• Introduces Project Management Specialization for Engineering and Management Students
• Offers over 50 hours of blended learning, combining classroom instruction with online modules to build industry-ready skills
• Aligns with the Government of India’s Skill India Mission and supports the National Education Policy (NEP) through industry-integrated, experiential learning

PUNE: Philips announced a strategic academic collaboration with Indira University, Pune, and MIT Art, Design & Technology University, Pune, to introduce a comprehensive Project Management specialization within their undergraduate engineering and first-year MBA curriculum. The launch took place across both campuses.

This initiative addresses a critical gap in technical education, where only a very limited number of institutions currently offer Project Management specializations, despite steadily growing demand for skilled project management interns and early-career professionals.

Through this partnership, Philips aims to strengthen the education-to-industry pipeline by integrating practical, leadership-oriented, and future-ready project management competencies aligned with widely recognized industry best practices. The initiative reinforces Philips’ commitment to nurturing talent with depth, applied learning, accountability, and behavioral excellence, all of which are essential attributes for successful project managers.

The program will initially be implemented across the two partner universities, with plans to expand to additional institutions soon. The specialization includes 50 hours of classroom and online training, delivered jointly by university faculty trained in project management and supported by Philips experts. Philips will also share course content with the universities, enabling trained faculty to deliver the program effectively within their existing academic structure. To enhance industry exposure, Philips Project Managers will conduct quarterly guest lectures at both campuses.

The initiative aligns closely with the Skill India Mission and supports the National Education Policy (NEP 2020), both of which emphasize strong industry–academia collaboration and the integration of experiential, skills-based learning into higher education. By equipping engineering and management students with industry-ready project management skills, the collaboration enhances their employability and prepares them for the evolving needs of the future workforce.

The specialization is expected to significantly improve internship and job prospects for students, not only within Philips but across organizations and industries. As project management is a critical competency applicable across departments and domains, graduates will be well-positioned to pursue a broad spectrum of roles in engineering, product development, operations, technology, and other project-driven environments.

Rohit Sathe, Head, Healthcare Innovation Center, Philips, said, “At Philips, we believe in empowering the next generation of professionals with the skills needed to lead complex and impactful projects in India’s rapidly evolving innovation landscape. Our collaboration with Indira University and MIT Art, Design & Technology University brings industry-grade project management learning directly to students, enabling them to build confidence, leadership, and real-world readiness from early in their academic journey.”

Commenting on the partnership, Dr. Anagha Joshi, Vice-Chancellor – Indira University, Pune, said, “We are delighted to collaborate with Philips on this transformative initiative. Integrating industry-aligned project management skills into our curriculum will significantly enhance our students’ readiness for real-world challenges and open new pathways for their professional growth.”

Dr. Magesh Karad, Executive President, MIT Art, Design & Technology University, Pune, added, “We are proud to leap into global excellence. This partnership marks a major step forward in strengthening industry-academia synergy. The introduction of a structured project management specialization will equip our students with highly sought-after competencies and prepare them to excel in dynamic and complex project environments.”

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MUMBAI: As India celebrates Children’s Day – a moment to honour childhood and spotlight the nation’s young potential – this year’s theme, “Investing in the Future,” underscores the critical role of early learning in shaping tomorrow’s citizens. On the occasion of Children’s Day, Cosmo Foundation — the philanthropic arm of Cosmo First Limited, reiterated its long-standing commitment to empowering rural children through strong foundational learning. With over fifteen years of sustained efforts in strengthening literacy and numeracy skills, the Foundation continues to shape brighter futures for thousands of young learners across rural Gujarat and Maharashtra.

Since its inception in 2009, the Foundation has been at the forefront of Foundational Literacy and Numeracy (FLN) – a priority now echoed in the National Education Policy (NEP 2020). The Foundational Literacy & Numeracy Centres, fondly known as Cosmo Gyan Vihar Kendra, focus on activity-based learning that combines play, storytelling, art, and group exercises to make education joyful, interactive, and effective. The approach aligns closely with national educational goals while fostering creativity, curiosity, and confidence among young learners.

