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Jharkhand Chief Minister launches schemes to boost higher education access

Champai Soren

Chief Minister Champai Soren unveiled two innovative programs on Monday to improve Jharkhand students’ access to higher education. The declaration was made at Ranchi’s Tana Bhagat Stadium at a packed inaugural ceremony. The Manki Munda Scholarship and the Guruji Student Credit Card are programs aimed at reducing the financial obstacles frequently keeping students from college.

Highlighting the government’s commitment to education, Chief Minister Soren stated, “This is a significant day for Jharkhand as the government has started two major schemes to remove the hurdles in how students pursue higher education.” The Guruji Student Credit Card scheme will provide students with access to collateral-free education loans of up to Rs 15 lakh at an annual interest rate of 4 per cent. Remarkably, the repayment of these loans will only begin one year after course completion, with the government acting as the guarantor.

In a similar vein, the Manki Munda Scholarship scheme is aimed specifically at encouraging female students to engage in technical education. Under this scheme, eligible female students will receive annual financial support of Rs 15,000 for diploma courses and Rs 30,000 for engineering courses. According to the Chief Minister, around 1,200 students have registered for the Guruji Student Credit Card, while 800 have enrolled for the Manki Munda Scholarship.

During the event, Chief Minister Soren personally handed out credit cards and scholarships to two students from each scheme in a symbolic gesture of the government’s support. He underscored the importance of higher education for the development of children from labour and farming backgrounds, aligning with his vision for a developed Jharkhand.

Additionally, Chief Minister Soren highlighted the Mukhyamantri Shiksha Protsahan Yojna, another initiative offering a monthly stipend of Rs 2,500 to assist students with their living expenses during coaching periods. This ensures that financial constraints do not hinder students’ educational endeavours.

Emphasising the transformative power of education, Soren remarked, “Education is important as without it, development in family, society, and state is impossible.” In a further commitment to promoting education and innovation, the Chief Minister inaugurated a newly constructed 3D theatre at the regional science center in Ranchi, marking another step towards fostering a culture of learning and creativity in the state.

IIT Guwahati expands international collaboration with Universities in Canada & Japan

IIT Guwahati gate

The Indian Institute of Technology Guwahati (IIT Guwahati) has significantly expanded its international collaboration by signing Memorandums of Understanding (MoUs) with several prestigious educational institutions worldwide. On the 3rd of March 2024, IIT Guwahati marked a milestone in its commitment to fostering global academic exchange by entering into formal agreements with Dalhousie University, Canada, and Gifu University, Japan. These agreements, set for an initial period of five years with the possibility of further extension, aim to enrich the educational and research landscape at IIT Guwahati.

During the signing event, Prof. Rajeev Ahuja, Officiating Director of IIT Guwahati, expressed enthusiasm about the new partnerships. He highlighted the institute’s dedication to enhancing its students’ academic and personal development through these collaborations. “IIT Guwahati is committed to supporting students’ academic and personal growth through these programs,” he said, emphasising the importance of cross-cultural opportunities in enriching students’ educational experiences.

One of the standout initiatives from these collaborations is establishing a Joint Doctoral Program with Dalhousie University. This program aims to create dynamic research partnerships and exchange opportunities for students and academic staff, fostering a vibrant academic environment conducive to innovation and excellence. The joint supervision of PhD candidates is expected to offer varied perspectives and deepen the research quality.

In partnership with Gifu University, IIT Guwahati has launched an ‘International Joint PhD Program’ designed to span three years. This program involves collaborative course development, providing students with a comprehensive educational experience. Additionally, the institutions have agreed on a 2-year ‘International Masters Joint Degree Program in Food Science and Technology’ aimed at developing skilled professionals through shared coursework and research in this critical field.

Furthermore, the ‘Glocal Expert Program’, an international joint-certificate initiative under the Inter-University Exchange Project (IUEP), has been established in collaboration with Gifu University. This program encourages cross-cultural learning and global competency development among students.

The collaborations were formalised during the ‘Japan-NER Bioeconomic Technology Cooperation Symposium 2024’ (JNBTCS-2024), hosted by IIT Guwahati from March 3rd to 5th, 2024. The symposium sought to explore technical advancements to boost bio-economic development in Japan and the North-Eastern Region (NER) of India. The event featured discussions on food supply chains, sustainable technology, disaster management, and biomass utilisation, bringing together eminent researchers, industry leaders, and entrepreneurs from India and Japan.

