Three new masters courses are announced by the IGNOU on authorized website of the university ignou.ac.in
Master of Science (Physics)
M.Sc. Geoinformatics
Master of Science in Geography
Master of Science (Physics) (MSCPH)
Minimum Duration: 2 Years
Maximum Duration: 4 Years
Course Fee: Rs. 28,000
Minimum Age: No bar
Maximum Age: No bar
Eligibility:
•Graduates with Major/Honours in Physics
•Graduates with a B.Sc. Degree (including IGNOU B.Sc. Programme under CBCS) with Physics and Mathematics
•Graduates with a B.Sc. Degree of IGNOU or any recognized Open University with a minimum of 32 Credits of Physics, and Mathematics as one of the subjects
Medium of Instruction: English
Programme overview
The aim of this programme is to offer quality higher education at the post-graduate level in physics to address the requirements of learners aspiring for a career in physics like teaching, research in frontier areas and industry. In addition, in-service personnel looking for upgradation of knowledge and professional growth will be benefitted.
This programme and its courses are meticulously designed to enable you to acquire an in-depth knowledge of the fundamental concepts in core areas of mathematical methods, classical mechanics, quantum mechanics, electromagnetism, and statistical mechanics as well as electronics, condensed matter physics, atomic & molecular physics, optics, and nuclear & particle physics. We will also provide adequate training in analytical skills as well as hands-on laboratory experience with experiments both in general physics and electronics. The course in computational physics will give you good exposure to important numerical methods and their implementations which will enable you to carry out computer-aided investigations in the physical sciences. Our special elective courses in Nanoscience, Material Science, and Reactor Physics are designed to acquaint you with current developments in these exciting areas of physics research and also introduce you to the interdisciplinary nature of science in modern times and the vast scope of its applications.
Programme Objectives:
- To build a comprehensive foundation in fundamental and advanced concepts in physics;
- To improve the analytical skills necessary for application of the physics concepts in problem solving;
- To impart adequate training in practical skills and provide hands-on laboratory experience;
- To equip learners with skills to carry out computer-aided investigations in the physical sciences;
- To enhance the understanding of interdisciplinary nature of modern day science through elective courses; and
- To enable in-service personnel to upgrade their knowledge and skills for professional development.
Programme Details:
| I Year (First Semester) | |||
| Course Code | Course Title | Type of Course | Credits |
| MPH-001 | Mathematical Methods in Physics | Theory (Core) | 4 Credits |
| MPH-002 | Classical Mechanics I | Theory (Core) | 2 Credits |
| MPH-003 | Electromagnetic Theory | Theory (Core) | 2 Credits |
| MPH-004 | Quantum Mechanics I | Theory (Core) | 4 Credits |
| MPH-005 | Electronics | Theory (Core) | 4 Credits |
| I Year (Second Semester) | |||
| MPH-006 | Classical Mechanics II | Theory (Core) | 4 Credits |
| MPH-007 | Classical Electrodynamics | Theory (Core) | 4 Credits |
| MPH-008 | Quantum Mechanics II | Theory (Core) | 4 Credits |
| MPHL-009 | General Physics Laboratory* | Laboratory (Core) | 4 Credits |
| MPHL-010 | Electronics Laboratory* | Laboratory (Core) | 4 Credits |
| *These Laboratory Courses (MPHL 009 and MPHL 010) will be conducted over the period of Semesters 1 and 2 and the Study Centres will prepare the schedule accordingly. | |||
| II Year (Third Semester**) | |||
| MPH-011 | Statistical Mechanics | Theory (Core) | 4 Credits |
| MPH-012 | Condensed Matter Physics | Theory (Core) | 4 Credits |
| MPH-013 | Optics | Theory (Core) | 2 Credits |
| MPH-014 | Computational Physics | Theory (Core) | 2 Credits |
| MPHL-015 | Computational Physics: Laboratory | Laboratory (Core) | 4 Credits |
| MPHE-025 MPHE-026 | Elective Course (Any ONE**)(i) Materials Science (ii) Elements of Reactor Physics | Theory (Elective) | 4 Credits |
| **Only one course out of MPHE-025 and MPHE-026 is to be opted in Semester 3. Elective course opted in Semester 3 cannot be opted again in Semester 4. | |||
| II Year (Fourth Semester $$) | |||
| MPH-016 | Atomic and Molecular Physics | Theory (Core) | 4 Credits |
| MPH-017 | Nuclear and Particle Physics | Theory (Core) | 4 Credits |
