What if becoming an engineer begins long before the degree does?
For some students, it begins with a classroom lesson.
For others, it begins with a problem they notice around them, a safety concern, a missed opportunity, a farmer’s challenge, interview anxiety, or a need for better mental-health support.
Then comes a simple question:
“Can we build something better?”
That question can turn an idea into a project, a project into a prototype, and a prototype into a learning experience.
This Engineers’ Day 2026, we look at the young minds at GL Bajaj Institute of Technology & Management who are already putting this thinking into practice.
Their projects show that engineering is not only about learning technology.
It is about understanding problems, building solutions, and improving them along the way.
You do not have to wait until graduation to start thinking like an engineer.
Sometimes, it starts with the first problem you decide to solve.
Engineers’ Day Is About More Than Engineers
Engineers’ Day is observed in India on 15 September, the birth anniversary of renowned engineer and statesman Sir Mokshagundam Visvesvaraya.
His contribution to engineering and nation-building continues to make the day meaningful for engineers and students across the country.
But the day is also an opportunity to examine how the next generation approaches engineering.
Today, students are not only learning concepts in classrooms; they are applying them to problems around them.
From safety and agriculture to career preparation, student wellbeing and campus life, their projects show how engineering can begin with an idea and grow through experimentation, technology and practical problem-solving.
What Does It Mean to Be an Engineer Today?
Engineering is not only about knowing how a machine, circuit, or software system works.
It is also about understanding why a problem exists and thinking about how technology can help address it.
An engineering student may learn programming in class.
But a project gives that student a chance to use programming for a real purpose.
A student may learn about Artificial Intelligence.
But building a working prototype teaches them how difficult it can be to turn an idea into something useful.
A student may understand theory.
But testing a project teaches them that the first version may not always work.
That is where practical learning becomes important.
Learn. Build. Test. Improve.
This cycle is an important part of becoming an engineer.
Meet the Young Engineers Building at GL Bajaj
The projects developed by GL Bajaj students offer a glimpse into how classroom learning can move beyond theory and become practical problem-solving.
Each project focuses on a different need, uses technology in its own way, and reflects the students’ approach to finding solutions.
- ShieldHer: explores technology for urban safety.
- InterviewMirror: focuses on interview preparation and practice.
- Vibeesta: connects students with events and opportunities.
- FASAL GURU: applies technology and AI to agriculture.
- Maanas: explores accessible and privacy-focused mental-health support.
The problems may be different, but the approach remains connected: start with a problem, build a solution, test the idea, and learn from the process.
ShieldHer: Can Technology Help Identify Risk Earlier?
What if a safety system could do more than respond after an incident?
That question became the starting point for ShieldHer, a Predictive Urban Safety Intelligence project developed by Team Code Crafters at GL Bajaj.
The team includes Harshit Gupta, Hemani Majhi, and Janesh, B.Tech CSE students from the 2024 to 2028 batch.
The project was developed for Xen-o-Thon 2026.
The idea is simple to understand.
Many safety systems are designed to respond after something has already happened. ShieldHer explores another approach: Can technology identify unusual patterns and changing risk signals earlier?
The prototype combines Artificial Intelligence, machine learning, maps, and software signals to explore proactive safety.
It uses an Isolation Forest model for anomaly detection and looks at patterns that may appear unusual.
The system also divides areas into micro-zones and uses different signals to provide safety information.
Its proposed response includes monitoring, alerts, location sharing, and emergency response.
The project is still a prototype and requires further testing.
But that does not make the learning behind it any less valuable.
The students did not simply ask:
“How can we respond to danger?”
They asked:
“Can we identify risk earlier?”
That shift in thinking is an important part of engineering.
InterviewMirror: Practising Before the Real Interview
For many students, interviews can be stressful because there are limited opportunities to practise the complete experience.
Shantanu Katiyar, a third-year B.Tech Information Technology student at GL Bajaj, worked on this challenge through InterviewMirror.
The idea is straightforward:
What if students could practise an interview before facing the real one?
InterviewMirror is a mock interview platform designed to help students practise HR and behavioural interviews.
The platform uses speech-to-text technology and automated rule-based analysis to provide structured feedback.
It looks at areas such as answer completeness, relevance, answer structure, speaking pace and filler words.
For behavioural interviews, it also uses the STAR framework: Situation, Task, Action, and Result.
After the interview, students can review their performance and understand areas where they can improve.
This changes the learning process.
Instead of waiting for an actual interview to discover a weakness, students can practise, receive feedback, and try again.
The project also reflects an important engineering lesson:
A useful technology solution does not always need to solve a huge global problem.
