Head of Department: Prof. Dr. Hakan KARABÖRK
Erasmus Coordinator: Asst. Prof. Dr. Emel Zeray ÖZTÜRK
Farabi Coordinator: Assoc. Prof. Dr Şükran YALPIR
HISTORY
The Department of Geomatics Engineering started education in September 1972 as the Department of Geomatics and Cadastre Engineering within the body of Konya State Engineering and Architecture Academy (KDMMA). Founded in the 1970-1971 academic year, KDMMA consisted of Departments of Civil Engineering and Architecture. Due to the delay in the establishment of the departments, the department started the academic year in March 1973. After KDMMA was transformed into Selçuk University Faculty of Engineering and Architecture in 1982, the department continued its education under the name of Geodesy and Photogrammetry Engineering. The department moved to Alaeddin Keykubat Campus in October 1991. Since the 1992/1993 academic year, dual education (daytime and evening education) has started. Compulsary English preparatory education was implemented between 2001-2009, and as of the 2009-2010 academic year, Optional English preparatory education, in which students do not have to be succeed, started to be implemented. In 2009, the name of the department was changed to "Geomatics Engineering" with a decision taken at the General Assembly of YÖK.
Konya Technical University was established as a new university with the Additional Article-179 added to the Law No. 2809 with the seventh article of the Law No. 7141 published in the Official Gazette dated 18.05.2018 and numbered 30425. The name and connection of the Faculty of Engineering, which was affiliated to Selcuk University, has been changed. "Faculty of Engineering and Natural Sciences" was established under the Rectorate of Konya Technical University. The Department of Geomatics Engineering continues its studies within the Faculty of Engineering and Natural Sciences.
OUR MISSION
Our mission is to carry out educational activities at national and international level, to conduct scientific research and to present science and technology for the benefit of society.
OUR VISION
Our vision is to be an internationally recognized and respected department that provides education in accordance with national and international requirements, serves science and technology with qualified scientific research, and contributes to social development.
KTÜN DEPARTMENT OF GEOMATICS ENGINEERING QUALITY ASSURANCE POLICY
• Conducting studies in harmony with the mission, vision and objectives of the Department of Geomatics Engineering.
• Raising innovative individuals in line with global needs, maintaining pioneering research activities
• Reviewing and increasing the competence and motivation of human resources
• Providing and maintaining quality management in internationally accepted standards
• Periodically reviewing and renewing SWOT analyzes
• Establishing and operating the system that ensures continuity and circularity in evaluation
• Continuously reviewing and improving academic and administrative activities through mechanisms such as internal and external evaluation at the department of Geomatics Engineering, accreditation, etc.
• Ensuring the participation of relevant stakeholders in the processes, effective communication and cooperation with them
KTÜN DEPARTMENT OF GEOMATICS ENGINEERING EDUCATION AND TRAINING POLICY
• Creating learning-oriented education processes, raising individuals with learning competence who can quickly adapt to changing global conditions.
• Establishing an education system in national and international accreditation standards and documenting accreditation in the short and medium term
• Ensuring stakeholder contribution in updating education in a way that will comply with current and contemporary requirements.
• Continuing education under variable conditions with different face-to-face or distance education methods in line with the needs.
• Ensuring that the research and development experiences and knowledge of the academic staff are integrated into the constantly renewed and developing education and training.
KTÜN DEPARTMENT OF GEOMATICS ENGINEERING RESEARCH POLICY
• Contributing to the endeavour towards becoming a research university that leads the development and produces information and technologies
• Giving importance to interdisciplinary cooperation and stakeholders’ views
• Ensuring an increase in research in the priority areas determined in the university strategic plan
• Increasing Public-University-Sector cooperation
• Ensuring participation in in-house services and trainings that will develop research competence
• Developing graduate education collaborations with the industry and external stakeholders
• Increasing performance by constantly reviewing research performance and outputs
KTÜN DEPARTMENT OF GEOMATICS ENGINEERING SOCIAL CONTRIBUTION POLICY
• Informing the society about research studies and outputs that may have an impact or contribution to community life.