| MPHE-025MPHE-026MPHE-027 | Elective Courses (Any TWO$$) (i) Materials Science(ii) Elements of Reactor Physics (iii) Nanoscience | Theory (Elective) | 4 Credits +4 Credits |
| $$ Only two courses out of MPHE-025, MPHE-026 and MPHE-027 are to be opted in Semester 4, without repetition. | |||
******
Programme Coordinators:
Dr. Subhalakshmi Lamba and Dr. M Boazbou Newmai
Email: mscph@ignou.ac.in,
Ph. No.: 011-29572814, 011-29572839
School of Sciences, IGNOU
IGNOU – School of Sciences (SOS) – Programmes – Distance
M.Sc. Geoinformatics (MSCGI)
Minimum Duration: 2 Years
Maximum Duration: 4 Years
Course Fee: Rs. 31,400
Minimum Age: No bar
Maximum Age: No bar
Eligibility:
Graduation in Science/ Engineering/ Architecture/ Planning/ Computer Application/ Information Technology from a recognised University OR Masters in Geography from a recognised University
Fee Structure: Rs. 15700 per Year and total fee full Programme is Rs 31400.
The M.Sc. Geoinformatics (MSCGI) has been developed by the School of Sciences with the help of several eminent experts across India drawn from ISRO, DRDO, IIT, C-DAC, DST and many government and private institutes/organizations incorporating of NEP 2020 considering recent developments in the field and the need for skilled workforce. The MSCGI programme aims to provide the learners with advance theoretical knowledge and practical skills so that the learners can leverage potential of geoinformatics towards understanding natural processes, and management of natural resources, disasters, ecology and environment. It provides opportunity to learners interested in developing skills and willing to apply in their application domain. It has been designed to expose learners to fundamental and advanced theoretical principles, methods, techniques and practical applications involving advances in Remote Sensing and GIS, emerging applications in various fields, research methodology and professional skills in Geoinformatics and also computer programming for digital image processing and GIS.
Geoinformatics technologies deal with acquisition, storage, processing and dissemination of geospatial information. Geoinformatics is an emerging field and demand for geoinformatics professionals is increasing by the day due to its application potential in several fields such as environmental monitoring and management, terrain mapping and analysis, natural resources management, natural hazards and disaster management, urban and rural planning, traffic and transport, solid waste management, site selection, business applications, geospatial education, etc. Availability of geospatial information is a must for planning of infrastructure development, social development, natural calamities, agriculture, power, water, transportation, communication, insurance, and health. Further, recent developments such as inclusion of the subject in NET and GATE; Govt. initiatives e.g. Smart cities, SWAMITVA, AMRUT, etc. and in sectors particularly transport, logistics, supply chain management; policy changes like de-regulating geospatial data, opening of the space sector, and liberalised drone policy have tremendously increased its adoption and scope.
This is a continuing education programme offered in distance learning mode.
Programme Highlights
Designed to expose students to fundamental theoretical principles and practical applications involving:
- Ø Basics and advances in Remote Sensing & GIS
Ø Techniques in Digital Image Processing
Ø Spatial Analysis and Modelling
Ø Emerging Applications in various fields
Ø Research Methodology and Professional Skills in Geoinformatics
Ø Computer programming (R, Python, Google Earth Engine, etc.) for DIP & GIS
Ø Laboratory exercises built upon freely available data and s/w
Ø Project work
Ø Choice of Electives
Objectives of the programme are to:
Ø acquaint the learners with basic and advance understanding of the underlying principles, concepts and techniques of geoinformation science,
Ø provide skills in geospatial data handling, processing and analysis,
Ø impart critical spatial thinking in the learners to analyse problems from a spatial perspective systematically,
Ø prepare the learners to apply the principles and techniques towards finding scientific solution to problems in their application domain and communicate the findings; and
Ø widen opportunities for learners for higher studies and developing career in different sectors of employment involving geoinformatics.
This programme may be helpful for the interested learners to develop skills in this field for higher studies and also to pursue a career in the field.
