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M.Tech in Geo-Informatics program at KL University is for those who want to use advanced technology to solve real world problems. You will learn how to use digital maps and geographic data to resolve the issues in city planning, manage disasters, and more. It is a degree that combines civil engineering with the power of modern data science.

Program Overview

This two year, full time Master of Technology (M.Tech) program is a specialized course that combines civil engineering principles with the powerful tools of Geo-Informatics. You will learn about Geographic Information Systems (GIS), Remote Sensing, and Global Positioning Systems (GPS).

This field is all about using location data and satellite imagery to create smart solutions for city planning, natural resource management, and environmental monitoring and disaster response. The program is designed to give you a strong mix of theoretical knowledge and hands-on skills through labs and a research-focused project. The curriculum is a blend of theory, hands-on lab work, and a significant research project. This prepares you for specialized roles in both government and private sectors.

Program Structure

The M.Tech Geo-Informatics curriculum is divided into four semesters. The program gives you a comprehensive understanding of the field, from foundational concepts to advanced applications.

  • Fundamentals of Geospatial Technology
  • Geographical Information System
  • Advanced Computer Programming & Statistics
  • Photogrammetry
  • Principles of Earth & Environment Sciences
  • Environmental Geoinformatics
  • Digital Image Processing
  • GIS Data Analysis and Modelling
  • Geodesy and GPS
  • Geospatial Applications
  • Engineering Survey Methodology and Instrumentation
  • Urban Water Management
  • Geographic Information System (GIS)
    The core technology for managing, analyzing, and visualizing spatial data across various applications.
  • Remote Sensing and Image Analysis
    Using satellite and drone imagery to collect and interpret data about the Earth's surface.
  • Photogrammetry
    Creating accurate measurements and 3D models from aerial and ground-based photographs.
  • Geospatial Database Management
    Learning to efficiently store, manage, and retrieve large volumes of geographic and spatial data.

The program includes a major research project in the final year, giving you the opportunity to apply what you've learned to a specific area of interest.

Program outcomes

  • PO1: Knowledge of a broad range of Geo Informatics methodologies and underlying civil engineering commonly used in the development and analysis of Geo informatics systems.
  • PO2: Knowledge of fundamental design issues relevant to Geo Informatics and an understanding of how to formulate and analyze design solutions in various engineering contexts.
  • PO3: In-depth knowledge of one or more of the following (depending on selection of option modules and project area): specific engineering systems, design methods, modeling techniques.
  • PO4: Knowledge of basic research and development principles and practices relevant to mainstream engineering industry.
  • PO5: Knowledge of key professional, safety and ethical issues arising in the modern engineering industry.
  • PO6: Knowledge of time management and work planning issues related to the organization implementation and successful completion, including reporting, of an individual, masters level, Engineering based projects.

Program Benefits

Why should you choose the M.Tech Geo-Informatics course at KL University?
  • Highly Relevant Field
    Geo-Informatics is a rapidly growing field with a wide range of applications, from smart cities to climate change studies.
  • Hands-on Learning
    Our program emphasizes practical skills through training on industry-standard software and geospatial equipment.
  • Research Opportunities
    Engage in innovative projects and contribute to real-world solutions under the guidance of experienced faculty.
  • Interdisciplinary Skills
    Combine civil engineering fundamentals with computer science, making you a highly adaptable and versatile professional.
  • Strong Career Prospects
    Graduates are in high demand across government agencies, research organizations, and private sector companies.

Eligibility & Admission Criteria

You need to meet the following requirements to be eligible for the M.Tech Geo-Informatics program.

Academic Qualification: A B.E./B.Tech degree in Civil Engineering or a related field from a recognized university. Candidates with a bachelor's degree in other engineering branches or an M.Sc in relevant fields like Geology or Physics may also be eligible.

  • Minimum Marks: A minimum of 55-60% aggregate marks in your bachelor's degree is required.
  • Admission Process: Admission is based on GATE / PGECET / KL University Entrance Exam (KLEEE-PG) scores.

Fee Structure

Fee Structure for M.Tech Geo-Informatics at KL University:

Campus Duration Admission Fee Semester Fee Total 1st Semester
Vijayawada 2 Years ₹16,000 ₹62,500 ₹78,500

Note : The fee structure provided is based on the 2025–26 academic year and is subject to change for the 2026–27 academic year.

Are hostel and other charges included?

No. Hostel, mess, exam, and other charges are separate. You can contact the admissions office for exact details.

Career Scope & Opportunities

An M.Tech in Geo-Informatics opens up great job opportunities. Companies and government agencies that need geographic data hire people with this degree with priorty.

You can pursue these below roles:
  1. GIS Analyst / Engineer
    Using GIS software to analyze, visualize, and map spatial data for decision-making.
  2. Remote Sensing Specialist
    Interpreting satellite and aerial imagery for environmental, agricultural, and urban applications.
  3. Urban Planner
    Applying geographic data to plan and develop sustainable cities and regions.
  4. Geospatial Developer
    Designing and developing GIS applications and geospatial software tools.
  5. Research Scientist
    Innovating new methods and technologies in remote sensing, GIS, and spatial data analysis.
  6. Surveyor
    Conducting precise land measurements using GPS, total stations, and other geospatial instruments.

Graduates can find jobs in government agencies like ISRO and the National Remote Sensing Centre (NRSC), and private companies in sectors like transportation, urban planning, and environmental consulting.

Frequently Asked Questions (FAQs)

Though the program is based on the Civil Engineering department, students from other engineering backgrounds like Computer Science or even those with an M.Sc in certain science fields can also apply.

GIS is one tool for working with maps and geographic data, while Geo-Informatics is a bigger field that also includes GIS, remote sensing, GPS, and other methods to study and manage location-based information.

While Civil Engineering focuses on construction and infrastructure, Geo-Informatics integrates GIS, remote sensing, GPS, and data science to solve urban planning, environmental, and disaster management challenges. This makes graduates more versatile and future-ready.

Students work on applications like smart city design, flood prediction, climate monitoring, natural resource mapping, and disaster response systems. This ensures learning is directly tied to solving current and future global challenges.

The program offers hands-on training with industry-standard GIS and remote sensing software, drone mapping, and photogrammetry tools, alongside labs and fieldwork. This combination of theory and practice makes graduates industry-ready.

Graduates can pursue roles as GIS Analysts, Remote Sensing Specialists, Urban Planners, Surveyors, Geospatial Developers, or Researchers. With governments and private sectors investing heavily in smart cities and climate solutions, demand is rising rapidly.

Job opportunities exist in government agencies like ISRO, NRSC, Survey of India, and municipal bodies, as well as private sectors like transportation, urban planning, infrastructure, renewable energy, and environmental consulting.

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