At the heart of this model are the Balmitras – trained women educators from within the community who serve as mentors and change agents. They bridge the gap between school and home, improve attendance, and address holistic development – from academic progress to emotional well-being and hygiene awareness.

Yamini Kumar Jaipuria, Managing Trustee, Cosmo Foundation & Whole-time Director, Cosmo First, shared, “Cosmo Foundation’s unwavering, long-term commitment to the children of rural Gujarat and Maharashtra serves as the eternal flame that lights up a nation’s future. While building an education foundation requires sustained effort, it results in the strongest, most resilient impact. We are strategically investing in the educated, skilled human capital of our nation, ensuring every child receives an opportunity for quality learning with dignity. This deep-rooted, transformative investment is our solemn pledge to every child.”

Over the years, more than 24,000 children have benefited from the Foundation’s programmes. Students have shown measurable improvement in reading fluency, comprehension, numeracy, and soft skills. Teachers and principals report that classrooms have become more engaging and inclusive, ensuring that no child is left behind.

Girishbhai Prajapati, Principal, Primary School, Choranda (Vadodara), shared, “Our students eagerly await Cosmo Foundation’s sessions. Learning has become enjoyable and meaningful. The presence of Balmitras and activity-based methods has created stronger engagement and improved learning outcomes. We can clearly see the positive shift in our classrooms.”

In addition to academic learning, Cosmo Foundation conducts value-building sessions and awareness activities that nurture empathy, discipline, and gratitude – shaping both competence and character. Inclusivity remains central, with focused support for children from diverse social and economic backgrounds, including migrant and single-parent families.

As India advances towards the vision of Viksit Bharat, Cosmo Foundation believes that investing in a child’s foundation is investing in the nation’s future and progress. On this Children’s Day, Cosmo Foundation celebrates every child’s potential and renews its pledge to continue building strong foundations for stronger futures.

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PUNE: Honda Motorcycle and Scooter India (HMSI) reinforced its focus on road safety by conducting an awareness campaign in Pune, Maharashtra. The initiative engaged over 2200 students and staff members from Radiant International School, Shri J.R. Gunjal English Medium School and Junior College, Government College of Engineering and Research, and Gramonnati Mandal’s Arts, Commerce, and Science College equipping them with essential knowledge on responsible road behavior.

With a focus on early road safety education, HMSI designed this initiative to go beyond awareness and encourage a lasting behavioural change. Educating the students at an early stage helps shape responsible road users who can influence their surroundings. By engaging with schools, colleges and institutions —both government and non-government—HMSI continues to make road safety an integral part of everyday life.

The awareness campaign in Pune included safety riding lessons, danger prediction training, games, quizzes, helmet awareness and riding trainer modules. These interactive activities ensured that road safety education was both engaging and practical, helping the participants not only learn the road safety guidelines but also develop a sense of responsibility while on the road.

HMSI expressed gratitude to Radiant International School, Shri J.R. Gunjal English Medium School and Junior College, Government College of Engineering and Research and Gramonnati Mandal’s Arts, Commerce and Science College for its support in making this initiative a success. The enthusiastic participation of students and staff played a key role in spreading awareness about responsible road behavior and working towards safer roads.

Through its ongoing road safety initiatives, HMSI has reached nearly 3 lakh adults and children across Maharashtra, equipping them with practical knowledge to make informed choices on the road. With initiatives like these, HMSI continues to create awareness in promoting road safety and encourage responsible driving and riding habits for all.

In 2021, Honda announced its global vision statement for the year 2050 where it will strive for zero traffic collision fatalities involving Honda motorcycles and automobiles. In India HMSI is working in line with this vision and the Government of India direction of reducing fatalities to half by 2030.

One critical aspect of achieving this goal is developing a positive mindset toward road safety in our children by the year 2030 and continuing to educate them thereafter. Road safety education at schools and colleges is not only to create awareness but to introduce a safety culture in young minds and transform them to be the road safety ambassadors. It empowers future generations to become responsible and significantly contribute to a safer society.