Target Groups:
Ø Defence and law enforcement personnel
Ø School and college/university teachers either teaching or interested in teaching geoinformation science related courses
Ø Working professionals possessing little or no exposure to geoinformatics but are interested to initiate and develop skills in this field, and
Ø Graduates from various academic backgrounds interested in acquiring basic theoretical understanding and develop practical skills on the aspects of data handling and processing to use the data in application areas of their interests.
Entry/Exit Options:
(i) Learners exiting after successfully completing first semester courses (20 credits) of the programme may opt to receive a Post-Graduate Certificate in Geoinformatics.
(ii) Learners exiting after successfully completing first two semester’s courses (40 credits) of the programme may opt to receive Post-Graduate Diploma in Geoinformatics.
(iii) The existing PG Diploma in Geoinformatics (PGDGI) programme will also be on offer as a stand-alone programme.
(iv) Candidates having PG Diploma in Geoiformatics (PGDGI) from IGNOU or similar qualification from elsewhere may take lateral entry into the second year of the MSCGI programme subject to fulfilling requirements w.r.t. eligibility criteria, credits and contents.
————————————————————————————-
The 80 credits programme comprises total of twenty courses (sixteen theory courses including electives, three practical courses and a project):
| Course Code | Title of the Course | Type of Course | Credits |
| Semester I | |||
| MGY-101 | Introduction to Geoinformatics | Theory | 6 |
| MGY-102 | Remote Sensing and Image Interpretation | Theory | 4 |
| MGY-103 | Global Navigation Satellite System and Geographic Information System | Theory | 4 |
| MGYL-104* | Geoinformatics Laboratory | Lab | 6 |
| Semester II | |||
| MGY-005 | Techniques in Remote Sensing and Digital Image Processing | Theory | 6 |
| MGY-006 | Spatial Analysis and Modeling | Theory | 4 |
| MGY-007 | Applications of Geoinformatics | Theory | 4 |
| MGYL-008* | Digital Image Processing and Spatial Analysis Laboratory | Lab | 6 |
| Semester III | |||
| MGY-009 | Advances in Remote Sensing and GIS | Theory | 4 |
| MGY-010 | Computer Programming for Digital Image Processing and GIS | Theory | 6 |
| MGY-011 | Geo-environmental Applications of Geoinformatics | Theory | 4 |
| MGYL-012* | Advanced Geoinformatics Laboratory | Lab | 6 |
| Semester IV | |||
| MGYE-021OrMGYE-022 | Emerging Applications of GeoinformaticsOrAdvanced Programming in Geoinformatics | Theory | 4 |
| MGY-013 | Research Methodology and Professional Skills in Geoinformatics | Theory | 4 |
| MGY-014 | Geoinformatics in Natural Resources and Environmental Studies | Theory | 4 |
| MGYP-031OrAny two courses from the following:MGYE-041MGYE-042MGYE-043 | Dissertation/ Project WorkOrAny Two Electives (Theory) of 4 credits each from the following Courses:Geoinformatics in Urban Development and PlanningGeoinformatics in Disaster StudiesGeoinformatics in Coastal and Marine Studies | ProjectOrTheory Theory Theory | 8Or444 |
| Total Credits | 80 | ||
Note: *Self-learning materials (SLMs) of Laboratory courses would be available only in digital mode.
IGNOU – School of Sciences (SOS) – Programmes – Distance
10–13 minutes
Master of Science in Geography (MSCGG)
Minimum Duration: 2 Years
Maximum Duration: 4 Years
Course Fee: Rs. 28,000
Minimum Age: No bar
Maximum Age: No bar
Eligibility:
Graduate in any stream from any recognised University/Institution/Organisation.
Medium of Instruction: The medium of instruction is English. The course material is in English only.
Note: The Programme is on offer from July 2023 admission cycle onwards.
The School of Sciences has developed Master of Science in Geography (MSCGG) with the help of eminent geographers from various Universities of the country. This programme puts an emphasis on the relevance of Geography as an inclusive, integrated and holistic subject. It studies the human-environment relationships both in spatial and temporal dimensions, especially in the context of human beings, flora and fauna along with complex earth systems. This is a two-year Master’s degree programme in Geography, which is offered in both January and July cycles of admission each year. The programme has been divided into two semesters per year (July to December and January to June). This programme comprises of 13 core and compulsory theory courses worth 52 credits and 5 core and compulsory lab courses worth 20 credits. There is one course on project worth 8 credits. To successfully complete this programme, you will have to earn 80 credits over a period of 2 to 4 years depending on your convenience. The theory courses are designed to provide the basic knowledge and essential techniques of Master’s level Geography by covering the broad streams of physical and human geography. These theory courses will help you in studying the lab courses well, with an emphasis on quantitative and qualitative dimensions of inquiry aided with geospatial technologies. The lab courses have been designed in this programme separately and each semester has one or two lab course.
