For Non- Sponsored: Class XII with (Physics/Chemistry/Biology/Mathematics/ Agriculture /Geography*/ Economics/Computer Science) min. 60% For Sponsored: Class XII with (Physics/Chemistry/Biology/ Geography/Mathematics/Agriculture /Economics/ Computer Science) min. 55%

* Students from arts stream studied Geography in 12th also eligible for the BSc course.

Aggregate percentage will be calculated on the basis of marks scored in English and three academic subjects (excluding second language, Physical Education, Fine Arts, Performing Arts or any other Vocational /Non-Written subjects). Student should have passed all the subjects of class XII from a recognized board.

Selection Process

Personal Interview

Eligibility

10+2 (Science)

Medium of Instruction

The medium of instruction will be English.

Intake Capacity

15 Seats

  • Duration
    6 Semester
  • Fee (Per Semester)
    30,000/-
    Examinations Fee (Per Semester)
    1,500/-
    Registration Fee
    1,000/-
    Enrollment Fee
    1,500/-

Salient Features

  • Projects Project/dissertation of six months is incorporated in the course curriculum to provide hands-on training and research experience to students. It will enhance problem-solving abilities, spatial data analysis and field experiments.
  • Professional Enhancement In addition to core courses, subjects like proficiency in co-curriculum activities, employability skills, seminars, industrial mentor and training, field visits etc.
  • Innovative Pedagogy Innovative pedagogical methods including demo kits in addition to animations, video lectures, presentations to communicate effective teaching and learning process.
Program-objective

Program Outcomes (POs)

The programme aims to help students to demonstrate proficiency and conceptual understanding in using software or manual techniques to carry out satellite image processing and analysis through a series of laboratory exercises, field studies and dissertations. Students will be able to recognize and explain basic computational properties of remote sensing data acquisition, storage, and processing for various applications.

  • PO1

    Students with M.Sc. degrees in Geoinformatics become assets to research organizations working on specific projects as well as fit well in all Geoinformatics industries.

  • PO2

    These students also fit in ISRO and associated organizations as a Scientists/ Engineer as well as in Research Institutes and Private Organizations in India and abroad for pursuing a career in Geoinformatics.

Programme Outcome (PO)

Skills: Key focus on practical labs and hands-on tutorials for BSc. and M.Sc. in every practical subject of each semester along with internships, exclusive dissertation and extensive field tours enabling students to identify key applications of land, water and atmospheric remote sensing and relate them to the properties of historical, current, and planned remote sensing instruments, approaches, and datasets to address and manage the natural resource, disaster-risk for societal welfare through effective decision support.

Attitudes: effective management of natural resources (forest, water, soil etc.) and hazards-risk implications in changing climatic conditions and its mitigation through sustainable solutions

outcomes

Careers in Geoinformatics

In today’s data-driven environment, there are growing opportunities to specialize as a GIS professional and to enrich other career paths with geospatial tools and skills such as data visualization, spatial analysis and decision making.

  • Analysts and technicians: Analysts make sense of data to support decision-making. Technicians often participate in data collection, digitization, and analysis.
  • Data scientists: Data scientists use GIS to incorporate spatial data into their analysis. They find insights that can be used for market analysis, urban planning, logistics, and more.
  • Developers: Developers use GIS to build location services and mapping capabilities into products, solutions, apps, business systems, and websites.
  • Environmental engineers: Focused on sustainability and balancing environmental and economic needs, these engineers use GIS to analyze and manage environmental data.
  • Cartographers: Cartographers and photogrammetrists work closely with GIS to create accurate, interactive, visually appealing maps, and can go beyond mapping into analysis.
  • Communications professionals: Maps are a visually compelling way to communicate plans and gather feedback from groups such as city councils, business leaders, or the public.
  • Civil engineers: GIS helps civil engineers ground their designs in real-world context, integrating design and construction data from BIM and CAD with digital maps.
  • Surveyors: Surveyors use GIS to compare real-world landscapes with land records and aerial imagery, inputting information digitally while in the field collecting data.
  • Planners and designers: Planners can use GIS to create informed, sustainable development, modelling what designs for buildings or indoor spaces would look like in the real world.
  • Researchers and scientists: From oceanographers to conservationists and climate scientists, GIS underpins virtually all scientific disciplines to help us better understand our world.
  • Consultants: Consultants add GIS to their toolbox to support organizations with one-time or ongoing projects that require geospatial intelligence and GIS expertise.
  • Project managers: Project managers use GIS to consolidate project phases and their associated information in one place, optimizing resources and timelines.

Campus
Nirwan University Jaipur

Near Bassi-Rajadhok Toll, Agra Road, Jaipur- 303305

City Office

21, Sahkar Marg, 1st Floor, Near 22 Godam Circle
Jaipur - 302019 Rajasthan
Campus

Nirwan University

Near Bassi-Rajadhok Toll, Village- Jhar, Agra Road, Jaipur - 303305 Rajasthan
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