If you prepared for NEET but couldn’t qualify, it’s completely okay! Many students face this situation, but that doesn’t mean you have to give up on your passion for medicine and healthcare. There are several other rewarding career options in the medical field. One such high-demand field is Biomedical Engineering (BME).

Why choose Biomedical Engineering?

Did you know that Biomedical Engineering is one of the highest-paying fields abroad? In the United States, biomedical engineers earn an average annual salary of INR 47L (USD 56,000). Imagine the salary surge by 2030! With advancements in AI-driven healthcare, 3D-printed organs, and wearable medical tech, demand for biomedical engineers is set to skyrocket. According to reports, it is estimated that the profession is expected to have 1,400 job openings per year. So, why not choose one of the most lucrative career choices in the medical tech industry?

What does AVIT offer?

At Aarupadai Veedu Institute of Technology (AVIT), Paiyanoor, Chennai, the B.E. Biomedical Engineering programme offers an exclusive industry-integrated training programme with INTEL & NEC. This provides students with hands-on experience in the latest advancements in medical technology.

• Direct training from INTEL & NEC professionals and HCLTech: Experts train our students to equip them with industry-based AI and Machine Learning
• Global Collaborations: The department has signed MoUs with leading industries and international universities, preparing students for a successful global career
• Clinical exposure: Acquire practical experience through hospital training programs at Aarupadai Veedu Medical College & Hospital (Pondicherry & Salem)
• One-credit courses: Develop niche skills in Medical Instrumentation, Medical Coding, Medical Image Analysis, and Medical Robotics

Career opportunities in Biomedical Engineering

The global biomedical market is expected to grow to $840 billion by 2030. With a B.E. BME degree from AVIT, you can:

• Work in hospitals, R&D labs, medical device companies, and AI-driven healthcare startups
• Design prosthetics, imaging systems, artificial organs, and AI-based diagnostics
• Explore opportunities in biotech, pharmaceuticals, and healthcare innovations

Emerging trends in Biomedical Engineering

• AI & Machine Learning in Healthcare
• 3D Printing of Organs & Prosthetics, creating custom implants and bioengineered tissues
• Wearable Medical Devices like smartwatches, glucose monitors, and biosensors
• Biotechnology & Tissue Engineering to develop artificial organs

Long story short, Biomedical Engineering is a fantastic alternative to MBBS. So, grab this opportunity from AVIT, one of the best engineering colleges, and be a part of this growing field.

Is Biomedical Engineering a good career opportunity?

Are you passionate about medical technology and innovation in healthcare? Then, a degree in Biomedical Engineering could be your perfect path. At Aarupadai Veedu Institute of Technology (AVIT), Paiyanoor, Chennai, we offer a transformative learning experience that bridges engineering and medicine, preparing you for a high-impact career in the ever-evolving world of medical innovation.

Why choose Biomedical Engineering at AVIT?

At AVIT, we go beyond traditional learning! Our exclusive collaboration with tech giants like INTEL & NEC, and HCLTech ensures that industry experts train our students firsthand. This real-world tech exposure gives our graduates a competitive edge, preparing them for the future of AI-driven healthcare and medical technology.

• Direct training from INTEL & NEC and HCL TECH professionals: Learn AI-based medical applications, and sensor-driven diagnostics directly from industry leaders
• One-credit courses: Develop niche skills in Medical Instrumentation, Medical Coding, Medical Image Analysis, Medical Robotics, Nanotechnology in medicine, and Regulatory aspects in Medical Equipment
• Job-ready curriculum: Master the latest healthcare automation techniques like computational medical imaging, medical data analytics, biomechatronics, and more
• Clinical exposure: Gain real-world experience through hospital training programs at Aarupadai Veedu Medical College & Hospital (Pondicherry & Salem)
• Global Collaborations: The department has signed MoUs with leading industries and international universities to equip students for a successful global career in biomedical engineering

Future Prospects & Career Opportunities

The global biomedical engineering market is expected to reach $840 billion by 2030 with a CAGR of 6.7%. With an AVIT Biomedical Engineering degree, you can:

