Turnitin is an American commercial, Internet-based plagiarism detection service.

This software is intended for teachers and mentors as a tool for checking  the authenticity of student papers, and for students themselves as a tool for self-checking their own papers.

Turnitin checks for potentially unoriginal content by comparing submitted papers to several databases using a proprietary algorithm. It scans its own databases and also:

• Internet
• over 178 million articles from scientific journals
• additional sources (eg  Dabar, Hrčak)

The software is accessed by selecting the following link: Access to the Turnitin software

You apply via your electronic identity from the AAI @ EduHr system.
 

Useful links (in Croatian)

• Instructions for using the Turnitin software
• Instructions for use - self-test for students
• Checking papers in Turnitin software - a quick help for teachers
• Checking papers in Turnitin software – a quick help for students
   

Animations

In order to facilitate the work in the software, short animations have been prepared which will, in addition to the already existing instructions, facilitate the work of teachers and students. 

• Login to Turnitin
• Self-check for students
• Quick submit for teachers
• Turnitin report
   

Contact Turnitin administrators  for the institution: cip@ktf-split.hr

 

Programme type:
Graduate

Programme duration:
2 years (4 semesters)

Academic title upon graduation:
Master in Chemical Engineering
(mag.ing. cheming.)

Chemical and Environmental Technology (CET) is a university graduate study programme. Classes are held exclusively in English, in classical ex cathedra lectures. CET is an interdisciplinary study programme providing students with skills and knowledge from technical sciences; chemical, environmental and material engineering, and natural sciences; applied and analytical chemistry.

Enrolment requirements:
Completed undergraduate study programme in the field of chemical technology, environmental protection, chemical engineering, chemistry and related sciences, along with a mandatory B2 level of proficiency of the English language (confirmed by TOEFL or equivalent test) 

> Curriculum
> Programme information
> Admission and forms
> Programme overview

Topic 1.
Research and development of ecologically acceptable materials and sustainable processes
Topic objectives :
·         Developed polymer mixtures and composites with improved characteristics. Determined kinetic parameters for thermal decomposition.
·         Developed inorganic and organic materials and their composites with improved characteristics; applicable in electro-analysis, corrosion protection, conversion and electricity storage. Modified surfaces of construction metals and their alloys with the help of thin organic and inorganic films. Application of developed systems in realistic conditions.
·         Contribution to research, development and application of cement and non-cement composite materials for permanent waste disposal through hydration, stabilization/solidification and geo-polymerization processes
·         To develop new methods of natural zeolite minerals application in the area of environmental protection
·         Optimization of process parameters in heterogeneous systems with and without chemical reaction
·         Contribution to sea mineral resources research and finding a mathematical model for the process of sintering sea water magnesium oxide
·         Contribution to the development of components in photo-electric devices and micro-electromechanical sensor systems and development of nanostructure characterization methods

Topic 2.
Natural organic compounds profiling and potential
Topic objectives 2.
·         Developed and applied preparation methods for the isolation of organic compounds from different material sources and food (extraction, distillation and other) as well as extracts fractioning
·         Determined chemical profiles and an insight into bio-diversity of organic compounds (secondary metabolites, terpenes, norisoprenoids, phenyl-propane derivate and similar) from different sources (chemotypes, biomarkers and similar) using chromatographic and spectroscopic techniques
·         Contribution to the research of biologic activity (anti-oxidation, anti-cancer, anti-inflammatory potential and inhibition impact on biologically important enzyme systems and similar) samples, extracts, compound mixtures or individual compounds and other useful characteristics
·         Determined impact of different processing methods on stability and biological activity of nutritive and non-nutritive components obtained from Mediterranean food; developed new functional food containing optimal and stable amount of biologically active components
·         Researched stability of natural organic compounds (nutraceuticals) from food in two-phase simulated digestion model

Topic 3. Development of advanced analysis methods
Topic objectives 3.
·         Development and optimizing of new electro-analytical sensors
·         To develop suitable electro-chemical sensors for fast and efficient monitoring of chemical types in tested systems
·         Application and improvement of methods in the research of thermodynamic electrolytes characteristics in mixed solutions and micro-emulsion and obtaining useful thermodynamic and electro-kinetic data suitable for both theoretical and practical application
·         Determining kinetic parameters of chemical and biochemical reactions, miniaturization of measurement equipment with the aim of decreasing sample and reagents volume; meeting the requirements of ‘green chemistry’; application od developed analytical methods to different processes: production, environment and human organism.