Prof. Kazuhiro Yoshida, President of Gifu University, was formally recognised during the event and awarded the Honorary Professor at IIT Guwahati for his significant contributions to academic collaboration. This series of partnerships and the successful hosting of the JNBTCS-2024 underline IIT Guwahati’s ongoing commitment to advancing international educational exchanges and research collaborations, setting a new benchmark for global academic partnerships.

The Future of Higher Education: Euro University’s Approach

reem

The field of higher education is currently undergoing significant change, and Euro University in Bahrain is at the forefront of this transformative journey. Located in the heart of the GCC region, specifically in the Kingdom of Bahrain, the university enriches the academic experience by providing a cross-disciplinary approach that breaks down the traditional barriers to learning.

Euro University in Bahrain stands out as an exceptional educational institution, uniquely designed to consolidate top-tier European educational credentials and degrees under one umbrella. The university taps into the rich academic traditions of Europe, bringing together outstanding educational programmes from nations renowned for their academic excellence, such as the United Kingdom, Germany, France, and Italy. Each of these countries is celebrated for its long history in specialised and distinguished disciplines, and Euro University makes these accessible in Bahrain and the Gulf Region.

Currently, EUB is implementing the first stage of this unique approach. The strategic plan for 2022-2027 will advance this approach to the second stage.

The university’s comprehensive curriculum, derived from European universities and coupled with an employability skills framework designed for the region’s needs, is integrated into the learning modules and offered as standalone programmes. This curriculum is crafted to ensure the most advantageous learning outcomes, focusing on the knowledge, skills, and attitudes that align with predefined graduate attributes. These attributes are tailored to meet the demands of the regional labour market, thus preparing students not just for careers but for a life enriched with intellectual pursuit and cultural comprehension. This model has the potential to reshape the perception of higher education.

Euro University has an ambitious goal to transcend traditional academic boundaries. It offers programmes from different European countries to students in the Gulf and Asia. The university aims to provide students with more than just degrees; it strives to develop a comprehensive understanding of the European spirit. The students benefit from broad exposure to various teaching methods and cultural perspectives, equipping them for their future lives in an increasingly globalised society.

Euro University is not just another academic institution; it is a place where education transcends textbooks and lectures to foster global citizens ready to navigate and contribute to a multicultural world.

Views Expressed By Dr. Reem AL Buainain, Vice President for Academic and Research Affairs, Euro University of Bahrain

The government equips over 100 colleges with cutting-edge chip design tools

cutting-edge chip

In a significant move to bolster India’s semiconductor industry, the Indian government has joined forces with industry giants Siemens EDA, Synopsys, and Cadence to provide electronic design automation (EDA) tools to over 100 colleges. This collaborative initiative aims to bridge the talent gap in the chip design sector and ensure that graduating students are well-prepared for the evolving industry landscape.

The government’s Chips to Startups (C2S) program, launched in January 2022, is at the forefront of this effort, targeting the training of 85,000 individuals over a span of five years in Very Large Scale Integration (VLSI) and embedded system design. Recognizing the critical role of EDA tools in chip design, the government invited applications under the C2S program, receiving responses from 100 academic institutions, research and development organizations, startups, and micro, small, and medium enterprises (MSMEs) last August.

In collaboration with the Ministry of Electronics and Information Technology (MeitY), Siemens EDA is actively involved in creating an EDA tools grid as part of a design-linked incentive scheme for chip startups. Simultaneously, Synopsys has partnered with prestigious institutions like IIT Bombay and the Indian Institute of Science, leveraging its Synopsys Academic & Research Alliances (SARA) program to develop talent for the chip industry.

Cadence, a key player in the EDA sector, has extended its suite of technologies to approximately 350 engineering colleges across India. These tools are being provided at subsidized rates, ensuring affordability for educational institutions and students alike. The move is particularly crucial given the anticipated shortage of skilled manpower in chip design by 2030, propelled by the surging global demand for chips.

The collaboration between the government and these industry leaders addresses the immediate skills gap and nurtures a future-ready workforce capable of contributing to the semiconductor ecosystem. This initiative aligns with broader plans to strengthen India’s semiconductor industry, including proposals for the establishment of additional semiconductor fabrication units within the country. The infusion of cutting-edge chip design tools into the education system empowers students and positions India as a key player in the global semiconductor landscape.

