ME / MS in Geoinformatics program

ME/MS in Geoinformatics program at Department of Geomatics Engineering Kathmandu University

Introduction to Geoinformatics

Geo-Informatics is a dynamic and innovative field that combines the principles of information science with the spatial problems of Earth and other planets. This specialized discipline is designed to prepare professionals for the collection, management, and analysis of geo-spatial data. Despite being relatively new, Geo-Informatics has significant applications in both global and national contexts. From hydropower and transportation planning to precision agriculture, forest monitoring, wildlife conservation, and disaster management, the need for skilled professionals in this field is ever-growing.

Program Overview

To address the demand for managerial-level geo-spatial professionals in Nepal, Kathmandu University (KU), in collaboration with the Land Management Training Centre (LMTC) under the Government of Nepal (GoN), offers the ME/MS in Geoinformatics program. This program aims to equip students with the necessary skills and knowledge to excel in various geo-spatial data management roles.

The Master’s in Engineering at the School of Engineering, Kathmandu University, spans four semesters, with each semester consisting of 15 credit hours. The first and second semesters include four core/mandatory courses, with an additional elective course provided by the department/school that students can choose based on their interests and career goals.

Curriculum and Course Structure

The ME/MS in Geoinformatics program is structured to provide a comprehensive education in geo-informatics, blending theoretical knowledge with practical applications. The curriculum is designed to ensure students gain a deep understanding of geo-spatial data collection, management, and analysis.

First and Second Semesters

During the first two semesters, students are introduced to core concepts in geo-informatics. The courses cover a range of topics, including:

• Introduction to Geo-Informatics: Fundamental concepts and applications of geo-informatics.
• Geodesy: The science of measuring and understanding Earth's geometric shape, orientation in space, and gravity field.
• Remote Sensing and GIS: Techniques for acquiring and analyzing spatial data using satellite and airborne sensors.
• Spatial Data Analysis: Methods for processing and interpreting spatial data.
• Geo-spatial Data Management: Techniques for storing, retrieving, and managing geo-spatial data.

Students also choose elective courses that complement their core studies and align with their career objectives.

Third Semester: Problem Assessment Project

In the third semester, students undertake a 'Problem Assessment Project,' a 9-credit hour course designed to apply their learning to real-world problems. This project involves assessing a specific problem within their domain, which could be one of the following:

• Industrial/Organizational Problem Assessment: Conducted primarily within an industry or organization.
• Community-Based Problem Assessment: Focused on issues within a community.
• Literature-Based Problem Assessment: Conducted at an academic institution, based on extensive literature review.
• Analytical or Experimental Problem Assessment: Involving experimental or prototype-based research, conducted at an institution.
• Case Study-Based Problem Assessment: Conducted at a specific site, focusing on a particular case study.
• Field Work-Based Problem Assessment: Conducted on-site, involving hands-on fieldwork.

The project component spans approximately three months of full-time work, including continuous evaluation and submission of a final report. Students work closely with their supervisors throughout this period, with interdisciplinary collaboration encouraged where relevant.

Fourth Semester: Thesis and Prescribed Courses

The thesis, generally based on the outcomes of the problem assessment project, involves proposing solutions to the identified problem and validating or invalidating the hypothesis. This 5-month full-time thesis work is distributed over seven months, allowing for comprehensive research and analysis.

In addition to the thesis, students take two 'Prescribed Courses' in the third semester, which are recommended by their project/thesis supervisor and endorsed by the department. These courses are tailored to support the thesis research and provide specific knowledge required for the project. These can include guided courses, modular/seminar-type courses, and other courses directly related to the project or thesis work.

Career Opportunities

Graduates of the ME/MS in Geoinformatics program have diverse career opportunities across various sectors, including:

• Government and Non-Governmental Organizations: Roles in federal, provincial, and local government ministries and departments.
• Security Forces: Positions with Nepal Army, Nepal Police, and Armed Police Force for strategic planning and operations.
• Utilities and Infrastructure: Opportunities in Nepal Electricity Authority, hydropower projects, and infrastructure development.
• Environmental Management: Roles in agriculture, forestry, wildlife conservation, and disaster management.
• Private Sector and Consultancy: Employment in engineering consultancies, private companies, and NGOs/INGOs.
• Academia and Research: Positions in universities and research institutions globally.
• Entrepreneurship: Opportunities to start businesses in geo-informatics and related fields.

Funding and Scholarships

The ME/MS in Geoinformatics program is offered by the School of Engineering at Kathmandu University in collaboration with the Ministry of Land Management, Cooperatives, and Poverty Alleviation (MLMCPA) and the Land Management Training Centre (LMTC). Funding and scholarship opportunities include:

• Government Employee Scholarships: Five scholarships covering 100% of the tuition for employees of the Nepal Government.
• Merit-Based Scholarships: Five scholarships available to outstanding students based on merit.
• UGC Formula Funding: Additional funding opportunities through the University Grants Commission.
• International Student Mobility: Programs to support international student exchanges and collaborations.

Fee Structure

The fee structure for the ME/MS in Geoinformatics program is as follows:

• Ordinary Fee (Nepalese Students): NRs. 370,000.00
• Sponsored Candidate: 1.5 times the ordinary fee
• SAARC Countries: 1.5 times the ordinary fee
• Other International Students: 2 times the ordinary fee

The fee to be paid at the time of admission for ordinary Nepalese students is NRs. 136,000, which includes the first installment of the first semester fee.

Eligibility Criteria for Admission

Candidates who have completed a four-year undergraduate/Bachelor’s degree with a minimum 2.0 CGPA or 50% aggregate marks are eligible to apply. Specific eligibility criteria for ME and MS programs are as follows:

• ME in Geoinformatics: Applicants should have a background in Computer Engineering, Geomatics, Civil Engineering, Environmental Engineering, or equivalent engineering disciplines.
• MS in Geoinformatics: Applicants should have a BSc in Forestry, Surveying, Geology, Agriculture, Environmental Science, or equivalent science disciplines.

Conclusion

The ME/MS in Geoinformatics program at Kathmandu University is designed to equip students with the skills and knowledge necessary to address complex spatial problems and contribute to the development of geospatial technologies. With a comprehensive curriculum, practical problem-solving projects, and a wide range of career opportunities, this program prepares graduates to become leaders in the field of geo-informatics. Join us at Kathmandu University to embark on a journey of innovation, research, and professional growth in the exciting and evolving field of geo-informatics.