🧾 Hash-sum — a2d386ca756d42b93b14628d8fa642a5 • 🗓 Updated on: 2026-07-23
Processor: Intel i5 or AMD Ryzen 5 for 1080p
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Graphics: 12 GB VRAM minimum required
Embark on an Unprecedented Odyssey
As the renowned looter-shooter franchise enters its latest chapter, gamers are in for a treat that promises to surpass expectations. The game’s developers have pushed the boundaries of what is possible in the genre, incorporating cutting-edge physics-driven combat that will leave players breathless. With a focus on customization and strategy, players can craft their own unique arsenal from an astronomical selection of high-tech firearms. By combining elemental attributes and explosive tracking modifications, gamers can take down massive hostile factions with ease. The result is a truly immersive experience that feels like nothing else in the world of gaming.
Unleash Your Inner Mercenary
• Experience vibrant alien planets, each teeming with life and filled with hidden dangers• Join powerful cooperative strike teams to execute high-stakes tactical vaults raids• Execute flawless heists on massive space stations, using cunning and strategy to evade security forces
Unparalleled Graphics and Physics
Feature
Description
Dense Particle Rendering
A new level of visual fidelity, with particles that are more realistic and detailed than ever before.
Advanced Environmental Lighting
Lighting effects that are tailored to each specific environment, creating an immersive atmosphere that draws players in.
Next-Gen PC Optimization
The game is designed to take full advantage of the latest and greatest hardware, delivering a truly next-gen experience.
Pursue Your Goals with Precision
• Use precision-crafted firearms, each with its own unique characteristics and abilities• Execute complex heists using advanced tactics and strategy• Collaborate with friends to execute massive space station raids
Ancient Secrets Awaits You
Q: What inspired the game’s developers to push the boundaries of physics-driven combat?A: The team drew inspiration from a combination of real-world scientific research and their own passion for gaming.Q: Will this game be available on all platforms, or just PC?A: The game will be released on PC, PlayStation 5, Xbox Series X/S, and Nintendo Switch.
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“WHAT’S on your plate today? A nourishing meal or a silent invitation to cancer?” Indians need to address this question swiftly, as our changing dietary habits have put us on a precarious path to becoming the world’s cancer capital. While diabetes has already cast a pall over our country’s health, the silent epidemic of cancer is gaining traction, fueled by a toxic combination of ultra-processed foods, frozen dinners, a sedentary lifestyle, and freewheeling alcohol consumption.
Silent Killers in Your Freezer
In recent years, with everyone so busy with their jobs, cooking has taken a backseat. The quickest way to eat is to use packaged or frozen foods and two-minute cooking methods. Though this time-saving habit makes life easy, it may unknowingly reduce life expectancy and raise mortality rates. Ultra-processed foods — packaged with artificial flavours, preservatives, and chemicals — dominate shop aisles and our everyday meals. Frozen foods, both vegetarian and non-vegetarian, are major offenders. These items are high in transfats, salt, and processed sugars, all known to cause inflammation and alter cellular function.
The World Health Organization (WHO) has classified processed meats such as sausages and frozen nuggets as Group 1 carcinogens, which are directly connected to colorectal cancer and a variety of malignancies. A 2024 report from the Indian Council of Medical Research (ICMR) and American Cancer Society revealed a staggering 12 per cent annual increase in cancer cases across the country.
Alcohol: The Party Poison
Alcohol consumption in India has spiked dramatically, particularly among the younger population. What begins as a “fun” party necessity frequently becomes a health hazard. According to studies published in ‘Cancer Epidemiology, Biomarkers & Prevention’, alcohol is directly connected to six types of cancer: breast, liver, colorectal, esophageal, laryngeal, and oral. A notable study in 2023 highlighted alcohol’s role in increasing cancer risks, emphasising its impact on cellular DNA repair mechanisms. According to WHO data from 2023, alcohol accounts for more than 7 per cent of cancer deaths worldwide. Nevertheless, it is consumed recklessly, becoming a standard feature at both celebrations and as a stress relief. This alarming trend is particularly troubling in urban India, where binge drinking is on the rise.
Sedentary Lifestyle & Nutrition Deficit
With almost 1.5 million new cancer cases recorded each year, India is on a grim trajectory. A Lancet study from 2024 forecasts that India’s cancer burden will double by 2040 if there is no change in lifestyle and nutritional habits. For many Indians, physical activity has become a luxury rather than a need. Sedentary jobs, urban congestion, and the appeal of screen-based entertainment have reduced daily exercise to an afterthought.