Sometimes, solving a problem faced by students around you can be a meaningful place to begin.
Vibeesta: From Missing an Event to Building a Startup
Some engineering ideas begin with a problem that looks very small. For the team behind Vibeesta, it started with a missed college event.
A student did not know about an event happening around him, which led to a simple question: “Why didn’t anyone tell me?”
That question became bigger.
College students receive information about technical events, cultural programmes, workshops, competitions, clubs and networking opportunities through different groups, platforms and messages.
With so much information moving across different channels, important opportunities can easily get missed.
Five third-year engineering students at GL Bajaj; Amit Yadav, Akshat Pandey, Vibhor Sharma, Saksham Sharma and Anshika Gupta; began working on the idea of creating a digital space where students could discover events and opportunities in one place.
The team brought together students from CSE, CSE AI and CSE Data Science backgrounds.
The idea developed through discussions, presentations, feedback, and ideathons.
It also received support through the GL Bajaj incubation ecosystem.
As the students learned more, the product continued to change. Features were refined, ideas were tested, and the team kept improving the concept.
That part of the journey matters because innovation is rarely a straight line. An idea can change after feedback.
A feature may need to be removed. A new problem may appear. Each step can teach something new.
Vibeesta eventually moved forward as a student-focused social networking platform.
Its journey can be summed up simply: a missed event became a question, the question became an idea, the idea became a product, and the product moved towards a startup journey.
For engineering students, Vibeesta shows that innovation does not always begin with a complex technical problem.
Sometimes, it begins with noticing a small inconvenience and asking whether there is a better way to solve it.
FASAL GURU: Bringing AI Closer to Agriculture
Engineering can also begin with a problem far outside the campus.
For the team behind FASAL GURU, the focus was agriculture.
Developed by GL Bajaj B.Tech students, FASAL GURU is a smart agri-tech solution designed to provide farmers with technology-based support.
The platform uses AI-driven insights for areas such as crop monitoring, yield prediction, soil analysis, and weather-related decision support.
The aim is to help farmers make more informed decisions.
The project was developed by Team Neural Ninjas, led by Luv Agnihotri, with team members including Naman Mishra, Saksham Khurana, Shivam Choubey and Devansh Agarwal.
What makes FASAL GURU interesting is the problem it tries to address.
Artificial Intelligence can sound like a distant technology.
But when it is applied to agriculture, it becomes connected to soil, crops, weather and the everyday decisions of farmers.
That is one of the strengths of engineering.
It can take advanced technology and connect it with a practical human need.
Maanas: Technology With a Human Purpose
Not every problem is easy to talk about.
For students, hesitation, limited access to counselling, and privacy concerns can sometimes make it difficult to seek mental-health support.
This is the problem that Ayush Kumar and Bhavishya Plawat, CSE students in their 5th semester at GL Bajaj, are exploring through Maanas, Your Mental Health Companion.
Maanas is designed as an accessible and privacy-focused first-line mental-health support system.
Users can interact with an AI mental-health companion that understands their conversation and provides supportive responses and relevant resources.
When human support is more appropriate, users can connect with professional counsellors or book counselling sessions through the platform.
The project uses Generative AI, Natural Language Processing, conversational AI, sentiment and emotion analysis, and AI-based mental-wellbeing analysis.
Built using the MERN Stack, Maanas combines MongoDB, Express.js, React.js and Node.js, along with AI/LLM API integration through supporting services such as Gemini and Grok.
What makes the project particularly interesting is its focus on both individual support and institutional understanding.
Maanas is designed to provide an anonymized admin or dean dashboard that can show broader mental-health trends without exposing individual user information.
The system can analyse wellbeing signals and patterns over time to identify changes that may indicate increasing distress and recommend appropriate support or human intervention.
The project does not position AI as a replacement for professional counselling.
Instead, it explores how technology can provide an accessible first point of support while keeping human intervention part of the process.
For Ayush and Bhavishya, Maanas is an example of how engineering can connect technology with a real human need.
And that is what makes it meaningful for Engineers’ Day.
Because engineering is not only about building faster systems or smarter machines.
Sometimes, it is about building technology that helps people feel supported.
What These Projects Teach Beyond Technology
These projects may focus on very different problems.
ShieldHer explores safety, InterviewMirror supports interview preparation, Vibeesta brings students closer to events and communities, FASAL GURU applies technology to agriculture, and Maanas explores accessible mental-health support.
Yet, beyond the technologies used, each project teaches students something equally important: how to understand a problem, think of possible solutions, work with others, test an idea, learn from challenges, and improve along the way.
These experiences show that engineering education is not only about learning to code or use technology; it is also about learning how to think, create, and solve problems.