HMSI wants to be a company that Society wants to exist and is strongly focusing on spreading Road safety awareness to all sections of society with unique ideas catering to each segment from school kids to corporates and society at large.

HMSI’s set of skilled safety instructors conducts daily programs at our 10 adopted traffic training parks (TTP) across India and 6 Safety Driving Education Centers (SDEC) to make road safety education accessible to every part of society, and the initiative has already reached over 92 lakh Indians. H MSI’s National Road Safety Awareness program made learning fun yet scientific through:

SCIENTIFICALLY DEVISED LEARNING MODULE: Honda’s skilled instructors set the foundation with theory sessions on road signs & markings, driver’s duties on road, riding gear & posture explanation and safe riding etiquettes.

1. PRACTICAL LEARNING: A special training activity on Honda’s virtual riding simulator was executed for all to experience over 100 possible dangers on the road before actual riding.

2. INTERACTIVE SESSION: Participants were given danger prediction training known as Kiken Yosoku Training (KYT) which helps enhance rider/driver’s sensitivity to danger and ensures safe driving behavior on roads.

3. EXISTING DRIVERS HONING RIDING SKILLS: Students & school staff members who are already existing riders tested & honed their riding skills through slow riding activities and riding on narrow planks.

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Augmented Reality (AR) is rapidly evolving from a niche technology to a mainstream tool that is reshaping how we interact with the world. What started with simple smartphone-based experiences has advanced to complex, immersive systems that blend digital and physical environments. With applications ranging from gaming to medical surgeries, AR is increasingly becoming a transformative technology across various industries. In this article, we will explore the latest advancements in AR technology, its architectural components, and how its applications are pushing the boundaries of what’s possible.

1. The Evolution of AR Technologies

AR is not a new concept, but recent advancements have unlocked new possibilities for interaction and immersion. The key drivers of this evolution can be broken down into several technological improvements:

a. Software and Algorithmic Advancements

Software innovations are just as critical to AR development. The integration of computer vision, machine learning, and AI is transforming AR from passive visualization to dynamic, interactive experiences.

• Simultaneous Localization and Mapping (SLAM): SLAM algorithms allow AR devices to map and understand the environment in real time while also tracking their position within that environment. This technology is essential for placing virtual objects in real-world contexts with high accuracy, even in dynamic or unstructured environments.
• Spatial Anchoring: The ability to persistently anchor digital objects within a physical space is a game-changer for AR. Technologies such as Apple’s ARKit’s “World Tracking” and Google’s ARCore’s “Cloud Anchors” enable persistent, multi-user AR experiences where digital objects can be seen and interacted with by multiple people in real time.
• Deep Learning and Computer Vision: AI-driven computer vision systems allow AR applications to recognize and understand objects, faces, and gestures. These capabilities can be used for applications ranging from virtual try-ons in fashion to facial recognition in security systems.

b. Cloud Integration and Edge Computing

The move to cloud and edge computing plays a crucial role in overcoming the limitations of local hardware processing. Cloud-based AR platforms can offload complex computations to high-performance servers, enabling more sophisticated AR experiences. Edge computing, on the other hand, allows data processing to occur closer to the source of data (the device itself), which reduces latency and enhances real-time interactivity.

2. Applications of Advanced AR

AR’s potential extends across a variety of sectors, with advanced technologies allowing for new levels of realism, interactivity, and utility. Some of the most significant applications include:

a. Healthcare and Surgery

AR is revolutionizing healthcare by providing real-time visual overlays during medical procedures. Surgeons can use AR to superimpose critical data, such as patient anatomy or imaging scans, directly onto the patient during surgery, improving precision and reducing the risk of errors. The use of AR also facilitates remote assistance, where specialists can guide on-site teams through complex procedures using live AR feeds.

• Enhanced Diagnostics: With the integration of machine learning, AR systems can help healthcare professionals visualize complex diagnostic data, such as MRI or CT scans, in 3D, aiding in better decision-making.
• Training and Education: AR is being used to create immersive medical simulations, providing medical students with the opportunity to practice surgical techniques or diagnose conditions in a controlled virtual environment.

b. Retail and E-Commerce

The retail industry has embraced AR for creating immersive shopping experiences, enhancing both in-store and online engagement. Virtual try-ons, where customers can see how clothes, accessories, or even makeup will look on them, are one of the most popular applications.