A 2024 ICMR survey found that less than 25 per cent of Indians get the required 30 minutes of moderate exercise daily, resulting in a lethal cycle. Even charred or overcooked foods, such as those found in barbecues and ‘tandoors’, contain carcinogenic chemicals known as polycyclic aromatic hydrocarbons (PAHs). Amid this grim reality, the power of diet cannot be overstated. For cancer patients, a nutrient-rich diet tailored to their treatment plan is as vital as chemotherapy. Unfortunately, nutrition remains the most ignored part of cancer treatment. It’s time to make health a non-negotiable priority.
A Solution-Centric Approach
The dangers outlined above demand urgent action. According to the ICMR’s updated NIN nutrition pyramid (2024) and the Indian Dietetic Association (IDA), alongside top dietitians in India, the following lifestyle changes are essential:
Dietary Recommendations:
Increase Intake of Fresh Produce: Regularly include fresh fruits and vegetables in your diet.
Prefer Home-Cooked Meals: Choose homemade meals over frozen or prepackaged options. For those short on time, opt for quick, healthy choices like salads, fermented foods (eg: idli, uttapam), and avoid refined products.
Workplace Dining: Choose traditional ‘thali’ meals in food courts and canteens instead of fast food options like wraps, burgers, and instant noodles.
Moderate Alcohol and Eliminate Tobacco: Limit alcohol, which is a less recognised but significant cancer risk. Completely avoid tobacco and smoking.
Hydration and Nutrients:
Stay Hydrated: Consume 3.5 to 4 litres of water daily to support cellular function and detoxification.
Protein and Healthy Fats: Include high biological value proteins such as eggs, fish, and chicken, or vegetarian options like rice and dal or ‘chapati’ with curd. Opt for healthy fats rich in MUFA and PUFA, such as groundnut oil, olive oil, walnut oil, and flaxseed oil.
Physical Activity Guidelines:
Regular Exercise: Adhere to the WHO’s recommendation of at least 150 minutes of moderate aerobic activity per week, along with strength training sessions twice a week.
Combating cancer begins with adjusting our food and lifestyle choices. The critical question remains: are we prepared to take up this fight?
(The writer, Srishti Mathur, is an Assistant Professor, Nutrition and Dietetics, School of Bioengineering and Food Technology)
The PRAGATI Rural Women Entrepreneurs Development Programme at Shoolini University continues to make significant strides, with participants attending their second monthly campus visit after the programme’s launch on January 28.
The initiative, spearheaded by Payal Jindal Khanna, Deputy Head of the Centre for Leadership Coaching, and backed by Vice Chancellor Prof Atul Khosla, is dedicated to equipping rural women with essential business skills and coaching support.
During the visit, the MS Swaminathan School of Agriculture, under the guidance of Dean Prof Somesh Sharma and Assistant Professor Devanshi Pandit, provided in-depth training on mushroom cultivation, offering participants insights into sustainable agricultural practices. Simultaneously, the School of Bioengineering and Food Technology, led by Dean Prof Dinesh Kumar, introduced the women to food processing techniques. Staff member Narendra conducted a workshop on making pickles, juices, and purées, empowering ‘sakhis’ with knowledge in value-added food production.
Women interested in candle-making also attended an interactive session with Kritika Sharma, a faculty member and entrepreneur. She shared her expertise in the craft, helping the ‘sakhis’ broaden their business opportunities.
A special highlight of the day was an interaction with UPES Dehradun Chancellor Dr Sunil Rai. Prof Atul Khosla introduced Dr Rai to the participants, who then encouraged the women and pledged his support for the PRAGATI programme initiative. Dr Rai emphasised, “Success is the only option for this project.” Echoing this sentiment, Shoolini University Chancellor Prof PK Khosla assured the participants that Shoolini University would extend its support through its business incubator programmes to help ‘sakhis’ transition into successful entrepreneurs.
Payal Khanna and two student mentors visited Chhamrog village to meet a ‘sakhi’ who could not attend the session, ensuring that no participant missed out on learning opportunities.
By the end of the day, the ‘sakhis’ expressed increased enthusiasm and confidence in tackling entrepreneurial challenges, further solidifying PRAGATI’s mission of helping rural women entrepreneurs establish their business identities.
By day’s end, the ‘sakhis’ showed renewed enthusiasm and confidence in overcoming entrepreneurial challenges, advancing PRAGATI’s mission to support rural women entrepreneurs in establishing their business identities.
