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Chandigarh University Uttar Pradesh Advanced Credit Program Gains Strong Response with 1,856 Industry Certifications in One Year

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Top Companies like Intel, AWS Academy, EC-Council, SAS, Altium, Tally, The Australia Today, LifeSenz Offers certifications

LUCKNOW, India, Aug. 1, 2026 /PRNewswire/ — Chandigarh University Uttar Pradesh is redefining how students prepare for the future by turning learning into measurable industry value. With its Advanced Credit Program delivering 1,856 industry certifications in just one academic year, CU UP is proving that a degree can be far more powerful when it is backed by globally relevant skills, flexible credit pathways and direct industry alignment.

The initiative reflects a clear shift in higher education, where students are no longer expected to rely only on classroom learning. Instead, they are being prepared with practical, career-oriented capabilities that match the needs of modern industry. Chandigarh University’s Advanced Credit Program has been designed to give students access to globally recognized certifications and job-ready skills even before they formally begin their degree journey.

The Advanced Credit Program allows students to earn credit points through certified learning, which can later be used within their academic progression. These credits can be transferred when students move from one course to another or from one stream to another, making the program especially useful for flexible and interdisciplinary learning.

The system also supports students who may need to pause their studies for any reason and later return to complete another course. Their previously earned credits can still be used, reducing duplication of learning and saving both time and effort. This makes the model useful for multiple entry and exit pathways, which are becoming increasingly important in modern higher education.

For students who want to explore new directions, the program offers additional value. A learner who studies science at the undergraduate level can later move toward data science or management at the postgraduate level, while still benefiting from previously earned credits. In this way, the ACP helps students understand industry expectations early and begin preparing for placements well in advance.

For the 2026–27 session, Chandigarh University has expanded the program with 60 industry-oriented courses across different clusters. These include subjects in AI, robotics, machine learning, cloud computing, taxation, fintech, smart cities, cancer biology, digital communication and critical thinking.

The engineering cluster offers the largest share with 23 courses, covering areas such as artificial intelligence, IoT, robotics and cloud computing. The management cluster includes 15 courses, such as airline operations, business analytics and personal branding. The liberal arts cluster offers 6 creative and skill-building courses, including architectural design, journalism and visual storytelling.

There are also 8 common-to-all cluster courses for students from every stream, including communication skills, financial literacy and entrepreneurship. In addition, the university has introduced 5 interdisciplinary courses in the engineering and management category, 1 integrated course across engineering, management and science, and 2 focused programs in the sciences cluster, where bioinformatics and environmental sustainability are key areas.

Each course cluster has been designed in line with global industry requirements. A major advantage is that students can complete these courses online from home, allowing them to balance academic study with skill development in a convenient way.

The program is supported through collaborations with respected industry partners such as Intel, AWS Academy, EC-Council, SAS, Altium, Tally, The Australia Today, LifeSenz and others. These partnerships ensure that students learn in line with current industry standards and are exposed to content that is both relevant and practical.

The certification-based model helps students gain verified skills while continuing their degree studies. That balance between formal education and industry learning is one of the strongest features of the program. It gives students the flexibility to build their profiles in a structured manner, without waiting until the final years of college to become career ready.

The first-year response of 1,856 certifications shows that students have embraced the initiative with enthusiasm. It also reflects the growing demand for education models that support both academic achievement and professional growth.

CU UP Pro Vice-Chancellor Prof. Dr. Thipendra P. Singh said, “the Chandigarh University  was delighted with the strong response to the Advanced Credit Program. In the past year, students completed 1,856 industry certifications, which shows that today’s learners are ready to strengthen their degree with industry-required skills.

Singh further added, “Chandigarh University’s focus has always been to make students industry-ready from the beginning. Through ACP, students have gained access to learning in future-oriented fields such as AI, machine learning, cybersecurity, cloud computing and data science, which has strengthened both their skills and confidence.

The success of the Advanced Credit Program demonstrates how Chandigarh University is building an education model that goes beyond traditional teaching. By enabling students to earn certifications, build flexible credit pathways and access industry-aligned content early, the university is helping shape a more practical and employability-focused academic journey.

As the program returns for the 2026–27 batch, it is expected to continue supporting students who want to learn beyond the classroom and prepare themselves for the demands of a rapidly changing global job market. For Chandigarh University Uttar Pradesh, the ACP is not just an add-on; it is a strategic step toward creating a generation of skilled, confident and industry-ready graduates.

