Advanced Research Program

The Advanced Research Program is designed for students who have a foundational understanding of research and wish to deepen their expertise in their respective fields. This program brings together seasoned young researchers with professional mentors for an in-depth, collaborative research experience. It provides a platform to foster advanced research skills, produce publishable content, and participate in global academic discussions. The program encourages a higher level of academic discourse, where participants will co-author papers for potential publication, present at international conferences, and contribute to significant academic endeavors in their field of study.

This program is open to students from all countries including North America, Middle East, Indian Sub-continent and rest of the world.

Title of the Program: Advanced Research Program
Venue: Online/ Virtual – Live + Recorded Content
Date: September 30th 2026, 11:59 PM EST
Duration: 6-9 months
Time Commitment Per Week: 4 to 8 hours
Language: English
Region: Global
Price: $1499
Publication Fees, Conference Fees and related Transportation, Accommodation, and Food costs will be additional and borne by the participants.
Pre-requisite: Introductory Research Program / Bachelor's/ Master's Degree

Program Description

Over a 9-month period, participants in this advanced program will work closely with mentors to refine their research capabilities and create scholarly contributions that further their professional goals.

The program offers:

Intensive training in advanced research methodologies, social theory, and academic writing.
Personalized mentorship, where participants will meet with their mentors periodically.
Opportunities to publish co-authored research papers and present findings at conferences.
Exposure to high-level academic events, including symposiums, workshops, and masterclasses, featuring renowned experts in various research fields.
Networking opportunities with a global academic community, enabling students to broaden their research network and collaborate on projects.
By the end of the program, participants will have had the opportunity to co-author a research paper with their mentor, present at major conferences, and strengthen their research networks, preparing them for future contributions to academic and professional fields.

Program Features

Collaboration with Leading Experts

Work alongside world-renowned scientists and researchers at the forefront of their fields.

Bridging Ancient Wisdom With Modern Science

Experience a unique approach that merges ancient insights with modern scientific innovations, driving a paradigm shift in understanding.

Transdisciplinary Learning

Engage in a curriculum that spans multiple disciplines, providing a holistic view of knowledge and research.

Program Outcome

Opportunities for Presentation & Publication

Present your research at conferences and/or publish it in peer-reviewed journals—enhancing your academic and professional profile.

Innovative Problem-Solving

Sharpen your critical thinking skills and apply creative solutions to address complex, real-world challenges.

Elevate Your Academic and Professional Standing

Demonstrate your commitment to advanced research and impactful contributions, setting yourself apart in your field.

Practical Experience with Global Impact

Participate in projects that address significant global issues, gaining hands-on experience with real-world relevance.

Personal and Professional Development

Cultivate confidence, leadership, and teamwork skills while pursuing your passions and unlocking your potential in a supportive environment.

Areas of Research

Sailesh Rao

Veganism in India: Statista claims that 11% of Indians are vegan, based on an online survey: https://www.statista.com/topics/8771/veganism-and-vegetarianism-worldwide/. Devise a survey that avoids confusion over dairy and find the true percentage of vegans in India.
Vegan Recidivism: The Vegan movement suffers from recidivism. It is estimated that there are 4-5 times as many "ex-vegans" as there are vegans. Study the cause of vegan recidivism and determine what we can do to minimize it.

Dr. Abhinav Aggarwal

Depending on the student profile (middle/high school, college, university—undergraduate, master’s, or Ph.D.), the level of participation and research orientation can be tailored accordingly.
From making presentations at conferences to publishing research papers of varying complexity—ranging from problem identification to literature reviews that identify research gaps, defining solutions, establishing uniqueness and novelty, filing patents, or creating research theses—here is a broad overview of topics that may interest students or research scholars.
We are not limited to these topics, as they will continue to evolve. With our collaborative creativity, we will consistently improve the list of potential areas of interest.