Therapy has entered a new dimension—one where you don’t just talk about healing, you experience it. One moment you’re standing at the edge of a skyscraper, confronting your fear of heights… next you’re in a peaceful, virtual forest, training your mind to manage anxiety. Though it all feels real, it’s happening inside a headset.
Welcome to VR therapy, where healing is immersive, interactive, and deeply personal. Instead of just discussing emotions, you engage with them in a controlled, simulated world. Face fears, practice coping strategies, and retrain your brain—all while feeling safe and in control.
For a generation wired for digital experiences, traditional therapy can feel disconnected. But VR therapy speaks the language of interactivity, making mental health treatment more engaging and, often, more effective.
So, what makes it so powerful? And why is it shaping the future of mental wellness? Let’s dive in.
The Science Behind VR Therapy
Virtual reality in healthcare is revolutionising treatment by creating immersive environments that trigger real emotional and physical responses. The brain, unable to distinguish between virtual and real experiences, reacts as if therapy is happening in real life—making treatment more effective.
How VR is Used in Healthcare
The use of VR in healthcare spans multiple areas, from mental health to rehabilitation and medical training:
Mental Health Therapy – VR used for therapy enhances exposure therapy, cognitive behavioural therapy (CBT), and social skills training to help manage anxiety, PTSD, and phobias.
Physical Rehabilitation – Effective VR therapy solutions help stroke and injury patients regain mobility through gamified exercises that boost engagement.
Pain Management – Patients experience pain relief by immersing in VR environments that shift focus away from discomfort.
Medical Training – Virtual reality technology allows medical students to practice surgeries in risk-free, simulated environments.
VR therapy has come a long way—from a sci-fi dream to a real game-changer in healthcare. Here’s how it evolved.
With tech advancing fast, VR therapy is only getting bigger. The future of healing is immersive!
Why VR Therapy is the Future of Healing
Mental health and physical rehabilitation have always relied on traditional methods, but VR therapy is making treatment more dynamic and interactive. Imagine practising public speaking in front of a virtual audience or slowly overcoming the fear of heights by standing on a digital rooftop. The demand for VR-based solutions is growing fast. Here’s why:
Game-Changing Trends in VR Therapy:
Full-Body Immersion: Motion-tracking suits allow patients to move naturally, making physical therapy feel like a game.
Multi-Sensory Enhancements: VR therapy is more than simply visual! Smell, touch, and temperature changes are examples of modern technologies.
VR in Medical Training: Before dealing with actual patients, medical students practice surgery in virtual reality (VR), which lowers mistakes and boosts confidence.
Real-Life Impact: How VR Therapy is Changing Lives
Talking about how VR therapy is revolutionising mental health care, Stanford School of Medicine neuropsychiatrist Dr Kim Bullock said VR therapy uses a head-mounted display (HMD) that stimulates several senses to produce a completely immersive experience. Social (interacting with others), spatial (feeling within a virtual place), and self-presentation (embodiment in an avatar) are three ways that this technology improves presence, all of which affect emotions and cognition.
She highlighted the three main classifications of virtual reality:
The experience of traditional VR is entirely digital.
Digital features are superimposed on the physical world using augmented reality (AR).
Embodied VR is helpful for body image treatment because it allows users to adopt a virtual persona.
According to Dr Kim Bullock, exposure therapy is a popular use of virtual reality treatment that helps patients with PTSD, social anxiety, and phobias by progressively facing concerns in a safe, immersive setting. Another innovation in pain management is the use of virtual reality diversions to lessen the misery of burn victims or chronic pain patients. VR also helps older patients with cognitive stimulation.
Two decades of research have shown that VR therapy is as successful as CBT, frequently with lower dropout rates. By modifying self-perception, embodied virtual reality holds the potential for treating psychosomatic illnesses, phantom limb pain, and body image issues, she added.
However, despite its potential, VR therapy has drawbacks. Setting clinical standards is challenging due to the rapid advancement of VR technology, and more research is necessary to address issues including cybersickness, visual fatigue, and cognitive effects. Additionally, there is no standardised training for therapists, despite ongoing efforts.
After all, says Dr Bullock, virtual reality is a tool, not a substitute for conventional therapy. More research could transform mental health care by improving the efficacy, accessibility, and immersion of the treatment.
With more than 15 years of experience in neuropsychiatry and cognitive behavioural therapy, she first researched psychosomatic disorders before incorporating virtual reality therapy into her work five years ago.
