This paper describes one experimental method for determining the V-I and P-V characteristic of the photovoltaic modules. The short-circuit current (Isc), open-circuit voltage (Voc) and the filling coefficient are measured, also. Direct characteristics of V-I and P-V curves under solar irradiance are measured and graphed in real time with system proposed for this reason. It describes the development of an automated monitoring system for a solar PV plant based on the use of Instrumentation Control Toolkit of MatLab Software. PV modules still have relatively low conversion efficiency; therefore, determining and controlling maximum power point tracking (MPPT) for the solar array is essential in a PV system.

The Albanian lecturer's staff of Private and State Universities can vary enormously in their ability to teach effectively in years. European University of Tirana (Private University), has implemented many methods to measure this variation but one commonly used method is seen from UET Management staff as the most effective ones in using students' evaluation of lecturers' performance. For many decades, the outcome of students' evaluation of teaching performance is seen from UET Management as an important tool to measure the effectiveness of teaching quality, at the beginning this procedure was in hard copy evaluation process and since the last 2 years it was developed the lecturer online evaluation system, developed locally with a dedicated bachelor students team from economic of informatics profile. UET lecturers manage their day to day operation in their classrooms, and they need to know whether the implementation of their good effective teaching initiatives and strategies used are well received by their bachelor or master students. UET management and academic staff used the most suitable method to measure teaching effectiveness the students' evaluation of lecturers' performance, which is often carried out at the end of each semester of the actual academic year of the European University of Tirana. At the end of this analyses the final report will reflect on qualities associated with good teaching such as lecturers' knowledge, the most updated syllabuses and texts used for teaching, better class management and course organization. The development of this application is done based on the platform of Apache/MySQl/PHP (AMP). The whole platform is working actually on the UET Intranet environment (first phase) and will be developed the second version of this application (second phase), where the application will be developed from master students of

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Abstract

Electrical Engineering Faculty, nowadays needs to develop by their students the "FIE Student MIS Application". Development and usage of Web applications are popular due to the ubiquity of the browser as a client, commented mostly as a thin client. The ability to update and maintain web applications without distributing and installing software on potentially thousands of client computers is a key reason for their popularity. This paper presents the "FIE Student MIS Application" web platform designed for Electrical Engineering Faculty students and their lecturer to support on time correctly without delays and informing online all students and their lecturer receiving online the student's status as per the FIE exam schema: attendance/activation at lecturer/seminar presence %, exam %, project/essay %, final grade of the exam; schedule of lecturers/seminars by day/week/month per class, other information coming from secretary part to all students in general or to one student. The process of implementation of the "FIE Student MIS Application" is based on project management of web application as per: definition, planning, management and evaluation.