• Providing expertise and consultancy services in the areas of expertise of academic staff
• Providing education to the society on current technical issues through the Continuing Education Centre
• Organizing various social and cultural events when social conditions are favourable.
• Organizing studies that will contribute to the society with the activities of student clubs
KTÜN DEPARTMENT OF GEOMATICS ENGINEERING INTERNATIONALIZATION POLICY
• Providing international recognition of the education received by the graduates and documenting this
• Making updates that will ensure international compliance with periodic evaluations in the education and training curricula and ensuring the continuity of accreditation.
• Publishing a web page in English to ensure recognition
• Carrying out studies to increase participation in exchange programs in a way that will increase student and academic staff mobility.
• Increasing mechanisms that will facilitate international cooperation, and hosting events
KTÜN DEPARTMENT OF GEOMATICS ENGINEERING ADMINISTRATION POLICY
• Being transparent and accountable
• Aiming to constantly update and increase quality in education and training
• Increasing research infrastructure, capacity and quality
• Using the current potential for the development of the country, increasing competitiveness and international recognition
• Creating and maintaining an institutional culture
• Providing motivation that will create and strengthen the sense of institutional belonging
• Creating a cooperation and graduate management system that will ensure the sense of graduate belonging
• Supporting students' career plans
• Instilling awareness of lifelong learning and providing in-service training to academic and administrative staff
• Ensuring information management system
• Establishing and maintaining the Academic Unit Quality management and assurance system
• Correct and efficient use of public revenues to prevent waste
• Increasing the capacity of graduate education
• Continuing and increasing educational activities that can meet the brain power, workforce, researchers and intermediate staff needs of the sector.
STRATEGIC OBJECTIVES, TARGETS AND PERFORMANCE INDICATORS | YEARS* | |||||
2022 | ||||||
A1. Increasing scientific research and development activities | ||||||
H1.1 Increasing the total number of qualified publications by per faculty member | ||||||
PG.1.1.1 Number of publications published by per faculty member in national refereed journals | ||||||
PG.1.1.2 Number of publications published by per faculty member in SCI, SCI-Expanded, SSCI, AHCI and ESCI indexed journals |
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PG.1.1.3 Number of citations per faculty member (from publications in SCI, SCI-Expanded, SSCI, AHCI and ESCI indexed journals) | ||||||
PG.1.1.4 Number of papers presented in national and international symposiums and congresses by per faculty member | ||||||
H1.2. Increasing scientific research projects | ||||||
PG.1.2.1 Number of R&D projects supported by national and international private or public institutions and organizations (including BAP) | ||||||
PG.1.2.2 Number of teaching staff who went abroad for research purposes excluding exchange programs | ||||||
H1.3. Developing research infrastructure | ||||||
PG.1.3.1 Number of research laboratories (Number of laboratories improving infrastructure facilities and technical equipment) | ||||||
STRATEGIC OBJECTIVES, TARGETS and PERFORMANCE INDICATORS | YEARS* | |||||
2022 | ||||||
A2. To carry out education and training activities at national and international standards | ||||||
H2.1. Improving the quality of education programs | ||||||
PG.2.1.1 Number of accredited programs in undergraduate education | ||||||
PG.2.1.2 Number of accredited programs in graduate education | ||||||
H2.2. Developing alternative education opportunities | ||||||
PG.2.2.1 Number of double major undergraduate programs | ||||||
PG.2.2.2 Number of minor undergraduate programs |
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PG.2.2.3 Number of students benefiting from exchange programs (Undergraduate) | ||||||
PG.2.2.4 Number of students benefiting from exchange programs (Graduate education) | ||||||
PG.2.2.5 Ratio of the ECTS received by the undergraduate student through Distance Education to the total ECTS received % | ||||||
PG.2.2.6 Ratio of the ECTS received by the graduate student through Distance Education to the total ECTS received % | ||||||
H2.3. Increasing internationalization activities in education and training | ||||||
PG.2.3.1 Ratio of the number of foreign students to the total number of students in undergraduate education (%) | ||||||