About Chandigarh University Uttar Pradesh (Lucknow)

Envisioned to foster a culture of sustainability and empower future global leaders, Chandigarh University, Uttar Pradesh, immerses 21st-century learners in a personalised and experiential learning experience, integrating an AI-powered academic model and a multidimensional, futuristic perspective on education. Our Uttar Pradesh campus carries forward the venerable legacy of more than a decade of Chandigarh University, Punjab, which has established itself as India’s No. 1 Private University and a torchbearer of groundbreaking pedagogy and research-driven innovation. The AI-augmented new campus offers a broad spectrum of industry-driven futuristic academic programs encompassing data-driven insights, virtual reality experiences, real-world simulations, corporate mentorship, international perspective, interdisciplinary research, cultivation of entrepreneurial spirit, and professional competencies.

https://www.culko.in/

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HiTHIUM Partners with the University of Cambridge to Advance International Industry-Academia Collaboration in Long-Duration Energy Storage

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XIAMEN, China, Nov. 14, 2026 /PRNewswire/ — On November 12, the Global Energy Storage Colloquium was held in Xiamen. During the colloquium, HiTHIUM and the University of Cambridge signed a memorandum of understanding (MoU), establishing a strategic partnership. The two parties will collaborate on frontier scientific research, key technology innovation and industrial applications in battery energy storage, bringing academic research into closer alignment with industry needs and exploring new models for international industry-academia collaboration. The partnership aims to contribute to the advancement of global energy storage technology and the industry.

The UK has a strong track record in the development of modern battery technologies and fundamental research. The University of Cambridge is one of the world’s leading universities, with internationally recognized expertise in engineering, materials science and fundamental research. As a leading global energy storage technology company, HiTHIUM has long focused on energy storage technology development and commercialization. It continues to advance integrated research and innovation across the value chain, from high-capacity energy storage cells to long-duration energy storage systems and grid integration technologies.

The collaboration is intended to bring internationally leading academic research into closer engagement with innovation across China’s energy storage industry. The University of Cambridge’s strengths in fundamental science, materials research and engineering will offer new perspectives and approaches to key scientific questions and emerging technologies in energy storage. HiTHIUM will bring its experience in long-duration energy storage (LDES), product development and large-scale deployment, connecting research with real industry needs and application scenarios, and supporting the engineering validation and commercialization of research outcomes. By drawing on the strengths of both research and industry, the partnership will strengthen the links between frontier innovation and practical applications.

Under the cooperation plan, the two parties will establish joint management and research collaboration mechanisms, bringing together academic resources and corporate R&D capabilities. They will work together to plan research projects, facilitate scientific exchange and support the translation of research outcomes, strengthening connections between fundamental research, technology development and industrial applications so that innovation in energy storage can better serve industry needs.

The partnership also marks an important step in HiTHIUM’s efforts to expand its international innovation network. Building on this collaboration with the University of Cambridge, HiTHIUM will further strengthen academic exchanges and research partnerships with leading universities and research institutions around the world. By bringing together international research resources and talent, the company aims to encourage collaboration across disciplines and technology fields, explore the development of technologies such as LDES from a global perspective, and bring technical challenges and application needs from the front lines of industry into research and innovation. This will help research and industrial practice reinforce one another.

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SOURCE HiTHIUM

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The NYSE Welcomes vVARDIS as a Publicly Listed Company

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NEW YORK, Nov. 14, 2026 /PRNewswire/ — vVARDIS (NYSE: VVVV) co-founders Dr. Haley Abivardi and Dr. Goly Abivardi aim to reshape the future of dental care with a drill-free treatment for the world’s #1 non-communicable disease: cavities.

vVARDIS Solves a Problem that Millions FaceTooth decay affects billions of people worldwide, and dental anxiety keeps millions from getting the care they need.vVARDIS is a Swiss dental technology company focused on changing the way early tooth decay is treated.vVARDIS has introduced a new approach that aims to treat decay earlier and more comfortably for patients.Its flagship product, Curodont® Repair Fluoride Plus, uses proprietary peptide technology to help repair early-stage tooth decay by supporting the natural remineralization of enamel — simply put No drill, No needle, or No filling.Tooth Decay is One of the Most Common Health Issues in the World2.5 billion people globally live with untreated tooth decay.Nearly 90% of U.S. adults have experienced tooth decay.Nearly 73% of U.S. adults report dental fear.21% avoid the dentist because of anxiety.The Story that Helped Shape vVARDISFor decades, treating early tooth decay often meant waiting until it worsened or getting a filling. The founders spent 25 years developing Curodont® Repair Fluoride Plus, a treatment that helps repair early tooth decay before it becomes a cavity.Curodont® gives dentists a way to treat early decay while making the experience easier and less intimidating for patients.The technology has already treated more than 2.5 million teethAvailable in more than 20% of U.S. dental practices