• Design life-saving medical devices, imaging systems, artificial organs, and more
• Work in hospitals, R&D labs, medical device companies, and pharmaceutical firms
• Explore opportunities in AI-driven healthcare startups and biotechnology firms

Emerging Trends

• AI & Machine Learning in Healthcare
• 3D Printing of Organs & Prosthetics
• AR & VR in medical diagnostics
• Wearable Medical Devices (Smartwatches, glucose monitors etc.,)
• Biotechnology & Tissue Engineering

With a Biomedical Engineering degree, you don’t just learn technology—you innovate for life. Happy learning!

Water is the most essential resource for survival in this world. All living beings rely on water to sustain life. It serves various purposes, including drinking, bathing, cleaning, cooking, and more. It is also used in agriculture, power generation, and other industries.

Although we know that water covers 70% of the Earth’s surface, only 3% of it is freshwater, suitable for drinking. Given its limited availability, we must consume water wisely. To ensure its availability, we need to keep water clean and neat. We can safeguard water for future generations if we minimize industrial waste and prevent it from dumping into our waterways. There should be public awareness campaigns and educational initiatives about water management so that everybody understands its importance.

We should focus on controlling water pollution…

By:
PREETHIVIRAJAN . S,
Reg no: 3422220504,
Department Of Civil Engineering,
AarupadaiVeedu Institute of Technology,
Chennai.

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Water whispers secrets in rippling waves,
Yet many still thirst in silent caves.
A silver stream should quench the land,
But filth and waste choke its hand.

A drop of care can flood the night,
Yet many let wrongs drift out of sight.
The well of neglect runs deep and wide,
While promises dry in the desert tide.

Pipes should sing, not cough and groan,
Yet murky ghosts haunt taps at home.
A thirst unquenched, a tale untold,
Where children drink what time has spoiled.

Flush the folly, unclog the past,
Let clean hands hold the future fast.
Drain the doubt, let justice flow,
Where crystal streams and rivers grow.

No longer should a sip be a fight,
Nor morning start with parched delight.
A flood of change, a cleansing rain,
Let water’s worth be clear again.

For every well should brim with grace,
And none should beg for just a taste.
So let us stand, as oceans wide,
To turn the tide, to heal, to guide.

By:
S.SONA,
Research Associate,
Department Of Civil Engineering,
AarupadaiVeedu Institute of Technology,
Chennai.

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Water is life. It flows through our homes, our bodies, and our ecosystems, yet for billions, access to clean water and sanitation remains a distant dream. The United Nations’ Sustainable Development Goal 6 (SDG 6) isn’t just about providing water—it’s about transforming lives, economies, and the planet. Imagine a world where every drop of water is a source of hope instead of a carrier of disease, where sanitation isn’t a privilege but a fundamental right. Today, 1 in 3 people globally lack access to safe drinking water, and over half of the world’s population doesn’t have proper sanitation. This crisis isn’t just a humanitarian issue; it’s an economic and environmental challenge that stifles growth and endangers our future. When clean water is available, children can go to school instead of spending hours collecting water. Women, who disproportionately bear the burden of water collection, can engage in economic activities and uplift communities. Farmers can produce more food without relying on contaminated water sources, reducing malnutrition and improving food security. Industries can function sustainably, minimizing water pollution and preserving aquatic ecosystems.

But achieving SDG 6 requires more than just infrastructure—it demands innovation, commitment, and a shift in how we view water as a resource. Solutions like wastewater treatment, rainwater harvesting, and decentralized sanitation systems can provide clean water where traditional pipelines can’t reach. Advanced filtration technologies and water recycling can ensure that every drop is used efficiently. Policies promoting responsible water usage, coupled with education on hygiene and conservation, can empower communities to take charge of their water security. Governments, private sectors, and individuals must collaborate to fund, implement, and sustain these solutions. Every effort counts, from reducing household water wastage to supporting organizations working to provide safe drinking water in underserved regions. Water scarcity is not a distant problem—it’s happening now, affecting millions. Climate change is exacerbating droughts and water pollution, making it even more urgent to act. We must treat clean water as the precious lifeline it is, ensuring it is accessible, sustainable, and safe for all. The ripple effect of clean water is profound—it leads to healthier people, stronger economies, and a more resilient planet. If we unite for SDG 6, we won’t just be providing water; we’ll be unlocking opportunities, restoring dignity, and securing a future where no one is left behind.