PG.2.3.2 Number of students attending international exchange programs at undergraduate level | ||||||
PG.2.3.3 Number of students coming under international exchange programs at undergraduate level | ||||||
PG.2.3.4 Ratio of the number of foreign students to the total number of students in graduate education (%) | ||||||
PG.2.3.5 Number of students attending international exchange programs at graduate level | ||||||
PG.2.3.6 Number of students coming within the scope of international exchange programs at graduate level | ||||||
PG.2.3.7 Number of academic staff who went to international exchange programs |
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PG.2.3.8 Number of incoming academic staff within the scope of international exchange programs |
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H2.4. Increasing our national and international visibility | ||||||
PG.2.4.1 Number of international events held in the unit |
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PG.2.4.2 Number of national events held in the unit |
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PG.2.4.3 Website prepared in a foreign language (Undergraduate) |
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PG.2.4.4 Website prepared in a foreign language (Graduate) |
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H2.5. Improving education and training infrastructure | ||||||
PG.2.5.1 Number of software used for education and research (Open source and Licensed) | ||||||
PG.2.5.2 Number of devices in the laboratory | ||||||
H2.6. Receiving feedback on education and training | ||||||
PG.2.6.1 Current student survey | ||||||
PG.2.6.2 Graduate student survey | ||||||
PG.2.6.3 Employer survey | ||||||
STRATEGIC OBJECTIVES, TARGETS and PERFORMANCE INDICATORS | YEARS* | |||||
2022 | ||||||
A3. Increasing public-university-industry cooperation | ||||||
H3.1 Institutionalizing university-industry cooperation and increasing service capacity | ||||||
PG.3.1.1 Number of collaborations with the public/sector | ||||||
PG.3.1.2 Number of collaborations to increase students' internship opportunities | ||||||
PG.3.1.3 Number of activities carried out within the scope of public/sector meeting of students | ||||||
STRATEGIC OBJECTIVES, TARGETS and PERFORMANCE INDICATORS | YEARS* | |||||
2022 | ||||||
A4. Inreasing the service and social responsibility projects offered to the society | ||||||
H4.1 Increasing the number of social responsibility projects | ||||||
PG.4.1.1 Number of events organized for the community | ||||||
STRATEGIC OBJECTIVES, TARGETS and PERFORMANCE INDICATORS | YEARS* | |||||
2022 | ||||||
A5. Increasing institutional capacity and improving institutional culture | ||||||
H5.1. Supporting the personal development of academic staff | ||||||
PG.5.1.1 Number of in-service training for the professional development of academic staff | ||||||
H5.2. Supporting the personal development of administrative staff | ||||||
PG.5.2.1 Number of in-service training for the professional development of administrative personnel | ||||||
H5.3. Increasing communication and participation with stakeholders | ||||||
PG.5.3.1 Number of meetings with external stakeholders | ||||||
PG.5.3.2 Number of meetings with internal stakeholders |
Program Language: Turkish
Program Description: 4-year undergraduate program
Admission Requirements: Higher Education Institutions Exam, Vertical Transfer Exam, Foreign Student Exam and Horizontal Transfer
Recognition of Prior Learning: Students who come to the program with horizontal and vertical transfer may be exempted from the courses they have taken before and they have been successful with the decision of the Faculty Administrative Board.
Graduation Requirements: The student must succeed in all the courses in the program and are required to have a graduation cumulative grade point average of 2.00. Student success is evaluated according to Konya Technical University Associate and Undergraduate Education and Examination Regulations. 240 ECTS must be obtained for graduation.
Principles of Assessment and Evaluation: It is evaluated according to the principles of Konya Technical University Associate Degree and Undergraduate Education and Examination Regulations.
Employment opportunities: Graduates have the opportunity to work as engineers in public institutions and private sector organizations. It is also possible for graduates who gain the qualifications to establish an independent business to work in their own workplaces.
Transition to Higher Degree Programs: Graduates who successfully complete the program can apply for master's and doctorate degrees in the field of Geomatics Engineering or other disciplines that accept students from this field.