The SRMJEEE 2026 Phase 1 exam was conducted from April 24 to April 29, 2026. After the declaration of results, qualified candidates will move to the next stage of the admission process, which includes online counselling, choice filling, programme allocation and fee payment. As per available schedule updates, Phase 1 counselling/choice filling is expected to begin on May 7, 2026.

SRMJEEE, or the SRM Joint Engineering Entrance Examination, is conducted for admission to B.Tech programmes offered by SRM group institutions. The result is important because it determines the candidate’s rank and eligibility for branch and campus allocation during counselling.

SRMJEEE 2026 Phase 1 Result Date and Time

The SRMJEEE 2026 Phase 1 result is scheduled to be announced on May 5, 2026, around 3 PM. Candidates are advised to keep checking the official SRMIST website for the result link and admission updates. The scorecard will be available only through online mode.

Where to Check SRMJEEE 2026 Phase 1 Result?

Candidates can check the SRMJEEE result on the official SRMIST website. The result link will be activated on the admission portal after the announcement. Candidates should use their registered login credentials, such as application number/email ID and password, as required by the portal.

The official SRMJEEE page states that online counselling is conducted separately for each phase after the declaration of results, and qualified candidates receive further communication regarding the process.

How to Download SRMJEEE 2026 Phase 1 Rank Card?

Candidates can follow the steps below to check and download the SRMJEEE 2026 Phase 1 result:

1. Visit the official SRMIST website.
2. Click on the SRMJEEE 2026 Phase 1 Result link.
3. Enter the required login credentials, such as registered email ID/application number and password.
4. Submit the details.
5. The SRMJEEE 2026 scorecard or rank card will appear on the screen.
6. Download the scorecard and take a printout for counselling and admission purposes.

Candidates should make sure that all details printed on the scorecard are correct. In case of any discrepancy, they should contact the SRMIST admission helpdesk immediately.

Details Mentioned on SRMJEEE 2026 Scorecard

The SRMJEEE 2026 rank card is expected to include important admission-related details. Candidates must check the following information carefully:

The rank card will be required during counselling, seat allotment and admission formalities. Candidates should keep both digital and printed copies ready.

What After SRMJEEE 2026 Phase 1 Result?

After the result declaration, SRMIST will begin the online counselling process for shortlisted candidates. The counselling process is expected to include choice filling, branch preference submission, programme allocation and payment of counselling/admission fees.

The most important step after checking the result is choice filling. Candidates must select their preferred campus and B.Tech branch based on their rank, interest, career goals and availability of seats.

Key Steps After Result

Candidates should first download their rank card and then check the counselling schedule carefully. Once the choice filling window opens, they must log in to the counselling portal and submit their preferred courses and campuses. After choice filling, SRMIST will release programme allocation based on rank, choices entered, seat availability and other admission criteria.

Candidates who receive an allotment must complete the fee payment within the given deadline. Missing the counselling or payment deadline may affect admission chances.

SRMJEEE 2026 Phase 1 Counselling and Choice Filling

The SRMJEEE 2026 Phase 1 counselling/choice filling process is expected to start on May 7, 2026. Candidates should not wait until the last date to complete their choices. They should research available branches, placement opportunities, campus facilities and future career options before locking their preferences.

Popular B.Tech branches such as Computer Science Engineering, Artificial Intelligence, Data Science, Electronics and Communication Engineering, Mechanical Engineering, Biotechnology and related specialisations may attract strong competition. Therefore, candidates should fill multiple choices to improve their chances of allocation.

Documents Required for SRMJEEE 2026 Counselling

Candidates should keep the following documents ready for counselling and admission verification:

Final document requirements may vary as per official SRMIST instructions. Candidates should follow the counselling guidelines published on the official portal.

Tips for Candidates Before Choice Filling

Candidates should not choose branches only based on popularity. They should consider their interest, long-term career plans, campus preference, placement records and academic strengths. For example, students interested in software, AI, cloud computing or data science can prioritise computer-related branches. Students interested in electronics, embedded systems, telecom or chip design can consider ECE. Those interested in core engineering, automation or manufacturing may explore Mechanical, Mechatronics or related branches.

It is also advisable to keep backup branch and campus options. Since seat allotment depends on rank and availability, entering a wider range of choices can increase the chance of getting admission in a suitable programme.