• Product Visualization: AR allows customers to visualize products in their own home environments before making a purchase. For instance, Ikea’s app allows customers to place virtual furniture in their living rooms to determine fit and style.
• In-store Navigation and Assistance: AR systems can provide in-store navigation, guiding customers to products and offering personalized promotions or product information when they point their device at items.

c. Automotive Industry

The automotive industry is leveraging AR to enhance both driver experience and vehicle design. From heads-up displays (HUDs) that project navigation instructions onto the windshield to AR-based maintenance guides, AR is improving safety and functionality in modern vehicles.

• Augmented Navigation: By overlaying real-time navigation data directly onto a driver’s view of the road, AR can reduce distraction and enhance situational awareness, especially when navigating complex environments or cities.
• Vehicle Design and Manufacturing: AR is aiding in the design and manufacturing process by enabling engineers to visualize complex components in 3D, ensuring more precise assembly and minimizing errors.

d. Military and Defence

The military sector has long been a key adopter of AR technology, utilizing it to improve training, situational awareness, and battlefield management. Soldiers equipped with AR glasses can access critical information in real-time, such as enemy location, terrain mapping, and tactical data.

• Combat Training: AR simulators provide immersive, realistic training scenarios for soldiers, helping them to rehearse missions and combat tactics in a virtual yet lifelike environment.
• Tactical Decision Support: In the battlefield, AR can project maps, mission-critical data, and other environmental details, enabling faster, better-informed decision-making during operations.

e. Entertainment and Gaming

While AR gaming has been around for a while, recent advancements are making these experiences more interactive and realistic. The success of games like Pokémon Go highlighted the immense potential of AR in entertainment, but the future promises even more immersive experiences.

• Mixed-Reality Gaming: The integration of physical and virtual spaces can create highly engaging experiences. With the combination of AR and VR (Virtual Reality), next-gen games may allow users to seamlessly transition between the real world and virtual worlds with minimal latency and complete immersion.
• Live Events and Experiences: Concerts, sports events, and theater performances are increasingly using AR to engage audiences. Virtual performers or interactive holograms are augmenting live experiences, providing novel ways to interact with the content.

3. Challenges and Future Directions

Despite its rapid growth, AR still faces several challenges, particularly in areas related to usability, privacy, and scalability.

a. User Experience

Ensuring an intuitive and comfortable user experience is one of the biggest hurdles for AR developers. Current AR devices often struggle with issues like small field-of-view, limited battery life, and difficulties in tracking fast-moving objects or people. Furthermore, the complexity of interacting with AR interfaces, especially in mobile environments, may overwhelm users.

b. Privacy and Security Concerns

With AR systems collecting vast amounts of data about the physical world, such as location, object recognition, and even personal habits, privacy and security concerns are significant. Developers will need to prioritize data protection to avoid potential breaches or misuse.

c. Content Creation and Standardization

As AR technologies continue to evolve, the creation of high-quality AR content requires specialized skills. Content developers need to integrate 3D modeling, spatial design, and AI, making it a resource-intensive process. Moreover, there is no universal standard for AR content, which creates interoperability issues between devices and platforms.

d. Scalability

For large-scale AR experiences, such as those in smart cities or industrial applications, challenges related to the real-time synchronization of massive datasets and devices come into play. Ensuring low-latency communication, cloud management, and efficient rendering will be essential as AR applications scale to support more users.

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PUNE: The National HRD Network (NHRDN) Pune Chapter will host its flagship annual Human Resource summit event ‘Anubhuti’ on 14th December 2024 at Hyatt Hotel, Hinjewadi, Pune.

Anubhuti event brings together HR professionals, industry leaders, and experts to explore and deliberate key issues related to the evolving role of Human Resources in today’s fast-changing work environment.

