determined to create technology driven solutions for climate change.
specialisation in climate technologies and their application in industry, government, advanced research.
engineers who solve for climate change.
Do you recognize yourself in this? Please apply to join the Bachelor of Technology specialising in Climate Technologies!
Massachusetts Institute of Technology (MIT), USA
All students of the B.Tech program will be members of MIT Solv[ED]. An initiative of the Massachusetts Institute of Technology (MIT), USA, MIT Solve is an invite-only community chosen to drive MIT Solve’s mission to drive innovation to solve world challenges. MIT Solv[ED] equips people under the age of 24 with knowledge, tools, and resources to practice problem identification and solution design. Solv[ED]’s approach prioritizes experiential learning, accessibility, and community-building among young problem-solvers. Check it out here https://solve.mit.edu/solv-ed.
Sustain Labs Paris, India /UAE/ New Zealand/ France
All students of the B.Tech program will avail of Sustain Labs Paris’s network of industry partners. Sustain Labs is an enterprise operational in India, UAE, New Zealand, France that partners with organisations to make them more environmentally and socially responsible as well as profitable. It works with large global companies as well as start ups, universities, and development projects on organisation transformation, infrastructure, sustainability reporting, and strategies to move towards net zero. Learn more about Sustain Labs Paris here https://www.sustainlabsparis.com.
High school graduate, with at least 3 of the following subjects: computer sciences, mathematics, physics, chemistry, biology.
All Indian and international high school boards are accepted. There is no bar on the age of applicants.
Please note that the above mentioned scores are the eligibility criteria of candidates and does not guarantee admission into the Bachelor of Technology specialising in Climate Technologies programme. Candidates will be selected based on the best combination of motivation, examination scores and JEE ranks.
Up to 100%* scholarships are offered to deserving candidates on the basis of merit as well as need. Once selected, the candidate can approach the Anant School for Climate Action for the scholarship form and submit the duly filled form along with required documents to support their application.
Scholarships are available for limited seats only. Candidates are advised to apply for the program and scholarship well in advance of the admission deadline.
*% of scholarship will be calculated post the submission of form and documents
Please write to us at email@example.com for any questions about the programme.
The 4-year undergraduate engineering degree is a super-specialisation in climate technologies.
Students will learn to build technology solutions for mitigating or adapting to climate change, use specialised softwares for simulating climate impact and be part of live industry climate projects at the Climate Lab since day one of joining. They will have the chance to specialise in using climate technologies for business or policy, as well as a deeper specialisation in climate technology itself. The final semester is a mandatory industry immersion where students are placed within the USD 1 trillion climate industry co-guided by industry and an academic guide.
The curriculum is designed such that every semester 1 – 6 offers an incremental step across 8 climate technology streams as well as applied research in the Climate Lab. The final 2 semesters offer the opportunity to students to take courses they earlier might have not been able to pass or take, and focus on specialisation and then full industry immersion.
Students will be part of Foundation Year courses at AnantU that introduce them to climate change and technical drawing. They will gain expertise in climate engineering tools and introduced to key concepts such as earth and space system evolution, biogeochemical cycles, basics of geo-engineering, climate finance asset management, climate and energy, amounting to course work of 20 credits.
4 credits are attributed to applied research projects in the Climate Lab.
Students will learn to apply the tools they have gained expertise in the previous semester. They will also gain understanding of meteorology and atmospheric sciences, pollution aquatic systems, solar-terrestrial relations, financial products origination, environmental policies. They will be introduced to behaviour sciences and will learn to leverage design thinking for innovative solutions in climate action.
While the aforementioned course work will amount to 20 credits, 4 credits continue to be attributed to applied research projects in the Climate Lab.
Equipped with tools and having learnt to apply them to climate solutions, students will now focus on creating technology solutions for climate change through courses amounting to 20 credits. They will learn how to make climate predictions, do space weather modelling, create and scale up clean energy technologies. They will be encouraged to understand the context of developing economies and create technology solutions especially adapted to these regions.
Continuing with the emphasis on industry experience, 4 credits are attributed to applied research projects in the Climate Lab during semester 5 and 6 as well.
In Semester 7, students will pursue 320 hours of specialisation training in any of the three: climate in business, climate law and policy, climate technologies.
In semester 8, every student will be placed on industry projects. They will work on live climate technology projects within external organisations, co-guided by an academic and industry partner. This will make for a smooth transition of the student from university to the surge of jobs within the $1 trillion climate industry.
The Anant National University is India’s first school to offer this unique concept of Climate Lab to its students and faculty. The lab’s cutting-edge infrastructure includes a wide range of equipment as well as latest software solutions.:
Anant Technology Prize is an initiative of the Anant School for Climate Action that invites aspiring engineers from across the world to submit technology-led solutions to climate change.
The best solution will be rewarded with direct entry into the final round of interviews for the Bachelor of Technology specialising in Climate Technologies at Anant National University.
Dr Arpita Bose
An Anant Fellow of Climate Action, Dr Arpita is a reputed scientist and an assistant professor at the Department of Biology of Washington University in St. Louis. She is the Founder of the Bose Lab at Washington University in St. Louis. The Bose Lab studies microbial metabolisms and their influence on biogeochemical cycling using an interdisciplinary approach. View detailed bio here
The Bose Lab at Washington University in St. Louis. Photo courtesy: Sean Garcia of WUSTL
Climate technologies are the technologies that are used to mitigate or adapt to the effects of climate change. Climatic technologies aid in the measurement, prediction, and simulation of various climate scenarios. Climate technologies also help to minimize greenhouse gas emissions and promote renewable energy sources like wind, solar, and hydropower.
Candidates with this degree will have the opportunity to work in both the public and private sectors, as well as academia. This degree will prepare you for a career as a lead climate engineer or in research and development.