By:
S.MONISHA,
Assistant Professor-II,
Department Of Civil Engineering,
AarupadaiVeedu Institute of Technology,
Chennai.

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Edge AI is powering the current digital revolution to a large degree and revolutionizing data processing and analysis. Edge AI places artificial intelligence at or near data sources such as sensors, cameras, and IoT devices and thus reduces latency, improves security, and optimizes efficiency in real-time decision-making.

What is Edge AI?

Edge AI is the use of AI algorithms in edge devices so that they execute the data locally rather than using cloud infrastructure. Edge technology shatters the dependency on the continuous use of the internet and provides real-time data processing at the “edge” of the network where data originates.

Key Benefits of Edge AI

1. Low Latency & Real-Time Processing
   • Autonomous vehicles, medical monitoring, and industrial automation applications need instant responses. Edge AI provides decisions to be run in milliseconds without depending on cloud servers.
2. Enhanced Privacy & Security
   • Data processed on-site does not need to send sensitive information to other servers, hence curbing the risks of data breaches and cyber threats.
3. Reduced Bandwidth & Operational Costs
   • Edge AI alleviates network congestion and reduces costs related to cloud storage and computing by reducing the data that is transmitted to the cloud.

Edge AI Applications in Real Life

• • Smart Cities: Traffic management and monitoring with AI functionality enhance urban planning infrastructure
  • Healthcare: Wearable technology with real-time monitoring of patient vital signs enables early disease detection
  • Manufacturing: Predictive maintenance via AI prevents machinery breakdowns

With the ongoing advancements in AI, Edge AI will revolutionize industries, making tech systems more efficient, responsive, and secure. It will be one of the driving forces in the development of the next generation of smart systems.

By:
Dr.S.Balakrishnan,
Professor and Head,
Department of CSE,
AVIT

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In today’s modern digital age, bug bounty programs and ethical hacking have become a necessary component to boost cybersecurity programs. Not only do these programs protect organizations, but they also create profitable career opportunities for experts who wish to establish a career in cybersecurity.

Understanding Ethical Hacking and Bug Bounty Programs

Ethical hacking, or “white-hat hacking,” is a method by which permitted individuals scan systems so that they cannot be used by criminals. It is done in advance, and the security holes are subsequently plugged early, thus making an organization’s security system altogether stronger. Bug bounty programs form an excellent complement to ethical hacking since they incentivize security researchers to detect and report security vulnerabilities. Firms provide cash rewards, or “bounties,” to those who responsibly report security vulnerabilities, promoting a win-win relationship between organizations and the cybersecurity community.

Embarking on a Career in Ethical Hacking and Bug Bounty Hunting

Being an ethical hacker and a bug bounty hunter requires technical capabilities, lifelong learning, and actual experience. Following is an instruction guide for one who wishes to pursue this career:

1. Educational Background: Start with gaining a proper knowledge of the basic principles of computer science, networking, and programming. This is best achieved through formal learning or self-learning.
2. Specialized Training: Enroll in programs that focus on ethical hacking and penetration testing. HTB Academy, for example, has career paths that specifically focus on ethically hacking using the Bug Bounty Hunter Job Role Path, catering to individuals without much experience within the domain.
3. Experiential Learning: Practical activities through labs and simulations. The practical approach is essential to learn attack techniques and know the real-world environment.
4. Certifications: Get highly demanded certifications such as the Certified Ethical Hacker (CEH) to prove your capability and enhance your career prospects.
5. Community Activity: Be present in forums and discussion boards, conferences, and discuss with colleagues to gain knowledge of up-to-date threats and practices.
6. Bug Bounty Participation: Begin with the small schemes to familiarize yourself, transitioning to more set-up platforms afterward. It will not just enhance your experience, but generate a persona of yours in the field of cybersecurity as well.

