LAW AND JUSTICE IN A GLOBALIZING WORLD
Course Outcomes:
CO1 : Critically analyse the concept of Globalization and Its Impacts.
CO2 : compare various concepts of Theories of Justice.
CO3 : Evaluate the practical implication of cosmopolitanism.
CO4 : Identify the impact of globalization on judicial process.
CO5 : Examine the impact of Law on social change.
CO6 : Understand the art of judicial process.
PETROLEUM AND COAL GEOLOGY
AIM
To comprehend concepts of the origin and generation of hydrocarbons resources like coal and petroleum
OBJECTIVES
To make the student aware about formation of coal, periods of coal formation, properties of coal, Varieties and ranks of coal, Petrography of coal: Geographic distribution of petroleum, chemistry of petroleum, different forms of petroleum, migration and accumulation of petroleum, source rock, reservoir rocks, petroleum traps, salt domes: Geology of the important petroliferous basins in India.
Digital Feminisms
Explore how digital media terrains serve as
potent sites of feminist articulations, concerns and resistances
Laws and Sexualities in India
This course intends to theorize on the interface between laws and sexualities by: (1) tracing the historical trajectory of constructing legal / illegal sexualities in Colonial India (2) mapping the legal negotiations of the modern State with sexualities and (3) critically examining the shift from a silence to an increasing articulation of rights by sexual minorities across the global with added emphasis on the decriminalization of homosexuality by the Supreme Court of India in 2018.
ANCIENT INDIAN ICONOGRAPHY
Course Objective: The course objective is to introduce students to the subject of iconography with details of images in different religious traditions, mainly Shaivism, Vaishnavism, Buddhism and Jainism. The development of iconology with respect to these traditions is also emphasized.
Solar Photovoltaics
Objective: To introduce the fundamental theories and technological aspects of power
generation using solar photovoltaic technology.
No. |
CO Statement |
CO1 |
Remember the principles and concepts in solar photovoltaic field. |
CO2 |
Understand different types of photovoltaic materials and their properties |
CO3 |
Apply the fabrication techniques of thin film technology |
CO4 |
Analyze solar cell parameters |
CO5 |
Design solar cells and PV modules |
CO6 |
Develop materials for solar photovoltaic applications |
CO7 |
Measure losses and quantum efficiency in a solar cell |
GOL C 432 Ore Genesis
How are ores formed? How does earth processes lead to ore formation? ?
Solid State Physics
Course Outcomes
Understand the building block of a crystal and classification of crystal structures.
Identify the crystal structure of an unknown material using X-ray diffraction.
Explain the formation of band structure in a solid and the origin of band gap in semiconductors.
Differentiate between intrinsic and extrinsic semiconductors.
Appy Hall effect to measure the type and concentration of charge carriers in a semiconductor.
Explain the theory behind dielectric phenomenon, its classifications and its applications.
Understand the origin of different types magnetic materials.
Explain superconductivity phenomenon and its parameters related to possible applications
Raga Classification in Indian Music
Solid State Physics
Course Outcomes:
- Understand the building block of a crystal and classification of crystal structures.
- Identify the crystal structure of an unknown material using X-ray diffraction.
- Explain the formation of band structure in a solid and the origin of band gap in semiconductors.
- Differentiate between intrinsic and extrinsic semiconductors.
- Appy Hall effect to measure the type and concentration of charge carriers in a semiconductor.
- Explain the theory behind dielectric phenomenon, its classifications and its applications.
- Understand the origin of different types magnetic materials.
- Explain superconductivity phenomenon and its parameters related to possible applications
INTRODUCTORY BIOSTATISTICS
Course Outcomes:
CO1: Explain the importance and scope of Biostatistics
CO2: Explain the measures of summarisation of data
CO3: Make use of elementary operations of matrices
CO4: Demonstrate the mastery of sampling in biomedical research
CO5: Apply sample size determination methods to determine sample size for estimating means and proportions
CO6: Explain what clinical trials are
Theory and Practice of Diplomacy
MODULE I: Concept and Definition
Introduction to Diplomatic Practice – Origins in Europe in the Middle Ages – Forms and Structure – Role of Diplomacy in the modern world – Cold War and Post-Cold War Diplomacy.
MODULE II: Types of Diplomacy
Public Diplomacy – Cultural Diplomacy - International Crisis Diplomacy - Shuttle Diplomacy - Track Two Diplomacy - Bi-lateral and multi-lateral Diplomacy – Summitry - Open Source Diplomacy: WikiLeaks, Palestine Papers, etc.
MODULE III: Multilateral Diplomacy
The United Nations - Climate Change (CC) Diplomacy - Non-proliferation Diplomacy – Preventive Diplomacy
MODULE IV: Economic Diplomacy
Aid Diplomacy - Economic Development – WTO & Davos - Intellectual Property Rights (IPR) - International Terrorism - Refugees & Asylum Issues in the modern world.
MODULE V: Indian Diplomacy
Indian Diplomacy & Foreign Policy – Aims & Goals – Achievements since independence –
MODULE VI: Institutional Framework
Ministry of External Affairs (MEA) – Diplomacy vis-à-vis major powers – Sub-continental and extended neighbourhood Diplomacy - Assessment.
MORTALITY – DETERMINANTS AND TECHNIQUES
This course is offered for I semester MSc Demography & Biostatistics students of the Department of Demography. The aim of the course is to give a thorough knowledge on death and its determinants and consequences. At the end of this course, the students are expected to comprehend the determinants and differentials of mortality and also to compute the various measures of mortality at various ages. This is a 4 credit course divided into six modules.
POPULATION ESTIMATES AND PROJECTIONS
Module I: Life Table: Concepts, Assumptions, Construction of Life tables-Complete and Abridged
Module II: Various types – Single Decrement Associated Life tables, Double Decrement Life Table, Force of Mortality, Uses of Life Tables.
Module III: Multiple Decrement Life table – Multi State Life table, Applications Nuptiality Tables, Contraceptive Effectiveness. Working Life Tables
Module IV: Structure of Population – Stable, Quasi-stable, Stationary Population, Lotka‟s Stable Population Theory, Applications – Population Momentums, Reproductive value
Module V: Population Estimation and Projections – Methods of Population estimation and Projection – Mathematical and Cohort Component methods, Assumptions, on fertility, Mortality and Migration
Module VI: Sub-National Population Projections – Various Methods, URDG, Projection of Labour Force, Educational Population