Sustainable Building Materials and Net-Negative Dwelling Units: This includes studying the suitability of materials for specific regions and climates, designing models for DIY huts, sustainable interior design, hands-on prototyping, and ultimately creating integrated living communities.
Integration of Solar Panels with Low-Voltage Gadgets: Inventing and developing energy-efficient heating and cooling devices, as well as all-in-one appliances that meet daily needs.
Integrated Water Management Systems to Address Rising Sea Levels: Led by Kalapana Adhikari for the master’s program, with joint guidance for Ph.D. candidates.
Integrated Living Community Architecture and Design: This involves therapeutic healing gardens and forest and garden designs based on Vastu and Nava Graha orientations, led by Jayanthi Raghu and Kiran Varsith.
AI for Healing App: Focused on benefiting humanity and the planet.
AI Applications for Modeling Water and CO2 Levels: Projections for reductions in these levels through energy domes and the creation of prototypes.
Environment-Friendly Power Generation: Exploring solar, wind, pedal-powered, freeze-tapping, and buoyancy-gravity methods, along with AI models and prototype creation.
Dream Device to Eliminate the Need for Travel: For shopping and tourism.
Green Currency Ecosystem Centered Around UNY: Involving blockchain technology, work portals, loan programs, and interdependence models, with Siddhant Bhandari as the lead faculty for the master’s program, jointly guiding Ph.D. candidates.
Altruistic Gamification for Green Loyalty: Led by Surbhi Hirawat for the master’s program, with joint guidance for Ph.D. candidates.

Dr. Vanadeep Kaluvagunta

1. Topic: Traditional Water Management Systems in Ancient India and Their Relevance to Modern Water Conservation and Sustainability

Description: This project explores ancient Indian water management techniques such as step wells (baolis), tanks, and indigenous rainwater harvesting systems. Students will analyze how these methods can be revitalized and integrated into modern urban and rural water conservation efforts, particularly in drought-prone regions. They will also study the age-old Indian water purification methods, assess their efficacy as well as contrast their affordability and large-scale economic feasibility with today's common practices. The study will highlight how traditional systems, designed for sustainability, can complement modern water management and purification techniques to address contemporary water crises.

2. Topic: The Panchamahabhutas (Five Elements) and Environmental Balance: A Holistic Approach to Climate Resilience

Description: In the ancient Indian knowledge system, the Panchamahabhutas (Earth, Water, Fire, Air, and Space) were considered essential elements of life and the environment. This project examines the balance of these five elements in nature and how disruptions—such as deforestation, pollution, and climate change—affect environmental stability. Students will explore how this holistic approach, rooted in ancient Indian thought, can inform modern environmental policy, ecosystem management, and climate resilience strategies.

3. Topic: Traditional Indian Weather Forecasting Methods and Modern Meteorological Science

Description: Ancient Indian farmers relied on weather prediction techniques based on natural indicators like animal behavior, wind patterns, and cloud formations. This project investigates the accuracy and relevance of these traditional forecasting methods in the context of modern meteorology. Students will study how these time-tested practices can be integrated with modern scientific methods to enhance community-based weather forecasting and climate preparedness, especially in rural India. These project ideas blend ancient Indian environmental wisdom with modern scientific approaches, creating opportunities for interdisciplinary learning and addressing pressing global challenges like climate change, sustainability, and environmental management.

Dr. Geeta Sandeep Nadella

Introduction to Artificial Intelligence (AI), Machine Learning (ML) and Sustainable Development Goals (SDGs)

Overview of AI/ML contributions to SDGs
Importance of publishing and presenting research

Targeted SDGs for Research

SDG 4: Quality Education
SDG 8: Decent Work and Economic Growth
SDG 9: Industry, Innovation, and Infrastructure
SDG 11: Sustainable Cities and Communities
SDG 17: Partnerships for the Goals

Objectives of the Project

Research and publication of high-quality papers
Participation in international conferences
Cross-disciplinary collaboration and dissemination

Research Methodology

Literature review of existing research
Development of case studies on AI/ML applications
Quantitative analysis of AI/ML impacts on SDGs

In-depth Exploration of SDG Contributions

SDG 4: AI tools for personalized learning and data analytics
SDG 8: Enhancing productivity and innovation through AI/ML
SDG 9: AI in industrial efficiency and infrastructure resilience
SDG 11: AI-driven urban planning for sustainable cities
SDG 17: Collaboration for global development using AI/ML