Graphic Era Driving Innovation in the Himalayan Region

kamal

Nestled amidst the breathtaking peaks of the Himalayas, Graphic Era (Deemed to be University) stands as a beacon of innovation and progress. Originating in the vibrant city of Dehradun, Uttarakhand, the Graphic Era has embarked on a transformative journey aimed at addressing the unique challenges faced by the Himalayan states. With a steadfast commitment to sustainable development and a visionary approach to bridging the gap between technological advancements and societal needs, Graphic Era epitomises the spirit of innovation that drives progress in the region.

Revolutionising Healthcare Access

Graphic Era’s commitment to healthcare innovation extends far beyond conventional boundaries. The university’s pioneering research and development efforts have led to groundbreaking advancements in medical technology, particularly in the realm of disease diagnosis and treatment. Among its trailblazing contributions is the RT-PCR Typhoid Detection Kit, a testament to the university’s research prowess. This revolutionary kit, boasting an accuracy rate surpassing 95%, has transformed the diagnostic process for Typhoid, a prevalent infectious disease in the region. With results delivered within a mere 3-4 hours, compared to the previous 2-day turnaround time, this innovation holds immense potential to save countless lives across the Himalayan states.

In addition to diagnostic breakthroughs, Graphic Era has spearheaded advancements in cardiac care with the development of the Spandan ECG Machine. Commended by Prime Minister Narendra Modi himself, this compact yet sophisticated device heralds a new era of cardiac care in the Himalayas. Engineered to deliver comprehensive ECG tests with unparalleled precision, Spandan empowers healthcare providers to swiftly and accurately diagnose cardiac ailments, transcending geographical barriers and transforming the landscape of cardiac care in the region.

Bolstering Disaster Resilience

Bolstering Disaster Resilience The Himalayan region, with its rugged topography and susceptibility to natural disasters, demands proactive measures to safeguard lives and infrastructure. Recognising this imperative, Graphic Era has embarked on a mission to fortify the region’s resilience through innovative solutions in disaster prevention and mitigation. Central to this endeavour is the Near Real-time Landslide Monitoring System developed by Graphic Era’s esteemed research team. Leveraging advanced technologies such as PS-InSAR, this system enables the accurate identification of landslide-prone areas, empowering stakeholders with crucial insights into landslide dynamics and frequency. This invaluable data serves as the cornerstone for formulating robust risk assessment and mitigation strategies, thereby bolstering the region’s resilience against the spectre of landslides.

Furthermore, Graphic Era’s research endeavours extend to forecasting and analysing weather patterns to mitigate the impact of catastrophic events such as cloudbursts. In the aftermath of the devastating cloudburst in the Nainital district, Graphic Era’s comprehensive analysis shed light on the event’s underlying causes, paving the way for informed decision-making and adaptive measures to minimise future risks. Through collaborations with national agencies and stakeholders, Graphic Era continues to spearhead initiatives aimed at enhancing the region’s preparedness and resilience in the face of natural calamities.

Harnessing Technology for Sustainable Solutions

In its multifaceted approach to sustainable development, Graphic Era has embraced renewable energy technologies to address energy challenges in remote mountain communities. The university has been at the forefront of research and development efforts focused on harnessing the region’s abundant renewable resources, including solar, wind, and hydroelectric power. Innovative solar energy technologies, such as solar panels and solar-powered appliances, are being developed to provide clean and affordable energy solutions to remote Himalayan villages. By reducing reliance on fossil fuels and promoting energy independence, Graphic Era aims to enhance the overall sustainability of the region.

Moreover, Graphic Era’s foray into drone technology heralds a new era of precision agriculture and disaster response in the Himalayas. Through initiatives such as AGROW and MONAL, the university pioneers custom drone solutions tailored to the region’s unique terrain and agricultural needs. These drones, equipped with state-of-theart sensors and imaging technology, revolutionise farming practices, enabling farmers to monitor crops, combat pests, and optimise yields with unprecedented precision.