The Future of VR in Healthcare and Education
As technology evolves, the future of virtual reality in healthcare will bring:
Personalised Treatments – AI-powered VR simulations tailored to individual needs.
Greater Accessibility – Remote therapy solutions for wider reach.
Immersive Learning – The future of virtual reality in education includes hands-on medical training before real-world application.
These advancements will redefine how we heal, train, and learn, thus highlighting the benefits of VR in healthcare.
How Students Can Be Part of the VR Revolution
With the quick evolution of VR therapy, students can spearhead innovations in healthcare and education. Virtual reality in healthcare has several advantages in the medical field, including immersive pain management, mental health, and rehabilitation treatments that increase the effectiveness and engagement of therapy. From medical simulations to engineering and psychology instruction, virtual reality technology revolutionises education by facilitating hands-on experiences.
As AR/VR education in India expands, specialised AR/VR courses like Shoolini University’s B Tech CSE Game Design & AR/VR equip students with 3D modelling, immersive design, and user interaction skills, preparing them to shape the future of VR-driven therapy and learning solutions.
At Shoolini University, students in the B Tech CSE Game Design & AR/VR program don’t just learn concepts — they build real-world VR applications that have the potential to transform lives. From designing VR-based therapy modules to developing interactive rehabilitation exercises, students gain hands-on experience while creating impactful solutions for mental health and physical therapy.
The program focuses on essential skills like 3D modelling, immersive design, and user interaction, which are crucial in developing effective VR therapy solutions. Students get the chance to work on real-life projects, collaborating with experts to design VR-basedexposure therapy programs for conditions such as PTSD, anxiety disorders, and phobias. Others might focus on rehabilitation exercises that help patients regain mobility after serious injuries.
To support this learning, Shoolini University offers a state-of-the-art Experience Centre, providing access to cutting-edge technologies like Augmented Reality (AR), Virtual Reality (VR), the Internet of Things (IoT), and Drone Technology. This hands-on environment ensures that students don’t just understand VR therapy theoretically but actively develop and test applications in a professional setting.
Additionally, collaborations with leading institutions such as Ikigai Lab, Punjab Engineering College, and IIT Kanpur open doors to cutting-edge research and innovation in AR/VR technology. These partnerships provide students with industry exposure, research opportunities, and the ability to work on groundbreaking projects that push the boundaries and use of VR in healthcare.
For students passionate about creating the future of VR therapy, Shoolini University offers the perfect launchpad. With a curriculum designed for innovation and hands-on learning, graduates can become leaders in VR-driven medical simulations, therapeutic applications, and AI-powered VR solutions.
This isn’t just about learning technology—it’s about reshaping the way people experience healthcare, rehabilitation, and mental wellness through immersive technology.
Conclusion
VR therapy is not just a passing trend; it is a groundbreaking development redefining how we approach mental and physical health treatment. The ability to create immersive, interactive healing experiences has the potential to make therapy more effective, engaging, and accessible.
Students who choose to study Game Design & AR/VR at Shoolini University are not just learning about VR — they are shaping its future. Whether it’s developing next-generation medical simulations, designing therapeutic applications, or integrating AI-driven VR solutions into healthcare, the possibilities are endless.
Students who choose to study at Shoolini University gain the knowledge, hands-on experience, and industry connections needed to succeed in this dynamic field. The future of healthcare is immersive, and those equipped with the right skills and vision will be at the forefront of this transformation.
Explore Shoolini University’s B Tech CSE (Game Design & AR/VR) program and take the first step toward becoming a leader in VR therapy.
You spot a massive PUMA billboard—but wait… does that say PVMA? Sounds like a mistake, right? That’s exactly what had people talking when PUMA India rebranded its signage to PVMA in honour of its collaboration with badminton champion PV Sindhu.
While some thought it was a marketing blunder, it was a clever branding move. The temporary change sparked curiosity, grabbed headlines, and made people stop and take notice. This is the power of Visual Communication Design—a simple tweak in typography, colours, or symbols can turn a campaign into a conversation. Visual Communication Design shapes how we recognise and connect with brands.
Take McDonald’s for instance. Its golden arches aren’t just a logo—they make you feel something. The red sparks your appetite, and the yellow brings happiness. PUMA did something similar with its bold PVMA stunt. Changing just one letter grabbed attention and created a huge buzz, proving how smart design can shape perception, tell a story, and strengthen a brand.
Let’s dive deeper into Visual Communication Design and how it shapes how we see brands.