The flagship of NHRD is thoughtfully designed for HR professionals, L&D leaders, faculty, and students. It ensures you leave with practical insights and transformative ideas to drive meaningful organizational impact. This year more than 150 HR professionals from diverse industry sectors from various parts of India will participate in the day-long event. In all, there are 54 chapters of NHRDN at the pan-national level.

‘Anubhuti’ offers ample networking opportunities, allowing HR and L&D professionals to share insights, collaborate, and discuss solutions to contemporary people management challenges. It will also help illuminate critical themes like building a hybrid workforce, fostering inclusivity, and cultivating Gen Z leaders.

The event is organized under the patronage of Mr. Aman Rajabali, President of NHRDN Pune. Shri. Prem Singh, President, Group HR of JK Organization, Delhi & National President – NHRDN, will deliver the inaugural address, discussing the future of HR leadership and the need for innovation and agility in business.

Ms. Usha Singh, Regional President (West) of NHRDN, will outline the event’s theme, addressing key HR challenges, such as managing hybrid workforces, diversity, and leadership development.

Panelist-speakers will be Mr. Amitabh Singh, CHRO, ICICI Home Finance, Ms. Prachi Misra – Global L&D Head, Vanderlande, Ms. Tina Rastogi, Global Head, HR, Cybage, Mr. Arun Wakhlu Founder Director and Chief Mentor, Pragati Leadership Institute, Ms. Amita Karadkhedkar Sr. VP – Banking Technology, TEDx Speaker, Ms. Sukanya Patwardhan, Vice President, Learning and Organizational Development, Jade Global will deliberate on topics like Hybrid Workforce, Diversity & Inclusion, and Developing Gen Z Leaders.

A special attraction will be the Corporate Kotwal drama skit, highlighting the employee life cycle and challenges through a creative theatrical performance.

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TensorFlow is an open-source machine learning framework developed by Google. It provides a flexible and powerful platform to build and deploy machine learning (ML) and deep learning (DL) models across different environments — desktops, servers, browsers, and mobile devices

Example Code (Simple Linear Model)

import tensorflow as tf

from tensorflow import keras

import numpy as np

# Training data

x = np.array([1.0, 2.0, 3.0, 4.0])

y = np.array([2.0, 4.0, 6.0, 8.0])

# Build a simple linear model

model = keras.Sequential([keras.layers.Dense(units=1, input_shape=[1])])

# Compile the model

model.compile(optimizer=’sgd’, loss=’mean_squared_error’)

# Train the model

model.fit(x, y, epochs=500, verbose=0)

# Predict

print(model.predict([10.0]))  # Should output ~20

Real-World Uses of TensorFlow

1. Google Photos – Image Recognition & Search

• Use case: Automatically identifies objects, faces, places, and text in photos.
• How TensorFlow helps: Trains deep convolutional neural networks (CNNs) for image classification and tagging.

2. Airbnb – Detecting Listing Quality

• Use case: Automatically detect poor-quality photos in property listings.
• How TensorFlow helps: Uses CNNs to score photo quality and improve user experience on the platform.

3. Twitter – Tweet Ranking & Recommendations

• Use case: Shows personalized tweet timelines and recommendations.
• How TensorFlow helps: Builds and trains ranking models using user engagement data.

4. Uber – ETA Predictions & Trip Forecasting

• Use case: Predict arrival times, demand, and optimize routes.
• How TensorFlow helps: TensorFlow powers time-series models like LSTMs to improve accuracy in real-time.

5. Tesla – Autonomous Driving

• Use case: Self-driving car vision systems for detecting lanes, signs, and obstacles.
• How TensorFlow helps: Processes camera and radar data using real-time neural networks (CNNs, RNNs).

6. GE Healthcare – Medical Imaging

• Use case: Detect cancer, tumors, and other anomalies from X-rays and MRIs.
• How TensorFlow helps: Trains deep learning models on medical image datasets for early diagnosis.

7. Spotify – Music Recommendation

• Use case: Suggests songs based on your listening habits.
• How TensorFlow helps: TensorFlow helps build collaborative filtering and content-based ML models.