The Growing Significance of Bug Bounty Programs

Organizations today are well aware of the benefits associated with bug bounty programs. For example, Microsoft initiated “Zero Day Quest,” an unprecedented mass hack contest with maximum possible rewards of over $4 million that is purely intended to speed up research into cloud and artificial intelligence security. The programmes prove the pivotal role of ethical hackers in identifying and remediating security flaws.

Conclusion

Bug bounty programs and ethical hacking present lucrative and thrilling career options within the cybersecurity arena. As the threats of the cyber world continue to innovate, the need for competent individuals specializing in safeguarding digital resources increases. Individuals who want to become ethical hackers can have a significant impact on the field of cybersecurity by taking a thorough education route and gaining the required practical expertise.

By:
Dr.S.Balakrishnan,
Professor and Head,
Department of CSE,
AVIT

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Generative AI is transforming the landscape of content creation in various sectors, fundamentally altering the methods by which businesses, artists, and individuals generate text, images, music, and videos. The emergence of sophisticated AI models such as ChatGPT, DALL-E, and MidJourney has made content generation quicker, more efficient, and significantly scalable.

How Generative AI is Transforming Content Creation

One major benefit of generative AI is its capacity for automation. Tools run by AI have the ability to produce high-quality blog posts, marketing copy, and social media posts swiftly, hence saving time and labor for manual writing. Journalists make use of AI to write stories and carry out data analysis, while companies utilize it to provide better customer experiences through AI-composed emails and chatbots.

In the field of creativity, artificial intelligence is transforming the areas of design and multimedia production. Graphic artists and designers are applying AI to create compelling images, whereas video editors use AI-based tools for designing scenes, voiceovers, and special effects. The music industry is also welcoming AI-driven compositions, enabling artists to try out new sounds and trends.

Challenges and Ethical Considerations

Generative AI, as wonderful as it is, comes with numerous challenges. Spreading massive misinformation and inborn biases of AI systems is one such significant issue because these models will at times produce information that is not merely misinformative but also biased. Secondly, issues related to content ownership and copyright make things difficult, raising legal and ethical controversies regarding works created by AI. Moreover, the growing issue of differentiating between content produced by human beings and AI-generated content undermines the credibility and integrity of information.

The Future of Content Creation with AI

Generative AI cannot be treated as a substitute for human ingenuity but as an incentive to creativity. Used responsibly, it improves productivity, boosts creativity, and opens up new avenues. With advancing AI technology, it would be necessary to see that an equilibrium between automation, ethics, and human judgment is maintained so that an era is ushered in where human creativity and AI are complementary forces.

By:
Dr.S.Balakrishnan,
Professor and Head,
Department of CSE,
AVIT

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Perception engineering is a revolutionary field that focuses on modifying, enhancing, or optimizing human perception through technology, neuroscience, and cognitive science. It involves designing systems and environments that influence how individuals process sensory information, shaping their understanding of reality. This concept is at the heart of virtual reality (VR), augmented reality (AR), artificial intelligence (AI), robotics, and human-computer interaction (HCI).

How Perception Engineering Works

At its core, perception engineering leverages cognitive psychology, optics, and computational techniques to manipulate sensory input. The human brain interprets reality based on the information it receives from the senses. By altering these inputs through visual, auditory, or haptic stimuli, engineers can create immersive experiences that feel real, even when they are digitally constructed.

For example, in extended reality (XR) applications, perception engineering helps create depth perception, motion tracking, and realistic haptic feedback to enhance virtual experiences. This technology ensures that interactions within virtual environments feel natural and intuitive, reducing discomfort and improving user engagement.

