Rishihood University Students Secure Paid AI & Project Management Internships with US-Based Pertech Industries

As universities increasingly prioritise experiential learning and industry collaboration, global internship opportunities have become an important measure of how effectively institutions prepare students for the evolving workforce. Beyond academic excellence, employers are seeking graduates with practical experience, interdisciplinary skills, and the ability to solve real-world challenges using emerging technologies.

Reflecting this growing shift towards industry-integrated education, Rishihood University has announced that four of its students have secured prestigious paid internships with Pertech Industries Inc., a US-based healthcare technology company developing next-generation artificial intelligence-powered medical solutions. The internships will provide students with hands-on experience in artificial intelligence, machine learning, healthcare innovation, research, and project management while working alongside international teams.

The opportunity emerged through the Global Circuit International Hackathon, where students showcased innovative AI-driven healthcare solutions, highlighting the university's emphasis on challenge-based learning and global industry engagement.

Four Students Selected for International Paid Internships

The selected students represent both the School of Computer Science and the School of Entrepreneurship, reflecting the multidisciplinary nature of the internship programme.

Each student will receive a monthly stipend ranging from USD 500 to USD 750 (approximately ₹43,000–₹65,000) while contributing to healthcare technology projects at Pertech Industries.

Hackathon Opened the Door to Global Opportunities

The internships originated through the Global Circuit International Hackathon, organised by Rishihood University in collaboration with international partners.

The event brought together participants from multiple countries to develop technology-driven solutions for real-world healthcare challenges. Working on AI-assisted ECG analysis and cardiac healthcare applications, the Rishihood teams impressed industry experts with innovative ideas, technical capability, and their ability to build deployable solutions within demanding timelines.

Their performance during the competition ultimately led to internship offers from Pertech Industries.

Students Will Work on Real-World AI Healthcare Solutions

The internships expose students to practical applications of artificial intelligence in modern healthcare, allowing them to contribute to technologies that could improve early diagnosis, patient monitoring, and clinical decision-making.

Sourabh Pal – AI/ML Intern

Sourabh Pal will focus on developing intelligent ECG analysis systems capable of identifying cardiac abnormalities through machine learning and signal processing techniques.

His responsibilities include:

• Biomedical data preprocessing
• Feature engineering
• Machine learning model development
• Model validation
• Deployment using real-world clinical datasets

Udit Jain – AI/ML Research Contractor

As an AI/ML Research Contractor, Udit Jain will contribute to advanced research focused on scalable healthcare AI systems.

His role includes:

• Designing advanced machine learning algorithms
• Conducting computational experiments
• Supporting AI engineering workflows
• Collaborating with international researchers and engineers
• Building intelligent medical technology solutions

Yash Kumar – AI/ML Intern

Yash Kumar will work on developing artificial intelligence systems capable of analysing single-lead ECG signals for healthcare applications.

His work will involve:

• Analysing clinical datasets
• Developing machine learning and deep learning models
• Improving AI prediction accuracy
• Collaborating with technical mentors on healthcare innovation

Kashish Chhabra – Project Manager

Representing the School of Entrepreneurship, Kashish Chhabra will contribute from a business and innovation perspective.

Her responsibilities include:

• Healthcare technology research
• Project coordination
• Market analysis
• Product development support
• Cross-functional collaboration

Her appointment demonstrates the growing importance of project management and entrepreneurial leadership in AI-driven healthcare innovation.

Industry Exposure Beyond the Classroom

According to Rishihood University, these internships are designed to bridge academic learning with practical industry experience.

Students will work on real healthcare challenges where artificial intelligence, engineering, research, and product development intersect, gaining exposure to global work environments and interdisciplinary collaboration.

The university believes such opportunities help students build both technical expertise and professional skills before graduation.

University Highlights Experiential Learning Approach

Commenting on the achievement, Sahil Aggarwal, Founder of Rishihood University, said the internships reflect the university's commitment to preparing students through experiential and challenge-based learning.

He noted that empowering students to work on meaningful global challenges through interdisciplinary collaboration allows them to apply classroom knowledge in real-world settings while contributing to innovations that have tangible social impact.

The university also described the internships as an example of how close partnerships with industry can create opportunities that extend learning beyond traditional academic environments.

Preparing Students for Emerging AI Careers

Artificial intelligence is rapidly transforming healthcare, with technologies increasingly supporting disease diagnosis, medical imaging, patient monitoring, predictive analytics, and personalised treatment.

As demand for AI professionals continues to grow globally, internships that combine engineering, research, healthcare, and product development offer students valuable experience in one of the world's fastest-growing sectors.

The selected students will gain first-hand exposure to international research environments while contributing to technologies designed to improve healthcare outcomes.

About Rishihood University

Rishihood University positions itself as an institution focused on industry-integrated and interdisciplinary education. Its academic model combines technology, entrepreneurship, design, public policy, and mental wellness to prepare students for professional excellence while encouraging leadership, innovation, and societal impact.

Through challenge-based learning and collaborations with industry, the university aims to equip graduates with the skills needed to address complex real-world problems across emerging sectors.

Why This Matters

Higher education is increasingly shifting away from classroom-centred instruction towards experiential learning that connects students directly with industry. Employers today value graduates who can demonstrate practical problem-solving, interdisciplinary collaboration, and the ability to apply theoretical knowledge to real-world challenges.

The internships secured by Rishihood University students reflect this changing landscape. Rather than focusing solely on academic achievement, the programme enables students to contribute to live healthcare technology projects alongside international professionals. Such opportunities not only strengthen employability but also prepare graduates for careers in rapidly evolving fields such as artificial intelligence, biomedical engineering, healthcare innovation, and entrepreneurship.

As universities compete to produce future-ready graduates, partnerships with global organisations are becoming an important indicator of institutional quality and student outcomes.

Editor's Note

Artificial intelligence is transforming nearly every sector, but healthcare remains one of its most promising and demanding applications. Developing technologies that can support clinical decision-making or improve patient outcomes requires more than technical expertise; it demands collaboration across engineering, medicine, research, ethics, and business.

The success of these students illustrates how higher education is evolving to meet that challenge. Universities are no longer judged solely by the knowledge they impart, but by the ecosystems they create where students can experiment, collaborate, and solve meaningful problems alongside industry. As AI becomes central to the future of healthcare, experiences like these may become less of an exception and more of an expectation for institutions preparing graduates for a technology-driven world.

Frequently Asked Questions (FAQs)

1. Which students secured internships with Pertech Industries?

Rishihood University students Sourabh Pal, Udit Jain, Yash Kumar, and Kashish Chhabra have secured paid internships with Pertech Industries Inc.

2. What is Pertech Industries?

Pertech Industries is a US-based healthcare technology company that develops AI-powered medical solutions focused on improving healthcare through artificial intelligence and machine learning.

3. How much stipend will the students receive?

The selected students will receive monthly stipends ranging from USD 500 to USD 750, depending on their internship role.

4. How were the students selected?

The internship opportunities emerged through the Global Circuit International Hackathon, where students developed AI-based healthcare solutions that impressed industry experts.

5. What projects will the interns work on?

The students will contribute to projects involving AI-powered ECG analysis, machine learning research, healthcare technology development, biomedical data analysis, and project management.

6. Why are industry internships important for engineering and management students?

Industry internships provide practical experience, strengthen technical and professional skills, expose students to real-world challenges, and improve employability by allowing them to work alongside experienced professionals.

7. How does this reflect Rishihood University's educational approach?

The internships align with Rishihood University's emphasis on experiential learning, interdisciplinary education, and industry partnerships that enable students to apply classroom learning to real-world innovation.