8. DeepMind – AlphaGo & AlphaFold

• Use case: Beat human champions in Go; predict protein structures.
• How TensorFlow helps: Built AlphaGo and AlphaFold using reinforcement learning and deep neural networks.

9. Coca-Cola – Vending Machine Vision

• Use case: Detect stock levels and product presence inside vending machines.
• How TensorFlow helps: Uses TensorFlow Lite on edge devices to process camera input and update inventory in real-time.

10. NASA – Satellite Image Analysis

• Use case: Analyzes satellite images to detect environmental changes (e.g., deforestation, glacier melting).
• How TensorFlow helps: Processes huge volumes of image data with high accuracy using CNNs.

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Timings: 10:00 am – 05:00 pm 

Event with open access to all

Event Overview:
This Children’s Day, Dextrus is proud to host an exclusive Creative Learning Aid Pop-up featuring Samir Kapadia, a celebrated Library Educator and founder of Creative Learning Aids. Known for curating some of the finest contemporary children’s books, Samir brings a rich collection of handpicked titles for children, offering an enriching experience for young readers.

This pop-up event presents a special opportunity for the Dextrus community and surrounding areas to discover and purchase beautifully illustrated, meaningful books perfect for children aged 2 and above. The selection spans diverse themes, exploring India’s rich culture, values, and creative storytelling — perfect for parents seeking to inspire a love for reading in their children.

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UTTARAKHAND: Ambuja Cements, the cement and building material company of the diversified Adani Group, is committed to providing high-quality education for all. Through CSR efforts, the Company has inaugurated a model Anganwadi in Gee Saidpur of Haridwar district near Ambuja Cements Roorkee. This initiative has been designed to support early childhood education and community health by offering a vibrant, safe learning environment for children.

The newly inaugurated model Anganwadi in Gee Saidpur boasts of vibrant BaLA (Building as Learning Aid) murals that promote learning through visuals, while informative boards on education and health provide valuable information for children and the community. Comfortable benches and desks at the facility ensure a conducive learning environment, while comprehensive measurement equipment including weighing scales, infant meters, and mid-upper-arm circumference measuring tapes are available for accurate assessment of children’s growth.

The Anganwadi also features a dedicated nutrition knowledge center where the Auxiliary Nurse Midwife (ANM) and Community Health Officers conduct regular health screenings for community members, promoting well-being and preventive healthcare. Engaging monthly activities like birthday celebrations, Annaprashan, and Godh Bharai are conducted as per ICDS guidelines, fostering social interaction and cultural understanding. The Anganwadi also provides support for water and sanitation facilities, ensuring a clean and hygienic environment for the children.

Ambuja Cements has a long-standing commitment to community development, having previously established models such as Anganwadis in Daudbasi, Chhapur, and Lavva villages in the region. This fourth Anganwadi further reinforces Ambuja Cements’ dedication to creating a brighter future for children, significantly impacting the lives of rural families by enhancing community infrastructure and focusing on both education and health.

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MUMBAI: TeamLease Digital, a leading tech staffing and learning solutions provider, announced the state-wise distribution of Global Capability Centers (GCCs) across India for FY25. The data, based on TeamLease Digital’s findings, reveals key insights into the regional concentration of GCCs and the industries driving their growth.

As per the findings, the Mumbai/Pune region accounts for 31% of TeamLease Digital’s GCC partnerships. The high-tech and automotive sectors are the most significant in this region, with the high-tech industry making up 33% and the automotive sector contributing 22% of the headcount. Pune, in particular, is emerging as a driver in the Automotive sector. This region is also notable for its involvement in the capital markets, a sector that is only served by Mumbai/Pune and Delhi NCR, highlighting critical skills in data mining, predictive analytics, and big data frameworks.

The findings also showed Bengaluru as a prominent hub for GCCs, hosting 36% of TeamLease Digital’s total client base. This city is notably characterized by its dominance in the Hi-Tech industry, which comprises 37% of the talent concentration. Professional Services, which includes BFSI and Consulting companies, follows with 21% of the headcount. The Manufacturing sector is also emerging as a significant player, contributing 10% to the total headcount, with automotive and electronics manufacturing leading this growth. High-tech is an industry focused on the leveraging of modern technologies across sectors like Electronics, Healthcare, E-Commerce, Semiconductors, EVs, Aviation & Defence, and ER&D.