The broad aim of this programme is to orient, enable and equip the prospective learners for the praxis of learnt geographical knowledge for personal, academic, professional and lifelong future endeavours in an ever-changing world.
Programme Objectives
This programme has the following broad objectives:
- to enable the learners with a better understanding of earth, its geomorphic processes as well as regional, socio-cultural and economic dimensions;
- to inculcate a sense of environmental ethics among the learners that generates concerns on sustainability of earth systems;
- to orient the learners towards geographical research and expose them to tools and techniques on strong theoretical background; and
- to prepare the learners for the current and emerging job requirements in the market, including both at national and international levels.
JOB PROSPECTS
Teaching and Research, Cartography and Mapping, Urban and Regional Planning, Population and Demographic Studies, Natural Resource Management, Environmental Management and Sustainability, Tourism and Recreation Industries, Administration and Marketing, Disaster Management, Transportation and Logistics Industries, GIS and Remote Sensing/Geospatial Analysis
Programme Structure and Details
The detailed structure of the MSCGG programme is as follows:
Programme Structure
| Course Code | Course Title | Credits | Nature of Course(Theory /Lab) | Core/Elective |
| Semester I | ||||
| MGG-001 | Introduction to Geographic Thought | 2 | Theory(To be taken together) | Core |
| MGG-008 | Advances in Geographical Thought | 2 | Core | |
| MGG-002 | Geomorphology | 4 | Theory | Core |
| MGG-003 | Regional Geography of India | 4 | Theory | Core |
| MGG-004 | Population and Settlement Geography | 4 | Theory | Core |
| MGGL-001 | Cartography | 4 | Lab | Core |
| Total Credits | 20 | |||
| Semester II | ||||
| MGG-005 | Climatology | 4 | Theory | Core |
| MGG-006 | Economic Geography | 4 | Theory | Core |
| MGG-007 | Environmental Geography | 4 | Theory | Core |
| MGG-010 | Urban Geography | 4 | Theory | Core |
| MGGL-002 | Methods of Geographic Analysis: Quantitative and Qualitative | 4 | Lab | Core |
| Total Credits | 20 | |||
| Semester III | ||||
| MGG-009 | Social Geography | 4 | Theory | Core |
| MGG-013 | Oceanography | 4 | Theory | Core |
| MGG-011 | Geographical Information System (GIS) | 4 | Theory | Core |
| MGGL-003 | Geospatial Analysis | 4 | Lab | Core |
| MGGL-004 | Field Survey Methods: Physical and Socio-Economic | 4 | Lab | Core |
| Total Credits | 20 | |||
| Semester IV | ||||
| MGG-012 | Introduction to Remote Sensing | 4 | Theory | Core |
| MGGL-005 | Remote Sensing Techniques | 4 | Lab | Core |
| MGGE-002* | Natural Resources Management | 4 | Theory | Elective |
| MGGE-003* | Natural Hazards and Disaster Management | 4 | Theory | Elective |
| MGGE-004* | Hydrology and Water Resources | 4 | Lab | Elective |
| MGGP-001** | Project | 8 | ||
| Total Credits | 20 | |||
* Learner can opt any one course from the given elective options in the fourth semester, as per their choice.
** Synopsis and topic finalisation of project shall be done in 3rd semester and registration for the project shall to be done in 4th semester.
Programme Coordinators:
Dr. Satya Raj, Dr. K. Nageswara Rao and Dr. Vishal Warpa
Email: satyaraj@ignou.ac.in, knrao@ignou.ac.in, vishalwarpa@ignou.ac.in
Ph. 011-29571672, 011-29571680, 011- 29571674
Important Links
URL for online programmes : IGNOU Online Programmes
Admission Portal for ODL Programmes: IGNOU Admission
Admission Portal for Online Programmes: Indira Gandhi National Open University
Admission Portal for Fixed Learner Intake Programmes: Indira Gandhi National Open University
Student Portal (after admission): IGNOU Samarth