Home » Bachelor of Technology [B.TECH] (Atmospheric Sciences) – Eligibility, Admissions, Top Colleges

Bachelor of Technology [B.TECH] (Atmospheric Sciences) – Eligibility, Admissions, Top Colleges

The B.Tech. in Atmospheric Sciences is a four-year undergraduate engineering programme that aims to comprehend the system’s unique characteristics, movements, and processes, as well as how these aspects affect the climate and living beings. This curriculum, B.Tech in Atmospheric Sciences, is for individuals who are intrigued by the earth’s ecosystem, its mechanics, and how other entities affect the environment. The technical syllabus includes meteorology (atmospheric chemistry and atmospheric physics), climatology (atmospheric changes), and aeronomy, among other disciplines of study (atmospheric changes). The study of the Earth’s atmosphere and its different fundamental physical phenomena is known as atmospheric science.

Meteorology is the study of atmospheric chemistry and physics, with a focus on weather prediction. Climate science is the study of short and long climatic variations that characterize typical surroundings and vary through time as a result of natural and manmade climatic fluctuations. Aeronomy is the research of the higher levels of the atmosphere, which are characterized by substantial dissociation and ionization. Planetary science and the monitoring of native and environmental satellite atmospheres have both benefited from atmospheric studies.

Admissions Process in B.Tech Atmospheric Sciences

The student must pass the applicable admission exams before participating in a group discussion. After reaching the GD round in the second round. For the final determination, the applicant has to go through individual interviews. The admissions process differs amongst institutions. JEE-Mains is the primary entrance exam for enrollment. In some situations, direct entry is available.

What is the procedure for applying?

  • For approval of the registration form, go to the university/official institution ‘s website or the preferred institution’s office.
  • Fill in the blanks with your basic information.
  • Create a new username and password and log in.
  • Complete the registration form with all of the required information.
  • Scan and submit documents such as transcripts, certificates, and legitimate admissions test results.
  • In the situation of an offline registration, enclose papers such as a copy of the marksheets, a certificate, and a scoresheet with the registration form and mail it to the actual address.
  • Check the specifics.
  • The registration cost must be paid.
  • Keep a copy of the completed form and the fee receipt for reference in the future.

Eligibility for B.Tech in Atmospheric Sciences

The following are the minimal entrance requirements for the B.Tech Atmospheric Sciences programme:

  • A minimum cumulative score of 40% to 50% in 10+2 examination from a recognised board is required.
  • Aspirants from the SC/ST category are eligible for a 5% reduction in their overall score.
  • Students who are awaiting the results of their senior secondary examinations are also eligible to apply.

Entrance Test for B.Tech in Atmospheric Sciences

  • JEE Main: The National Testing Agency (NTA) administers the JEE Main test at the national level. It is held each year in the months of January and April for undergrad degree entrance. It is a three-hour online examination with a 360-point paper.
  • JEE Advanced: The JEE Advanced exam, formerly known as the IIT JEE exam, is the second step of the JEE Main exam. IIT Delhi is the organizing body. It is also a test that covers various subjects, such as physics, chemistry, and mathematics. The exam will take 3 hours to complete.
  • KEAM : Enrollment to specialized undergraduate degrees in a variety of fields, including architecture, agriculture, and medical, are available through KEAM – Kerala Engineering, Agriculture, and Medical. The assessment is administered by the Commissioner of Entrance Examination (CEE), Kerala, and is known as the CEE Kerala (Combined Entrance Exam). It will be occur in April, and registration forms will be released on the internet beginning in February on KEAM’s main website. In the case of B.Tech programmes, candidates must have completed Class XII or a similar examination with at least 50% in mathematics separately and 50% in physics, chemistry, and mathematics altogether.

Course Overview for BTech Atmospheric Sciences

The following are the primary elements of the BTech Atmospheric Sciences course:

Course LevelUndergraduate
Duration4 Years
Exam TypeSemester Type
EligibilityPassed 10+2 level with Physics, Chemistry and Mathematics as main subjects with minimum 50% aggregate score
Admission ProcessEntrance examination or merit-based admission
Course FeeINR 1,00,000-4,00,000
Average Starting SalaryINR 3,00,000-8,00,000
Job RolesMeteorologist, Atmospheric Scientist, Climatologist, Environmental Meteorologists, Assistant Professor- Atmospheric Science
Top Recruiting AreasAgriculture Industry, Aviation, Insurance & Financial Services, Oil and Gas Industry, Weather and Climate Departments, Research Labs, Colleges and Universities etc.
Top Recruiting CompaniesIndian Meteorological Department, Council for Scientific and Industrial Research, National Aerospace Laboratory, INCOIS Hyderabad, CDAC, TCS, TERI, Siemens, Intel etc.