What is Visual Communication Design?
Visual Communication Design is the art of using images, colours, typography, and layouts to convey ideas clearly and engagingly. It plays a crucial role in brand identity design, helping businesses and creators connect with their audience by making information visually appealing and easy to understand.
Think about logos, advertisements, social media posts, and product packaging—each of these elements is a part of storytelling in design. Whether it’s a catchy billboard, a sleek website, or an eye-catching infographic, storytelling in design helps brands create a strong emotional connection with their audience.
In today’s digital world, where people process visuals faster than text, a strong design will win the day. It influences marketing, branding, advertising, and user experience, making it an essential skill across various industries.
Applications of Visual Communication Design
Visual Communication Design is used across various industries to create impactful and engaging content. Here are some key areas where it plays a crucial role:
1. Logo Design
A logo is the face of a brand. It represents a company’s identity in a single visual element. Successful logos are simple and memorable, conveying a brand’s essence at a glance.
Example: The Nike swoosh symbolises motion and speed, reflecting the brand’s focus on athletic performance. Similarly, Apple’s bitten apple represents knowledge and innovation in the tech world.
A well-designed logo builds trust, creates brand recall, and differentiates the brand from competitors.
2. Advertising Campaigns
Every successful advertisement relies on compelling visuals. Whether it’s a billboard, a social media ad, or a TV commercial, design helps communicate the message quickly and effectively.
Example: Coca-Cola’s holiday campaigns with red-and-white festive visuals create a strong emotional connection with customers, reinforcing feelings of joy and tradition.
Well-crafted designs in ads help brands stand out, engage audiences, and drive action, whether it’s making a purchase, signing up, or remembering a slogan.
3. Digital Marketing
With businesses shifting online, digital marketing heavily depends on visual content to grab attention and drive engagement.
Key areas of digital design include:
Social Media Graphics: Posts, reels, and thumbnails that attract users and encourage shares.
Web Design: A well-structured website with appealing colours, fonts, and layouts keeps visitors engaged.
Email Marketing: Attractive email templates make messages more readable and clickable.
Strong visual design in digital marketing enhances user experience, boosts engagement, and strengthens brand identity.
4. Packaging Design
Product packaging isn’t just about protection—it’s a powerful marketing tool. A well-designed package attracts customers, communicates product benefits, and builds brand recognition.
Example: Tiffany & Co.’s signature blue box is instantly recognisable, making the brand synonymous with luxury and exclusivity.
Packaging that stands out on shelves grabs consumer attention and influences purchase decisions.
5. Motion Graphics & Video Design
With video content dominating digital platforms, motion graphics have become an essential part of branding and storytelling. Animated logos, explainer videos, and interactive ads enhance audience engagement.
Example: Spotify Wrapped uses fun animations and personalised visuals to make user data feel engaging and shareable, boosting brand loyalty.
Motion graphics help brands simplify complex ideas and create a dynamic brand presence.
6. Editorial & Print Design
Books, magazines, and brochures rely on strong typography, images, and layouts to enhance readability and appeal.
Example: National Geographic magazine uses bold imagery and clean typography to make its content visually striking and easy to follow.
Print and editorial design ensure that readers stay engaged while conveying information in an organised and aesthetically pleasing manner.
As Visual Communication Design greatly impacts branding, many career opportunities have opened up. Let’s take a look.
Careers in Visual Communication Design
Visual Communication Design is a rapidly growing field with career opportunities in various industries, including advertising, digital marketing, media, branding, and entertainment. Here are some exciting career paths for professionals in this field:
1. Graphic Designer
What They Do: Graphic designers create visual content for brands, advertisements, websites, and social media. They work with typography, colour schemes, and layout designs to communicate messages effectively. Where They Work: Advertising agencies, corporate marketing teams, freelance projects, and design studios.
2. Brand Identity Designer
What They Do: Brand identity designers craft the visual elements of a brand, including logos, colour palettes, typography, and brand guidelines. Their work ensures a consistent and memorable brand image. Where They Work: Branding agencies, corporate design teams, and freelance projects.
3. UI/UX Designer
What They Do:UI (User Interface) and UX (User Experience) designers focus on designing user-friendly digital experiences, including websites, mobile apps, and software interfaces. Their goal is to enhance usability and engagement. Where They Work: Tech companies, app development firms, digital marketing agencies, and startups.
4. Motion Graphics Designer
What They Do: Motion graphics designers create animated visuals for videos, advertisements, social media content, and presentations. Their work is often used in video marketing and digital storytelling. Where They Work: Film and media production companies, advertising firms, and freelance opportunities.