Conclusion

The SRMJEEE 2026 Phase 1 result is an important milestone for candidates seeking B.Tech admission at SRMIST and associated campuses. The result is scheduled for May 5, 2026, around 3 PM, and candidates can download their rank card from the official SRMIST website using their login credentials. After the result, eligible candidates should prepare for Phase 1 counselling and choice filling from May 7, 2026.

Candidates must keep their scorecard safe, follow the official counselling schedule and complete all admission steps within the deadline. A well-planned choice filling strategy can help candidates improve their chances of getting their preferred branch and campus.

FAQs on SRMJEEE 2026 Phase 1 Result

1. When will SRMJEEE 2026 Phase 1 result be announced?

SRMJEEE 2026 Phase 1 result is scheduled to be announced on May 5, 2026, around 3 PM.

2. Where can I check SRMJEEE 2026 Phase 1 result?

Candidates can check the result on the official SRMIST website by logging in with their registered credentials.

3. What login details are required to download the SRMJEEE scorecard?

Candidates may need their registered email ID/application number and password, depending on the official login portal requirement.

4. When will SRMJEEE 2026 Phase 1 counselling begin?

The Phase 1 counselling/choice filling process is scheduled to begin on May 7, 2026, as per reported admission schedule updates.

5. Is the SRMJEEE 2026 rank card required for counselling?

Yes. Candidates must download and keep the SRMJEEE 2026 rank card safe, as it will be required during counselling, seat allotment and admission formalities

Tvasta, a Chennai-based startup founded by IIT Madras alumni in 2016, has been working at the intersection of robotics, automation and construction 3D printing. With Cedar, the company is now taking its technology to a global stage. The printer has been designed and manufactured in India and is being positioned for deployment across international markets, including the United States, Europe, the Middle East, Asia and Africa.

At a time when the global construction industry is looking for faster, more affordable and more sustainable building methods, Cedar aims to solve some of the biggest challenges faced by developers and contractors. These include high material costs, labour dependency, long project timelines, construction waste and limited access to scalable automation.

A Make in India Innovation for the World

Cedar is more than just a new construction machine. It is a strong example of Make in India moving from research and development into real-world global deployment. Tvasta’s journey began with the goal of using additive manufacturing to transform how buildings and infrastructure are created.

Cedar has been designed to address these barriers. By combining Indian engineering, AI-based material optimisation and a scalable printing platform, Tvasta and 14Trees are trying to make 3D concrete printing more practical for mainstream construction projects.

What Makes Cedar Different?

One of Cedar’s most important features is its portal-frame architecture. This structure makes the printer suitable for large construction sites and allows it to support projects across residential, commercial, industrial and infrastructure categories.

The printer can reach up to 10 metres in printing height and has an extendable footprint of up to 240 square metres. This gives construction companies the flexibility to use it for different types of projects, including homes, offices, technical facilities, industrial structures and infrastructure components.

Another major advantage is cost. Cedar offers printing volumes comparable to many existing large-format 3D construction printers, but at nearly half the capital investment. This is significant because high upfront cost has often been one of the biggest reasons construction companies hesitate to adopt 3D printing technology.

By reducing the entry barrier, Cedar can help more developers, contractors and public sector agencies explore automated construction.

Printing With Real Concrete

A major breakthrough in Cedar is its ability to print with real concrete instead of relying only on specialised mortar-based mixes. Many construction 3D printers depend on costly mortar materials, which can make projects expensive and limit the use of locally available resources.

Cedar is designed to work with standard concrete formulations. This can reduce material costs by up to 5x, making 3D concrete printing more affordable and practical for large-scale construction.

The ability to use real concrete also improves local adaptability. Construction projects across different countries and regions often depend on materials available nearby. By supporting locally sourced concrete formulations, Cedar can help reduce transportation costs, improve supply chain efficiency and lower the environmental impact of projects.

AI Companion for Smarter Construction

Cedar is not just a hardware platform. It is supported by the 14Trees AI Companion, a digital platform that helps optimise material performance using local resources. The AI Companion analyses thousands of mix designs to help construction teams balance cost, strength and environmental impact.

This is especially important in construction because project conditions vary widely from one region to another. Local materials, climate, humidity, temperature and structural needs can all affect the performance of concrete.

By using AI to recommend and optimise material mixes, Cedar can help contractors achieve more consistent results. It also supports better decision-making by giving teams data-driven insights before and during the construction process.