What is it about the Course in BTech Atmospheric Sciences

  • The Bachelor of Technology in Atmospheric Sciences is a four-year undergraduate degree programme that studies the earth’s atmosphere and its different internal processes that take place.
  • This curriculum will teach you about the ecosystem’s physical qualities, movements, and functions, as well as how these elements affect climate and living beings.
  • The program is tailored to learners who are interested in the earth’s ecosystem, its mechanisms, and how other entities affect the environment.
  • The curriculum is appropriate for individuals who are familiar with the subject of weather, climate, as well as other aspects of the atmosphere.
  • The program contains vital topics such as meteorology, climatology, and aeronomy, among others.
  • The cost of a BTech in Atmospheric Sciences programme ranges from INR 1,00,000 to INR 4,00,000.

Course Benefits for BTech Atmospheric Sciences

The following are among the benefits of obtaining a BTech in Atmospheric Sciences:

  • Individuals who complete this program may find employment in the agricultural sector, aviation, insurance and financial services, petroleum industry, weather and climate divisions, research labs, and other fields.
  • Meteorologist, Atmospheric Scientist, Climatologist, Environmental Meteorologists, and other positions are available to them.
  • They can also work at any reputable higher education institution as an Assistant Professor of Atmospheric Science.
  • They can also gain jobs in the government institutions, where they can earn good salaries and have a variety of career options, by passing difficult exams.
  • Such students can expect to earn a pay package varying from INR 3,00,000 to INR 8,00,000 per year on average.
  • After finishing this programme, students can continue M.Tech, ME, or MBA programmes.

Best Colleges for BTech Atmospheric Sciences 

The best institutions in India that provide BTech in Atmospheric Sciences, as well as their NIRF rankings, course fees, and average yearly salaries and benefits, are listed below:

College NameCourse FeeAverage Annual Salary
Indian Institute of Technology, DelhiINR 94,245INR 16,00,000
Cochin University of Science and Technology, KeralaINR 45,600INR 5,00,000

Course Syllaus for BTech Atmospheric Sciences

The following is a semester-by-semester breakdown of the BTech Atmospheric Science curriculum:

Semester ISemester II
Atmospheric PhysicsBiological Oceanography
Numerical Simulation of Atmospheric and Oceanic PhenomenaPhysics of Atmosphere and Ocean
Dynamics of Atmosphere and OceanBoundary-Layer Meteorology and Air Pollution
Semester IIISemester IV
Parameterization of Physical ProcessesTropical Meteorology
Mathematical & Statistical Methods in Atmospheric SciencesSatellite Meteorology and Remote Sensing
Air-Sea InteractionAtmospheric Diffusion and Air Pollution
Science of Climate ChangeSimulation Lab I: Weather Analysis and Forecasting
Semester VSemester VI
Simulation Lab II: Objective Analysis & Data AssimilationClimate Variability
Simulation Lab III: Ocean-Atmosphere Forecast MethodologyModeling of Dynamic Processes of Oceans and Atmosphere
Advanced Ocean DynamicsMarine Pollution and Coastal Zone Management
Air Quality Monitoring and Health Risk AssessmentAdvanced Dynamic Meteorology
Atmospheric Chemistry and AerosolsMesoscale Meteorology
High-Performance Computing in Atmospheric ScienceIndustrial Visits/ Viva-voce
Semester VIISemester VIII
General MeteorologyAtmospheric Science Colloquium
IAn Advanced Course in Micrometeorology and Risk Assessment TechniquesPhysical Oceanography
Dynamic MeteorologyDynamic Oceanography
Numerical Modelling of the Atmospheric ProcessesMajor Project II (Evaluation and Viva-voce)
Synoptic MeteorologyComprehensive Viva-voce
Major Project I (Evaluation and Viva-voce)Seminar and Group Discussion
Training Report & Viva-Voce

Career Scope for B.Tech in Atmospheric Sciences

Application areas of environmental and climate-based understanding have developed as the economy has grown. Forestry, transportation, natural infrastructure, insurance & financial services, oil & gas research, and risk management are all important businesses. Students with a specialization in atmospheric sciences can work in a range of fields, including climatology.

Metrology is an earth science sub-discipline in which the professional is accountable for completing a critical climate analysis. Climatologists work on issues relating to the environment and atmosphere that are relevant to weather prediction. Nonetheless, news organizations and a variety of other commercial firms have started to hire meteorologists in recent years in order to improve their effectiveness and reliability. The central government encouraged FDI into the oil and mining industries as part of its privatization and globalization program, and the profession of meteorologist has become increasingly prevalent in the commercial sector as a result.

Meteorology, a branch of atmospheric science, offers a variety of lucrative job options. Meteorologists are generally employed by the government, but numerous private companies are currently recruiting climatologists to investigate air pollution. The military actions of the nation, such as troop deployments, aircraft flights, missile launchers, and ship operations, all rely on exact weather information, therefore the meteorologist’s involvement in weather predictions is critical. Indeed, there are several options for deployments to military stations and outposts around the world. Because satellite installation is mostly dependent on climatic conditions, Aerospace Technology Institutes also hire meteorologists and atmospheric researchers.