The findings also showed Hyderabad accounts for 14% of TeamLease Digital’s client base for the first two-quarters of FY25. The city excels in the High-Tech industry, which contributes 45% to the GCC headcount. Hyderabad’s GCCs are at the cutting edge of digital transformation, leveraging advancements in Cloud computing, AI, cybersecurity, blockchain, and Data Analytics to enhance global operations. The focus on automation and emerging technologies like robotics and blockchain underlines Hyderabad’s role as a leader in tech innovation.

Further, Delhi-NCR contributes 22% to the overall GCC headcount, with Software & Platform and High Tech each representing 20% of the headcount. This region is unique in its substantial contribution to the Oil & Gas industry, comprising 6.5% of the GCC headcount. Key skills in demand include AWS, Azure, Data Modelling, and IoT platforms, reflecting the sector’s emphasis on advanced digital solutions.

Elaborating on the findings Neeti Sharma, Chief Executive Officer, of TeamLease Digital said, “Over the past few years, Global Capability Centres (GCCs) have emerged as powerhouses of innovation and job creation across industries, especially in Mumbai and Pune where High-Tech and Automotive industries are thriving the most. As GCCs continue to evolve, we are increasingly partnering with them across Mumbai/Pune and other locations to address their demand for niche skills, while also co-creating new job functions.

Sectors like Healthcare, BFSI, and Retail have shown remarkable growth. Between 2021 and 2023, these sectors recorded cumulative compound annual growth rates (CAGR) exceeding 30%. This growth is particularly notable, given that during the same period, the broader IT industry was experiencing a downturn. In contrast, the GCC Software & Internet sector maintained steady progress and is projected to reach a CAGR of 6.2% by 2027. Even more promising is the Retail & E-commerce GCC sector, which is expected to see the strongest growth at 8.4% CAGR, followed closely by Healthcare at 7.5%.

These upward trends signal a dynamic shift in the global workforce, and TeamLease Digital is well-poised to facilitate this growth by connecting GCCs with the best-suited tech staffing + learning solutions that’ll ensure the organization’s readiness to tackle competitive yet niche growth opportunities presented by emerging technologies or newer markets.”

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Making reading inclusive, the Pitara is not just a learning tool; it’s a transformative experience. Featuring diverse tools such as large font, sensory, quiet, and behavioral books, and tactile devices tailored for special needs, the initiative addresses the unique requirements of visually impaired children and those with learning disabilities. Crafted with Universal Design principles, each Sugamya Qissa Pitara is flexible, safe, and easy to use, featuring vibrant, artist-created furniture that adds an inclusive touch to the learning environment.

Talking about the initiative, Manish Tayal, Director, of the JCB Literature Foundation, said, “This is a milestone moment for us at the JCB Literature Foundation, not just because it’s being done for the first time- an accessible resource center for those with special needs, but because of the impact such a project has on the lives of people. The project is not just aimed at making the lives of children easier, but also that of the parents, primary caregivers, and educators. We have piloted this project in Delhi, Jaipur, Baroda, and now in Pune in the first year and hope to take this forward in more locations in the future.”

Extending beyond the classroom, Sugamya Qissa Pitara supports parents and caregivers with new books, activity sheets, and specialized training by Inclusive Learning Experts. Specially crafted caregivers’ manuals in Hindi and English provide invaluable insights and support for fostering effective learning environments at home.

According to UNESCO, there are more than 78 lakh children with disabilities in India between 5-19 years. While 61% of them were attending an educational institution, about 12% had dropped out and 27% had never been to school at all. Recognizing the urgent need for inclusivity and accessible education, this initiative aims to bring joy and accessibility to education for children with special needs across the country. With a shared vision of empowering every child, this innovative learning solution seeks to bridge gaps and create a more inclusive reading landscape.

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