Start With a Real Problem
The Strongest Ideas Begin With Observation
The strongest ideas often begin with observation.
Something does not work well.
Someone faces a difficulty.
Information is hard to access.
A process takes too long.
A problem keeps coming back.
The first step is noticing it.
This thinking can be seen across these student projects at GL Bajaj.
Vibeesta started with a missed college event. InterviewMirror looked at the need for better interview practice.
FASAL GURU focused on challenges in agriculture. Maanas looked at access to mental-health support. ShieldHer focused on proactive urban safety.
The problems are different, but the engineering process is similar:
Observe. Understand. Build.
Technology Is Only the Tool
AI, machine learning, web development, and data can help turn ideas into working solutions.
But technology alone does not create meaningful innovation.
The important question is:
What problem are we solving?
ShieldHer uses AI and machine learning for safety-related analysis.
InterviewMirror uses technology to support interview practice. FASAL GURU applies AI to agriculture.
Vibeesta uses technology to connect students with events and communities. Maanas uses conversational AI to explore accessible mental-health support.
In each case, the purpose comes first.
The technology supports the idea. The real learning comes from understanding the problem, building a solution, testing it, and improving it.
Building Teaches What Textbooks Cannot
A project can fail.
An idea can change.
Code can break.
Users can give unexpected feedback.
A prototype may need to be rebuilt.
These experiences teach students to adapt.
That is why practical project work matters in engineering education.
Students are not only learning what works.
They are also learning what does not work and why.
Why Student Projects Matter in an AKTU Affiliated Engineering College
A strong engineering education should give students opportunities to apply what they learn.
Being part of an AKTU Affiliated Engineering College provides an academic foundation.
But students also need opportunities to practise.
Projects can help students connect:
Classroom concepts → technical skills → problem-solving → practical application
Competitions and hackathons add another layer.
They introduce deadlines.
They introduce teamwork.
They introduce feedback.
They ask students to explain their ideas.
They make students think about users.
And sometimes, they can take a student project towards a larger opportunity.
Vibeesta is one example of that journey.
From an AICTE Approved Engineering College to the Real World
An AICTE Approved Engineering College provides students with a structured academic environment.
But engineering education becomes richer when students get opportunities to apply their knowledge.
At GL Bajaj, student projects, innovation activities, competitions and incubation opportunities can create spaces where students move from learning concepts to building solutions.
The projects featured in this article show different forms of that journey.
A safety prototype.
A mock interview platform.
A student-focused startup.
An agri-tech solution.
A mental-health support platform.
Each begins with a different problem.
Each uses different technology.
But each asks students to do something important:
Build. Test. Learn. Improve.
What Makes an Engineer Future-Ready?
Technical knowledge is important, but becoming a future-ready engineer requires much more than understanding technology.
Students need problem-solving skills to identify challenges, communication skills to present ideas clearly, and teamwork to collaborate with people who bring different strengths.
They also need adaptability to keep learning as technology evolves, creativity to approach problems from new perspectives, and responsibility to consider how their solutions affect people and society.
These qualities are not developed through one lecture. They grow through projects, collaboration, experimentation, and real experiences.
The Journey Matters as Much as the Project
It is easy to look at a finished project and focus only on the result.
But behind every project are smaller moments that shape the learning journey: the first discussion, a rough idea, the first line of code, a failed test, feedback, and another attempt.
This is where students experience the real process of engineering. Engineering is not simply about creating something that works.
It is also about learning to analyse, adapt, improve, and continue when something does not work as expected.
That journey builds confidence, patience, and problem-solving ability.
They Didn’t Wait to Graduate
ShieldHer did not begin with experienced engineers.
InterviewMirror was created by a student, while Vibeesta started with students who noticed a problem in campus life.
FASAL GURU reflected an attempt to apply AI to agriculture, while Maanas explored how technology could support more accessible first-line mental-health assistance.
These students are still learning, developing their skills, and improving their ideas. Yet they have already started building.
You do not need to wait for your first job to start thinking like an engineer.
A classroom problem, hackathon, conversation, or simple question can be the beginning.
Engineers’ Day 2026: Celebrating the Builders of Tomorrow
Engineers’ Day 2026 is a moment to celebrate not only the engineers who shaped the world around us, but also the students who are beginning to build what comes next. At GL Bajaj, these journeys are already taking shape through ideas, experiments, projects, prototypes, and questions.
Some may remain learning experiences, while others may grow into research, startups, or something entirely unexpected.
The future is not always clear at the beginning.
But every engineering journey starts somewhere,with curiosity, a challenge, and the simple question: “Can we build something better?”
