BTech / Integrated MTech – SRMJEEE Application 2025

If you are here, then the chances are that you already know that SRMJEEE 2025 is the Joint Engineering Entrance Examination held by the SRM Institute of Science and Technology. Appearing for SRMJEEE 2025 is a very convenient method to get into one of the finest research institutes in any part of the country.

Through SRMJEEE 2025, you can become a part of SRM University-AP. Innovation and research at SRM University-AP are multidisciplinary and cutting-edge. You can be a part of one of the most advanced classrooms, learn from exclusive field experts from India and abroad, even take up a semester abroad yourself, and much more.

Are you interested in applying? You are just one simple click away from the smoothest application procedure.
Application for Admissions 2025 is Opened!.

Want to know more? Don’t worry. We will walk you through the entire process. This is as simple as it gets.

Table of Contents

1. SRMJEEE 2025 Important Dates
2. SRMJEEE 2025 Admission Process
3. SRMJEEE 2025 Examination Question Pattern
4. SRMJEEE 2025 Syllabus
5. SRMJEEE 2025 Eligibility
6. SRMJEEE 2025 Application Process

1. SRMJEEE 2025 Important Dates:

The dates for the two-phase examination procedure of SRMJEEE 2025 have been released.

SRMJEEE 2025 Phase-2 Instructions

2. SRMJEEE 2025 Admission Process:

3. SRMJEEE 2025 Examination Question Pattern:

• Each question carries one mark. There are NO negative marks. You are encouraged to attempt every question.
• The mode of examination will be online.
• The question paper type will be MCQs or Multiple Choice Questions only.
• The question paper will be in English ONLY.
• Physics- 35 questions
• Chemistry- 35 questions
• Mathematics/Biology- 40 questions
• English & Aptitude- 20 questions
• Total number of questions- 130
• Total Marks- 130
• Total Duration: 2.30 hrs
• No Negative Marks

4. SRMJEEE 2025 Syllabus:

SRMJEEE 2025 Syllabus

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5. SRMJEEE 2025 Eligibility:

A. Nationality and Age

B. Eligibility to apply for the Qualifying Examination:

C. Criteria for Admission

D. Admission Instructions

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SRM University-AP, in collaboration with OPPO India and the All-India Council for Technical Education (AICTE), is partnering to support “Generation Green”—a national-level initiative aimed at empowering youth to become advocates of sustainability through green skills and actionable commitments. The first phase of the campaign saw AICTE and OPPO India partner with 1M1B to promote sustainable practices among youth by offering green internships to students across India. Launched on July 08, 2024, by AICTE Chairman Prof. T G Sitharam, in the presence of Dr Buddha Chandrasekhar, CCO, AICTE, over 9,000 students from more than 1,400 institutions applied to join the noble venture.

The second phase of the ‘Generation Green’ campaign witnessed SRM AP’s partnership with OPPO and AICTE for educating youngsters about the need for responsible electronic waste management. In alignment with this initiative, the varsity conducted E-Waste Quest 2024, wherein it enlightened students on the issue of waste management of discarded electronic items such as mobile phones, chargers, batteries, and wires. With over 400,000 pledges to date, the campaign now targets one million youth engagements by the end of 2024 to create a lasting impact on e-waste management and environmental preservation. On the occasion OPPO India awarded the SRM University with the title of Eco-Conscious Institution, reflecting the varsity’s commitment to sustainability.

Pro-Chancellor Dr P Sathyanarayanan and Vice Chancellor Prof. Manoj K Arora congratulated the Department of Environmental Science and Engineering for their dedication and commitment to this cause, while Prof. Bharadhwaj Sivakumaran, Dean-Paari School of Business and the officiating Vice Chancellor, emphasised, “Initiatives like the Generation Green Campaign illustrate how small, purposeful actions can catalyse significant change toward a sustainable future.”

Prof. C V Tomy, Dean of the School of Engineering and Sciences, addressed the gathering with an inspiring call to action, stating that every school must have an e-waste collection centre. He stated, “This effort not only promotes responsible disposal but also opens doors to entrepreneurial opportunities, instilling a mindset of sustainability and innovation among students.”

During the launch of the E-Waste Quest 2024, Mr Rakesh Bhardwaj from OPPO India stated, “Today marks a pivotal moment in our collective commitment to a sustainable future. This initiative encourages our youth to take ownership of their role in environmental stewardship.” Dr Rangabhashiyam Selvasembian, Associate Professor and Head-Department of Environmental Science and Engineering, stated, “A motivated and informed generation has the power to reshape our planet. If we do not take responsibility for its protection, no one else will.”

Dr Vinayak Kalluri, Dean-Academic Affairs, implored the youth to fight together in this crusade to save Mother Nature from the horrors of e-waste, noting, “The transition for a sustainable future arises from engaging in small acts of sustainability that result in big transformations.” Additionally, Collector and District Magistrate, Ms Nagalakshmi Selvarajan shared a meaningful message on the importance of community involvement. The E-Waste Quest 2024 served as a powerful reminder that collective efforts help shape a greener future where progress and sustainability go hand in hand.

The Sundarbans represent the largest mangrove system on Earth, covering >10,000 km2. These mangroves can export a vast amount of aquatic carbon that can be potentially sequestered for millennia. Dr Kousik Das, Assistant Professor at the Department of Environmental Science and Engineering, collaborates with Southern Cross University, Australia and IIT Kharagpur to conduct breakthrough research to analyse and estimate the carbon flux between the Sunderbans and the Bay of Bengal. He has published a research paper titled “Groundwater discharge and bank overtopping drive large carbon exports from Indian Sundarban mangroves” in the Q1 journal Science of The Total Environment, having an impact factor of 8.2.

Abstract

We estimate porewater-driven carbon exchange between the Sundarbans and the Bay of Bengal using high-resolution time series and a radon groundwater mass balance approach spanning a neap-spring tidal cycle. Submarine groundwater discharge (SGD) increased from neap to spring tides by 352 % up to a maximum of 65.6 cm d−1 largely driven by creek bank overtopping after the mid-tide. Exports of dissolved organic and inorganic carbon and alkalinity doubled between neap and spring, likely due to the ‘first flush’ of older porewater in the mangrove flats. Groundwater discharge was a significant driver of the net carbon export, contributing up to 86.7 % of DIC and 74.0 % of alkalinity during the spring tide while contributing a lower proportion of DOC (4 %–23 %). If these results are representative of the Sundarbans more broadly, carbon fluxes from the Sundarbans would be more than an order of magnitude higher than some of the world’s largest rivers on an areal basis, highlighting the importance of Sundarbans mangroves to global oceanic carbon budgets.

Practical Implementation/Social Implications of the Research

This study shows the global importance of the Sundarbans mangrove system, with significant dissolved inorganic carbon and total alkalinity fluxes to the Bay of Bengal. It also shows that mangrove SGD is an important driver of dissolved inorganic carbon, dissolved inorganic carbon (DIC) and total alkalinity (TAlk) exports and that bank overtopping during mid and spring tides drives a ‘first flush’ of carbon from groundwater. When carbon fluxes from the study site were upscaled to the entire inundated area of the Sundarbans, DIC and TAlk exports were smaller than some of the world’s largest rivers, however when adjusted to the catchment size (assuming the Sundarbans mangrove catchment area is the extent of the mangroves; 10,200 km2), the areal carbon fluxes from the mangroves are more than an order of magnitude higher than these river systems

Dr Das aims to continue his research and further explore the large flux of carbon export due to tropical cyclones from the Indian Sundarbans to the Bay of Bengal.

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