5. Digital Marketing Designer
What They Do: Digital marketing designers create visuals for social media campaigns, email marketing, websites, and online advertisements. Their designs help brands engage with their audience online. Where They Work: Digital marketing agencies, corporate marketing teams, and e-commerce businesses.
6. Infographic Designer
What They Do: Infographic designers transform complex data and information into engaging visual stories. They create visually appealing graphics that make reports, presentations, and research more digestible. Where They Work: Media houses, corporate firms, research institutions, and digital content agencies.
7. Art Director
What They Do: Art directors oversee the visual style of marketing campaigns, magazines, advertisements, and media productions. They lead creative teams and ensure the final output aligns with the brand’s vision. Where They Work: Advertising agencies, film and media houses, publishing companies.
8. Packaging Designer
What They Do: Packaging designers create visually appealing and functional product packaging. Their designs help attract customers and enhance brand identity. Where They Work: Consumer goods companies, retail brands, and branding agencies.
9. Illustrator
What They Do: Illustrators create custom artwork for books, advertising, fashion, and online content. They use drawing and digital tools to develop unique visual concepts. Where They Work: Publishing houses, fashion brands, advertising agencies, and freelance projects.
10. Creative Director
What They Do: Creative directors develop and oversee creative strategies for brands. They manage teams of designers, writers, and marketers to execute high-impact campaigns. Where They Work: Large corporations, advertising agencies, and film studios.
However, to enjoy the benefits of these career opportunities, it is important to have professional knowledge of visual communication design. For that, studying at the best colleges for visual communication will take you forward.
Where to Study?
Every great brand has a story, and at the heart of that story is visual communication design. In today’s fast-paced world, where attention spans are short, a powerful design can instantly communicate emotions, values, and identity—turning a simple product into a brand people love and trust.
Visual Communication Design at Shoolini’s Tagore School of Design
Being one of the best BDes colleges in India, Shoolini University’s Tagore School of Design is redefining creativity through nature-based design, also known as Biomimicry—a concept that draws inspiration from nature to solve design challenges. The School of Design is led by Prof Amit Ray, the visionary who started the Design School at IIT Kanpur, bringing his vast experience to shape future designers at Shoolini.
With a UGC-approved and NAAC A+ accredited curriculum, the BDes program at Shoolini University blends creativity, technology, and research to equip students with industry-ready skills. Through an interdisciplinary approach, students explore psychology, digital media, and emerging technologies, ensuring they stay ahead in the evolving design landscape.
Additionally, Shoolini University is also the No.1 Private University in India as per Times Higher Education and QS World University Rankings. Shoolini follows ‘Mission 130’, which helps students get 100% placements with 30% in top organisations. Therefore, if you plan to build a career in Visual Communication Design, Shoolini University offers the best B Design Course in India.
Conclusion
From brand logos to social media ads and packaging, Visual Communication Design is everywhere. It helps businesses build trust, engage audiences, and leave a lasting impact. Whether through advertising, digital marketing, or product packaging, good design transforms how people perceive and interact with a brand. Join Shoolini University’s BDes program and turn your passion for design into a flourishing career!
Vidiksha, a third-year B Tech Biotechnology student at Shoolini University, received the Best Poster Presentation Award at the prestigious ‘Viksit Bharat 2047: Reaching the Unreached Through Chemical and Biological Sciences’ (VBCB-2025) conference. The event was held at SRM University’s Delhi-NCR Campus in Ghaziabad, Uttar Pradesh, from February 18-20.
Organised in collaboration with the Royal Society of Chemistry, the VBCB-2025 conference was designed to propel India towards its goal of becoming a developed nation by 2047. It focused on using the chemical and biological sciences to enhance the lives of underserved communities and promote sustainable development.
The conference featured three thematic areas: Chemistry and Biology Interface (CBI), Medical Research and Biotechnology (MRB), and Science for Sustainable Development (SSD), each aimed at harnessing scientific innovation for societal and environmental betterment.
Competing against PhD scholars and postgraduate students, Vidiksha stood out with her research titled ‘Detection of Biohazards Using CRISPR-Enhanced Devices’. Her project uses the precision of CRISPR-Cas systems for the rapid and accurate detection of biological threats, which could significantly improve public health, biodefense, and environmental safety by offering cost-effective, real-time solutions.