Click Here to Learn More about vVARDIS: https://www.youtube.com/watch?v=T1p9hUR5Glk

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SOURCE New York Stock Exchange

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Innovative Immunology Biotech Windward Bio Lists on Nasdaq

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SHANGHAI, Nov. 14, 2026 /PRNewswire/ — Windward Bio, a portfolio company of Qiming Venture Partners and a clinical-stage biotechnology company, successfully listed on Nasdaq on November 13, 2026. Windward Bio (Nasdaq: WWB) priced its IPO at $17.00 per share. Its shares closed at $28.50 on the first trading day, up 68% from the IPO price, giving the company a market capitalization of approximately $1.69 billion. This is Qiming Venture Partners’ 11th IPO in 2026.

Qiming Venture Partners invested in Windward Bio’s inaugural Series A financing in 2025 and continued to support the company in its Series B financing in 2026. Qiming also participated in this IPO financing round.

Windward Bio was founded in 2024 with a mission to transform the treatment paradigm for patients living with chronic inflammatory diseases through the development of differentiated biologic therapies targeting clinically validated disease pathways. Led by a team with extensive expertise across discovery, development, and commercialization, Windward Bio is advancing a pipeline of ultra-long-acting antibody medicines to improve clinical outcomes, reduce treatment burden and expand treatment options for patients with serious respiratory and dermatologic diseases, including asthma, chronic obstructive pulmonary disease (COPD) and atopic dermatitis.

Windward Bio’s lead program, WIN378, is a potentially novel anti-TSLP monoclonal antibody engineered for improved potency and extended half-life. WIN378 is currently being evaluated in POLARIS-1, a Phase 2/3 study in severe uncontrolled asthma, and SIRIUS, a Phase 2 study in COPD. The company’s pipeline also includes WIN027, a clinical-stage, long-acting bispecific antibody targeting TSLP and IL-13 with potential applications across multiple inflammatory and immunological diseases. Windward Bio holds exclusive global rights (excluding Greater China and certain Asian countries) to WIN378 through a licensing agreement with Kelun-Biotech and Harbour BioMed, and has separately licensed WIN027 from Qyuns Therapeutics.

“Qiming Venture Partners invests in differentiated, globally competitive biotech innovation designed to address significant unmet needs for patients, and Windward Bio exemplifies this approach. We believe novel, long-acting biologics will reshape the treatment of severe chronic respiratory and skin diseases, and that WIN378 and WIN027 have the potential to expand and meaningfully improve the treatment options available to patients. In the hands of Luca and his team, with their expertise and proven track record, Windward is well-positioned to deliver on this potential, and we look forward to supporting the company through its next phase of growth,” said Alexander Sinclair Wilson, Principal at Qiming Venture Partners.

About Qiming Venture Partners

Qiming Venture Partners was founded in 2006. Currently, Qiming Venture Partners manages eleven US Dollar funds and seven RMB funds with $9.5 billion in capital raised. Since our establishment, we have invested in outstanding companies in the Technology and Healthcare industries at the early and growth stages.

Since our debut, we have backed over 630 fast-growing and innovative companies. Over 290 of our portfolio companies have achieved exits through IPOs at the NYSE, NASDAQ, HKEX, Shanghai Stock Exchange, or Shenzhen Stock Exchange, or through M&A or other means. There are also over 110 portfolio companies that have achieved unicorn or super unicorn status.

Many of our portfolio companies are today’s most influential firms in their respective sectors, including Xiaomi, Meituan, Bilibili, Zhihu, Roborock, Hesai Technology, UBTech, WeRide, HyperStrong, Insta360, Unisound, Biren Technology, Z.AI, Gan & Lee Pharmaceuticals, Tigermed, Zai Lab, CanSino Biologics, Schrödinger, APT Medical, Sanyou Medical, AmoyDx, SinocellTech, Insilico Medicine, AusperBio, Yuanxin Technology, Medilink Therapeutics, LaNova Medicines, StepFun, among many others.

 

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SOURCE Qiming Venture Partners

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