The following is a selection of institutions and organizations where students can look for work.

  • Indian Institute of Tropical Meteorology
  • India Meteorology Department
  • Indian Air Force
  • Space Application Center
  • National Remote Sensing Agency
  • Defense Research and Development Organization
  • Indian Space Research Organization

Job Profile

Job Description



  • A meteorologist’s work can be divided into two categories: prediction and assessment. They employ information from the land, sea, and upper atmospheres to forecast weather and investigate the causes of bad weather. They also research the impact of weather on the atmosphere, as well as meteorological cycles, climate change, and forecasting models.

  • Data from worldwide weather centres, satellites, and radars are evaluated and analysed.

  • Collect information of land, water, and environmental movements.

  • Weather predictions are provided.

  • Weather predictions are made possible by using mathematical and physical methodologies, as well as complex computer systems.

  • Climate analysis and predictions

  • Produces weather predictions and charts using digital design capability for research, distribution to customers, or usage in televised weather services.

  • Staying up to date with technological breakthroughs.

  • They must provide a report to the appropriate authority detailing the improvement they have noticed.


Atmospheric Scientist

  • Nature, climate change, and the environment must all be observed in order to foresee and interpret environmental circumstances.
  • Atmospheric scientists handle all types of organisations, including private companies, colleges, television networks, and government agencies. To understand further about atmospheric properties and forecast weather systems, atmospheric scientists employ field expertise from maps, pictures, and database systems.

  • Examine weather circumstances and variations to determine whether or not a shift will be disruptive.



  • They are focused about the evolution of weather phenomena across time. In order to comprehend annual and worldwide occurrences, they study fluctuations in regular temperatures, rainfall amounts, and wind conditions across time. Climate experts might make predictions for a period or several years. The agricultural, construction, and energy industries will benefit greatly from these findings.

  • Information from the Earth and the atmosphere are analysed and interpreted.

  • Assessing past environmental conditions and forecasting future weather patterns using simulations.

  • Investigate the elements that influence and cause climate change.

  • Delivering environmental information and advice to decision-makers.

  • Collaborate with other climatologists, meteorologists, and industry experts.

  • Support industries and other businesses by teaching them how to use environmentally friendly operations and disposal methods.

Environmental Meteorologists

       They look into issues like a water shortage or environmental damage. They make                           observations about the environment and look for strategies to cut emissions.


Assistant Professor – Atmospheric Science

  • Teachers of atmospheric science teach topics on atmospheric and climatic processes, ocean-atmosphere interactions, extreme weather events, land-atmosphere interactions, hydroclimate, cryospheric, and paleoclimate. They’re building a thriving research programme in a diverse behavior and experiences while also teaching, motivating, and mentoring students from a variety of backgrounds at both the graduate and undergraduate levels.

  • Create and direct an externally financed applied climate science research programme that combines famine forecasting studies with substantial meteorological events.

  • Dynamic meteorology, atmospheric thermodynamics, climate physics, and synoptic meteorology are some of the topmost meteorological B.tech subjects they teach.

Future Scope in BTech Atmospheric Sciences

Students of the BTech Atmospheric Science programme might choose to work or pursue higher education after completing their studies. Here are some of the most popular ones offered to students taking such coursework:

  • M.Tech:  If a student desires to pursue further education in the same field, M.Tech Atmospheric Sciences is an excellent option. It’s a two-year postgraduate degree programme that focuses on several significant components of the atmosphere and the activities that influence the overall environment.
  • MBA: After completing a BTech programme, the majority of students pursue a management career by getting an MBA or PGDM degree. Both of these programmes are extremely helpful to students because they allow them to occupy management positions in any reputable firm after completing them. Admission to these programmes is primarily determined by national admission tests.
  • Competitive Exams: Students of the BTech Atmospheric Sciences programme can also prepare for competitive exams in order to get high-paying jobs in the public sector.

FAQ’s for BTech Atmospheric Sciences

What are the minimum requirements for enrollment to this curriculum?

Students must have received at least 60% cumulative marks in their 10+2 level with Physics, Chemistry, and Mathematics as the primary subjects from a recognized board to be accepted for this coursework.

How long does the BTech Atmospheric Sciences programme last?

BTech Atmospheric Sciences is an eight-semester bachelor’s degree programme that lasts one year.

What is the procedure for admission?

The majority of students get admitted to this programme based on their achievement on the admission exam. A select few institutions also offer merit-based admission.

What is the typical cost of taking this curriculum?

The top-tier BTech Atmospheric Sciences institutes in India offer a median tuition fee of INR 1,00,000-4,00,000.

What is a BTech Atmospheric Science student’s expected beginning salary?

Students of BTech Atmospheric Science can potentially make a beginning income of INR 3,00,000-8,00,000 per year, based on their talents and experience in the area.

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