Expected Outcomes

Publication of peer-reviewed articles in Scopus-indexed journals
Presentations at international conferences, especially IEEE
Development of collaborative research projects

Conclusion and Call for Partnerships

Importance of research dissemination for global challenges
Invitation for funding and collaboration with stakeholders

Ved Acharya Dr. Dhanada Kulkarni

Ayurveda

Biohacking through Ayurvedic Chronobiology: Exploring how aligning daily routines (Dinacharya) and seasonal routines (Ritucharya) with biological rhythms can optimize health and performance.
Ayurvedic Approaches to Sustainable Living: Investigating how Ayurvedic principles can guide eco-friendly lifestyles, including sustainable farming, eating habits, and natural living.
The Impact of Emotional Health on Digestion: Researching how stress and emotions (Sadhaka Pitta) affect the digestive system according to Ayurveda.
Ayurveda’s Perspective on Digital Overload: Understanding how prolonged exposure to digital devices may affect Vata imbalance and how Ayurveda can offer solutions for digital detox.
Role of Dietary Habits in Balancing Doshas: Exploring the influence of food on health according to Ayurvedic principles.
Herbal Remedies for Common Ailments: A comparison of Ayurvedic herbs used to treat common conditions like colds, coughs, or digestive issues.

Yoga

Yoga for Space Travel: Researching how the principles of yoga could be used to maintain astronauts’ physical and mental health during long-term space missions.
The Influence of Yoga on Epigenetics: Investigating how practicing yoga and meditation can potentially influence gene expression and overall health.
Yoga for Social Emotional Learning (SEL) in Schools: Exploring how yoga can be used to develop self-awareness, emotional regulation, and social skills in school environments.
Yoga and Neuroplasticity: Researching how specific yoga practices can promote brain flexibility and learning through the process of neuroplasticity.
The Role of Mudras in Cognitive Enhancement: Exploring how hand gestures (Mudras) used in yoga can affect mental clarity, memory, and focus.
Comparing Different Forms of Yoga: Researching the benefits of various yoga forms like Hatha, Vinyasa, and Kundalini for physical and mental health.
Effects of Meditation on Academic Performance: Studying how regular meditation practices impact focus, memory, and overall academic performance.
Understanding the Mind-Body Connection through Yoga: How yoga helps maintain harmony between physical and mental health.

Your step-by-step journey in the Advanced Research Program

The Advanced Research Program offers an exceptional opportunity for aspiring researchers to delve into their interests and gain invaluable experience in the research publication process.

Registration and Initial Consultation

To get started, simply register for the program using the provided link. Once your registration is complete, a SVM associate will reach out to discuss your research interests. We encourage you to involve your parents or close friends in this initial conversation, as their support can be invaluable throughout your journey.

Faculty Mentorship

After identifying your interests, you will be paired with one of our esteemed faculty members, who specializes in research and is well-versed in the journal publication process. You will meet with your faculty mentor periodically, to gain a deeper understanding of your research problem, determine your metrics for success, and learn about data gathering and analysis techniques.

Research Process

Throughout your research journey, you will conduct data analysis using established statistical tools and methodologies, ultimately confirming the validity of your hypothesis. Simultaneously, your faculty mentor will help you select a target journal for your full-length paper, guiding you through the writing process and offering specialized classes to enhance your skills.

Publication Journey

After submitting your paper, you may receive editorial comments from reviewers. This collaborative process may involve several rounds of revisions before achieving final acceptance. Some journals may charge publication fees, typically resulting in faster publication times. Your faculty mentor will discuss all options with you before submission, including the expected publication timeline.

Networking and Professional Growth

Once published, your research will reach a specialized audience of scientists and researchers worldwide. The uniqueness of your work may attract inquiries from research teams globally, creating opportunities for networking, scholarships, research assistantships, and more.

Building Your Resume

Acceptance of your paper by a journal is a significant accomplishment. Be sure to highlight this achievement on your resume, along with a link to the published paper, to make your application stand out among peers.