This combination of robotics and artificial intelligence gives Cedar a clear advantage in real-world deployment. It is not only designed to print structures, but also to help teams understand how to print them efficiently, safely and economically.

Built by Indian Engineering Talent

Tvasta was founded by IIT Madras alumni and has grown into one of India’s most notable startups in the construction 3D printing space. The company has worked on multiple 3D-printed building projects, including housing, educational facilities, offices and technical infrastructure.

The launch of Cedar shows how Indian deep-tech startups are moving beyond prototypes and pilot projects. They are now building industrial-grade solutions that can compete in global markets.

Tvasta CEO Adithya V S has described Cedar as a platform that brings together advanced manufacturing, robotics and software. The goal is to create a system that can perform reliably across different construction environments.

14Trees CEO Francois Perrot has also highlighted the economic side of the technology. According to him, construction 3D printing must not only be technically proven, but must also make financial sense for contractors and developers. Cedar has been designed with that requirement in mind.

Why Cedar Matters for the Construction Industry

The construction industry is under pressure to deliver projects faster, reduce costs and adopt greener methods. Traditional construction often involves long timelines, material wastage, labour shortages and inconsistent quality. Automation can help address many of these issues.

Cedar’s 3D printing technology can reduce construction time by automating repetitive building processes. It can also improve precision, reduce dependency on manual labour and lower material wastage by placing concrete only where needed.

For developers, this means faster project execution and potentially better cost control. For governments and public sector agencies, it could support faster delivery of housing, schools, community facilities and infrastructure. For emerging markets, it offers a more accessible route to advanced construction technology.

The use of AI for material optimisation also supports sustainability. By improving mix designs and reducing waste, Cedar can help construction firms lower their environmental footprint.

Taking Indian Deep-Tech Global

Cedar’s global deployment strategy is one of the most important parts of this launch. The printer is being positioned for markets across the United States, Europe, the Middle East, Asia and Africa.

This is a strong signal that Indian startups are no longer limited to solving domestic challenges. They are creating globally relevant technologies in areas such as robotics, automation, AI and advanced manufacturing.

For India, Cedar reflects the growing maturity of its deep-tech ecosystem. It also shows how institutions like IIT Madras are helping produce founders and engineers who can build globally competitive products.

The partnership between Tvasta and 14Trees brings together Indian engineering and international construction technology expertise. This can help accelerate adoption by offering end-to-end support, including design optimisation, materials development and on-site delivery.

The Future of Automated Construction

As the construction industry evolves, technologies like Cedar could become central to the future of building. Developers and contractors are increasingly looking for solutions that can improve speed, reduce costs and support sustainable development.

Cedar has the potential to serve as a platform for smarter construction. Its ability to print with real concrete, reduce material costs, support large structures and use AI-based optimisation makes it a practical solution for modern construction needs.

While construction 3D printing is still an emerging field, Cedar’s launch marks a significant step toward wider adoption. It brings together the key elements needed for scale: affordability, flexibility, AI support, material compatibility and global deployment readiness.

For Tvasta, this is a major milestone. For India, it is another example of homegrown innovation entering the global stage. For the construction industry, Cedar could become an important tool in the shift toward faster, greener and more automated building methods.

FAQs

1. What is Cedar by Tvasta and 14Trees?

Cedar is an AI-ready 3D concrete printer developed by Tvasta Manufacturing Solutions in partnership with 14Trees. It is designed for large-scale construction automation and global deployment.

2. Why is Cedar important for construction 3D printing?

Cedar reduces the cost barrier for construction 3D printing by offering large-format printing capabilities at lower capital investment. It can also print with real concrete, which helps reduce material costs.

3. What is the printing capacity of Cedar?

Cedar can reach up to 10 metres in printing height and has an extendable footprint of up to 240 square metres, making it suitable for residential, commercial, industrial and infrastructure projects.

4. How does AI help Cedar perform better?

Cedar is supported by the 14Trees AI Companion, which analyses thousands of concrete mix designs. It helps optimise cost, strength and environmental performance using locally available materials.

5. Why is Cedar considered a Make in India success story?

Cedar has been designed and manufactured in India by Tvasta, a startup founded by IIT Madras alumni. Its global deployment plans show how Indian deep-tech innovation can compete in international construction markets.