Describing her experience, Vidiksha said her research was motivated by the global increase in biological threats, including pandemics and antimicrobial resistance. Her passion for molecular biology and biotechnology has driven her to develop innovative solutions to enhance global biosecurity.
She credits her success to the invaluable support of her mentor, Assistant Professor Geetansh Sharma from the School of Bioengineering and Food Technology, and the research-driven environment at Shoolini University. “Under the guidance of my mentor, I am conductingvaluable research in microbial bioremediation and molecular biology,” Vidiksha said.
About B Tech Biotechnology at Shoolini
Studying B Tech Biotechnology at Shoolini University offers students a distinct advantage through its blend of highly educated faculty, practical training, and strong industry connections. The program’s faculty includes alumni from globally esteemed institutions like Oxford, NIH, NCI, and Johns Hopkins Medical School, as well as top Indian universities such as IISc and JNU. This provides students expertise and insights into the latest scientific advancements.
Shoolini’s commitment to hands-on learning is evident in its 104+ laboratories and 11 Centres of Excellence, where students engage in live projects and practical exercises crucial for developing biotechnology skills. Furthermore, the program includes 6-month internships with leading organisations and regular industrial visits, allowing students to gain practical industry exposure and build professional networks.
Graduates of the B Tech Biotech program have diverse career opportunities in sectors such as biopharmaceuticals, agricultural biotechnology, biomedical engineering, and environmental biotechnology, with many securing positions at top companies like Biocon, Abbott, and Nestle. For those looking to deepen their expertise, Shoolini also offers advanced master’s degrees in the field.
This educational approach ensures that students are well-prepared to meet the demands of the biotechnology industry and excel in their chosen careers.
Imagine stepping into a classroom that feels like it was designed just for you. As you sit down, the environment adjusts to your comfort level. The lesson begins, but it’s not just another lecture. It speaks to you, resonating with your emotions and adapting in real time. If you struggle with a concept or show apprehension, the AI notices your hesitation and immediately tailors its approach to suit your learning style.
Additionally, the system silently monitors your mental and emotional well-being to ensure that stress or fatigue doesn’t hinder your learning. If it detects signs of overwhelm, it might subtly suggest a quick mindfulness exercise or adjust the lesson’s pace to give you a breather. This isn’t science fiction; it’s the silent, transformative work of AI in education today. While many recognise AI in chatbots, smart assistants, or recommendation systems, its profound influence on education is surprisingly invisible.
Behind the scenes, AI powers digital classrooms, shapes emotional experiences, enhances creativity, and influences student wellness. It is weaving into unexpected areas like psychology, health and yoga, virtual history, and the pursuit of happiness. These lesser-known applications are not merely enhancing education; they are quietly revolutionising how we learn, think, and grow.
AI is rewriting the rules of education, subtly but powerfully. From liberal arts to psychology, health, and history, its influence reshapes how knowledge is created and shared. Here’s what Shoolini University’s faculty have to say about this silent revolution:
AI in Unexpected Places: The Liberal Arts Connection
Nishtha Shukla Anand, Trustee and Director of the School of Media and Communications at Shoolini University, shares her excitement about the integration of AI in liberal arts education: “For the Indian student, AI in liberal education will take care of basics like language, syntax, and grammar to quite an extent. This means students can focus on ideas, cultural context, and conversations. Liberal arts education with AI support is more complex but brimming with possibilities. There can be more research and collaborative outcomes, which can be so much more interactive! It gives me goosebumps just thinking about how liberal arts will evolve with AI.”
Now, let’s find out how AI is enriching liberal arts education by creating a more dynamic and interactive learning environment. With AI-powered research tools at their fingertips, students can dive deep into vast databases, analyse historical texts, and explore rich cultural narratives with unprecedented depth and speed. You can learn a new language or understand complex literary theories through AI-driven language models. These tools assist, inspire, and push students to venture beyond traditional academic boundaries.
Let’s take disciplines like philosophy and sociology. Here, AI opens a whole new world. AI simulations craft virtual societies where students can test social theories, observing hypothetical outcomes that deepen their understanding of human behaviour. Meanwhile, in media and communication studies, AI is reshaping how stories are told. Students are now experimenting with digital storytelling techniques, augmented reality, and using personalised audience engagement strategies.
Integrating AI into liberal arts is revolutionising the experience for students, as they work side-by-side with advanced technologies. This partnership promotes a unique blend of critical thinking, creative problem-solving, and technical skills. As humanities merge with cutting-edge technology, students prepare for a future where cultural literacy and digital skills are essential.
