importance in education with the progress of technology. Today, integrating the opportunities offered by technology into lectures suggests the use of technological tools and equipment in the classroom environment, especially for efficient and effective learning. Within this scope, there are e-learning studies in our country. One of these is Atılım mPAD, which is developed in our university. In this project, we aim to provide active participation of undergraduate students in classes and intensive use of technology and to integrate Atılım mPAD usage into different courses. The codes using the R software will be converted into e-applications through Atılım mPAD in order to facilitate the understanding of the subjects described in the courses such as Probability and Statistic for Engineers (IE220), Probability and Statistic I and II (IE201 ve IE202), Stochastic Models (IE324), Simulation (IE403), Statistical Applications in Industrial Engineering (IE442) given in industrial engineering department as well as Computer Applications in Business (MAN354 or ISL354), Quantitative Applications in Business (MAN122 or ISL122), Introduction to Probability and Statistic I and II (MATH291 or MATH293 and MATH292 or MATH294), Probability Theory and Statistics (MATH392) courses given in different departments. With these e-applications, it is suggested that the students increase their theoretical knowledge in the classroom environment. For this purpose, R codes will be created for each of the following subjects. These codes will be used by students during the course in Atılım mPAD environment. Calculation of basic descriptive statistics and graphical representation, various probability calculations, random number generation, hypothesis testing, regression, simulation of simple random experiments, simulation of basic queuing systems are discussed in the courses of probability and statistics. For the courses based on mathematical modeling, solutions of some optimization methods, numerical solutions of linear and nonlinear equations, interpolation and least squares method for approximation of functions will be discussed.Research Project Sıfıraltı Sıcaklık Muhafaza Koşullarının Su Verilmiş 2024 Alüminyum Alaşımının Yaşlanma Davranışına ve Şekillendirilebilirliğine Etkisinin AraştırılmasıIndustrial EngineeringThe effect of storage conditions on the ageable 2024 Aluminum alloy, which was stored at different subzero temperatures (-12°C, -15°C, -18°C) after quenching, on the aging behavior and mechanical properties of the alloy at room temperature was investigated by performing hardness, tensile and formability tests. It was observed that the samples stored at -18°C hardened at a slower rate at room temperature compared to the samples stored at -15°C and -12°C. Using the data obtained, linear (Linear) and non-linear (Qudratic and Cubic) models were developed to predict the mechanical properties (hardness, yield and tensile strength) of the 2024 Aluminum alloy, depending on the subzero temperature storage conditions and the time spent at room temperature. It was concluded that the performance of Quadratic models obtained from the results of hardness tests was high, and Linear models could be used for future prediction. The results of the tensile tests showed that the Quadratic models have high performance and usability for future prediction. Finally, the relationship between yield strength and hardness values was examined. A 100% positive relationship was determined between hardness and yield strength values.Research Project Sustainability Transitions via Sustainable Business Model Innovation (SBMI)Industrial EngineeringTransition is today’s debate in relatively every single scientific discipline and when it comes to sustainability transition and superior performance within industrial environment, it rises the crucial role of innovation for business models. This research proposal, therefore, through highlighting the challenges towards sustainability transitions, and highlighting existing gap towards business models, sustainable business models, business model innovation, and sustainable business model innovation (SBMI) attempts to discusses about the fundamental theories behind the concept. Moreover, this study through multiple case studies, all from manufacturing industries but varies in sectors and located in Turkey, proposes following objective to further the understandings about sustainability transition via sustainable business model innovation: 1) Deliver unified perspective for sustainable business model innovation through its classification and characterization. 2) Understand the role of innovation in improvement of sustainable business model and sustainability transition. 3) Identify key drivers to, and barriers for SBMI. 4) Plot a conceptual frame work to assess business models and recognizing key stakeholders according to the goals and value creation abilities in the business model. And finally aims to propose a basis for experimentation and exposes the potential benefits of using simulation for the design and evaluation of business model innovation alternatives to address firm’s challenge in assessing innovation of their business models and adopt the adequate one.