Applications of Perception Engineering

1. Extended Reality (XR) and Gaming
2. Artificial Intelligence and Robotics
3. Healthcare and Assistive Technology
4. Advertising and Consumer Experience

Brands and advertisers use perception engineering to enhance customer engagement by creating immersive storytelling experiences. Techniques such as 3D audio, interactive visuals, and sensory marketing influence consumer emotions and decision-making processes.

The Future of Perception Engineering

As AI, XR, and neuroscience continue to evolve, perception engineering will redefine how humans interact with digital environments. Future advancements will lead to smarter, more intuitive systems that seamlessly blend physical and digital realities, improving industries from education to defense.

Perception engineering is more than just technology—it’s about reshaping human experience, unlocking new ways for people to interact with the world around them.

By:
Dr.S.Balakrishnan,
Professor and Head,
Department of CSE,
AVIT

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The future isn’t coming—it’s already here. When I attended the Spectra XR Club’s inaugural event, little did I know that I would meet experts from IIT Madras, who would introduce us to the fascinating world of Extended Reality (XR), including Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR). This rapidly evolving technology, powered by Artificial Intelligence (AI), 5G, and Cloud Computing, is set to redefine industries and human interactions. Research suggests that XR will revolutionize the digital transformation of workplaces, healthcare, education, and entertainment. Here’s what to expect over the next five years.

The Revolution of the Virtual Office

Experts believe that XR will reshape the way we work. Companies like Microsoft and Meta are already ahead of the curve with platforms like Microsoft Mesh and Horizon Workrooms, designed to make remote work feel just as engaging as in-person meetings. A Stanford study found that Virtual Reality (VR) meetings boost engagement and reduce fatigue (Bailenson, 2020). By 2027, professionals will be able to collaborate, design, and brainstorm in 3D environments through virtual workplaces using Spatial Computing and Enterprise XR Solutions, which in turn will increase the productivity of remote work.

• Accenture has already adopted this trend, using its “Nth Floor” virtual office to onboard 150,000 employees through XR technology.

The Future of Medicine

XR is revolutionizing healthcare. In 2022, Johns Hopkins conducted the first AR-assisted surgery to improve accuracy like never before. Dr. Walter Greenleaf (Stanford, 2021) emphasizes how VR can be used to treat chronic pain and PTSD. The World Health Organization (WHO, 2023) estimates that within the next decade, XR-assisted medical training might reduce surgical errors by 30% through AI-Driven Analytics and Haptic Feedback simulations.

• Cleveland Clinic is presently using XR for immersive medical training, enabling students to practice virtual surgeries before operating on real patients.

Expanding the Horizons of Learning

Imagine performing science experiments in a digital lab or entering a virtual ancient society. According to a Harvard research study from 2021, classes using Virtual Reality (VR) saw a 76% increase in knowledge retention. By 2030, interactive, AI-powered learning will enable personalized, engaging virtual education experiences through Extended Reality (XR) and Web3 advancements.

• The University of Glasgow has implemented XR to teach medical students anatomy through interactive 3D models, enhancing understanding.

A New Era of Immersion in Entertainment

Virtual concerts and AI-generated stories are just two examples of how XR is changing immersive entertainment. According to a 2023 Deloitte report, XR gaming revenues are expected to surpass $250 billion by 2030. In the metaverse, where interactive digital experiences are becoming more and more common, businesses like Epic Games are investing in Extended Reality (XR) and Blockchain integrations for secure virtual asset ownership.

• Travis Scott’s virtual concert in Fortnite attracted over 12 million viewers, proving the power of XR in entertainment.

The Path Ahead

As I left the Spectra XR Club event, I was thrilled. One thing was clear—XR isn’t just a fad, it’s a paradigm shift. It will become a seamless part of our lives by 2030, reshaping the way we work, learn, and entertain ourselves. As Extended Reality Trends continue to evolve, embracing these innovations will be key to staying ahead in this transformative era.

Are you prepared to welcome the change in XR?

By:
G Harika
AVIT (CSE DEPARTMENT)<br/ >REG NO – 3502210535
3^rd Year / 6^th Semester /sec ‘A’

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