Psychology: The Real-World Perspective
According to Associate Professor of Psychology Nisha Kumari, “Cognitive psychology is the foundation of Artificial Intelligence (AI), which mimics human cognitive functions such as pattern recognition, judgment, and emotional analysis. AI models, built to emulate neural networks, enable machines to analyse behaviour, interpret emotions, and predict psychological trends, revolutionising both research and education in psychology.”
AI’s influence in psychology extends beyond theoretical applications, significantly enhancing mental health care. AI-driven chatbots and virtual therapists, powered by natural language processing, provide emotional support and cognitive behavioural therapy, creating a confidential environment for individuals to seek help and express themselves.
Additionally, AI’s robust data processing capabilities allow researchers to analyse extensive datasets from brain scans, behavioural studies, and social media interactions. This capability identifies patterns that predict mental health issues, aiding in timely intervention. In educational settings, AI tools simulate psychological scenarios, deepening students’ understanding of complex theories through interactive, immersive experiences.
Integrating AI into psychology education prepares future psychologists to effectively tackle mental health challenges in an increasingly digital world.
How AI Revolutionises Health Through Yoga
Assistant Professor Renitta Sinha from the Yogananda School of Spirituality and Happiness states, “AI is refining yoga practices and helping practitioners harmonise their well-being with the planet’s health, making yoga more accessible, sustainable, and impactful.”
Let’s see how AI is redefining yoga by improving both practice and learning. One major innovation is personalised yoga instruction through AI-powered apps and devices that analyse practitioners’ posture, alignment, and movements. These tools offer real-time feedback, making adjustments to prevent injuries and improve form, which is crucial for both novices and advanced yogis. AI-driven wearables like smart yoga mats and fitness trackers monitor vital metrics such as heart rate, breathing patterns, and muscle engagement, customising practices to enhance individual performance.
Moreover, AI increases yoga’s accessibility through virtual instructors and guided meditations. AI-based assistants and chatbots provide personalised sessions with tailored yoga sequences and mindfulness practices, catering to specific goals like stress reduction, flexibility, or strength enhancement.
In the realm of Green Yoga, which emphasises environmental consciousness, AI is pivotal in disseminating eco-friendly practices and knowledge. AI platforms aggregate information on sustainable practices such as using eco-friendly mats, reducing studio waste, and travelling sustainably for yoga retreats. For students of Green Yoga, AI offers a plethora of resources like articles, videos, and expert discussions to integrate yoga with environmental sustainability.
Looking ahead, AI-driven tools will deepen students’ understanding of the link between personal well-being and environmental health. Applications might track a student’s carbon footprint during yoga sessions and suggest greener alternatives. AI could foster virtual yoga communities to share sustainable practices and collaborate on eco-friendly initiatives worldwide. By leveraging AI, students can adopt practices benefiting their health and the planet.
History & Virtual Reconstruction: A New Era with AI
Assistant Professor Ekta Singh from the Chitrakoot School of Liberal Arts highlights, “AI isn’t just preserving history; it’s uncovering hidden narratives and making the past more accessible and engaging.”
AI is transforming archaeology by filling in historical gaps and revolutionising our interaction with the past. A notable application is rock art research, where tools like DStretch apply decorrelation stretch algorithms to enhance faint or weathered paintings, revealing details invisible to the naked eye. This has been pivotal in documenting and preserving prehistoric art worldwide, allowing scholars to discover stories etched into rock by ancient civilisations.
AI’s capabilities extend beyond rock art. With image recognition, deep learning, and predictive modelling, archaeologists can analyse fragmented manuscripts, decipher ancient scripts, and pinpoint excavation sites with unprecedented precision. These tools provide fresh insights and make studying ancient civilisations more dynamic.
In digital archaeology, AI integrates real-time data analysis, remote sensing, and virtual excavation to offer new perspectives in historical research. AI-driven 3D imaging and printing are also revolutionising museum studies by creating accurate replicas of artefacts and structures, broadening access while preserving the originals. This ensures that history is not just preserved but brought to life for students, researchers, and the public.
The Future of Learning: AI’s Silent Revolution
The quiet revolution of AI in education is reshaping learning by decoding emotions and creating immersive historical experiences. As technology progresses, AI’s role in education will grow, leading to more personalised and impactful learning experiences. The future of education is not merely digital—it’s intelligent, adaptive, and profoundly human. AI is not just a tool but a catalyst for a more connected, insightful, and fulfilling world.