Educational Outreach and Capacity Building

In addition to its technological innovations, Graphic Era fosters collaborative research and academic initiatives to address pressing issues in the Himalayan region. Through partnerships with local communities, government agencies, and international institutions, the university facilitates interdisciplinary research projects aimed at understanding and mitigating the socio-economic and environmental challenges facing the Himalayas. These initiatives cover a wide range of topics, including environmental conservation, renewable energy technologies, disaster risk reduction, and sustainable agriculture. By empowering individuals with the necessary tools and knowledge, Graphic Era fosters a culture of innovation and resilience in Himalayan communities, ensuring their long-term prosperity and wellbeing.

The Journey Ahead

As Graphic Era continues its journey towards a resilient future for the Himalayas, the university remains committed to innovation, collaboration, and sustainability. By harnessing the power of technology, education, and community engagement, Graphic Era seeks to address the complex challenges facing the region while unlocking its immense potential for growth and development. In the years to come, Graphic Era envisions a Himalayan region that is not only resilient to environmental and socio-economic pressures but also thriving in its cultural diversity and natural beauty. Through its pioneering initiatives and unwavering dedication, Graphic Era aims to inspire positive change and create lasting impact in the majestic Himalayas and beyond.

Views expressed by Prof. Kamal Ghanshala, President, Graphic Era Group of Institutions

Talisma introduces revolutionary AI platform to boost student employment in India

talisma corp

Talisma Corporation has unveiled Talisma Jeevika, a pioneering platform designed to offer comprehensive support to university students throughout their academic journey. Aiming to significantly enhance student employment rates in India, which currently stands at a concerning 12.2%, according to the Centre for Monitoring Indian Economy, Talisma Jeevika seeks to address and rectify this pressing issue.

Talisma Jeevika, an AI-driven platform, stands out by providing students with valuable job data across various industries and roles, preparing them for the job market. It guides students in selecting appropriate courses that align with their career aspirations, supports their learning and development, and continues to assist them through their transition into the workforce and as part of the alumni community.

Dr. Raj Mruthyunjayappa, Chairman and CEO of Talisma Corporation, articulated the mission behind Talisma Jeevika: “The vision for Talisma Jeevika is to drive innovation to solve problems for the nation. By establishing an early connection with students, the platform offers a strategic roadmap for potential employment opportunities while providing personalised academic and career support, including a ‘course-skill-job’ mapping for individualised assistance.”

In a significant initial collaboration, Karnataka State Open University (KSOU) will be the first to implement Talisma Jeevika. KSOU, which offers 65 programs ranging from undergraduate and postgraduate degrees to diplomas and certificates for over 60,000 distance education students, will leverage the platform to enhance its online and distance learning programs. The platform promises a unique unified enrollment portal that raises awareness about government schemes, suggests areas for improvement, and motivates students to complete their courses.

With a focus on employment readiness, Talisma Jeevika aims to bridge the gap between the job market and student capabilities through personalised skill assessments and skill-upgradation opportunities. The platform will facilitate job assistance by connecting students with the state skill portal, generating avenues for internships and apprenticeships, and aiding in interview preparation.

This groundbreaking initiative by Talisma Corporation not only sets a new precedent for educational support systems in India but also offers hope for countless students navigating the challenges of securing employment in an increasingly competitive job market.

Industry 5.0 and Academia: Fostering Collaboration for a Human-Centric Industrial Future

Sudheer Reddy

Every revolution results in a more evolved system and, as a result, its output. The spheres of industry and academia are no exception and must also be tightly coupled. Industry 5.0, also known as the Fifth Industrial Revolution, is a new and developing era of industrialisation in which humans collaborate with modern technology and artificial intelligence-powered robots to improve workplace processes. Although robots are more consistent than humans and perform better at precision tasks, they are rigid and lack the adaptability and critical thinking skills that distinguish us as humans.

Fundamentally, Industry 5.0 necessitates a socio-technical development that adds a personal human touch to the Industry 4.0 pillars of automation and efficiency, refining collaborative interactions between humans and machines using sophisticated technologies such as the Internet of Things (IoT) and big data. Compared to Industry 4.0, Industry 5.0 introduces improved automation and, more importantly, an integrated mechanism via a human-centric approach for increased resilience and a broader focus on sustainability. Although AI is prevalent in various contexts on data and other functional models, human intelligence drives derives, and interprets the essence of AI activity. AI is heavily reliant on Actual Intelligence (AI) from human intelligence. Human intervention is thus the foundation for the Industry 5.0 revolution.Capture

1. Human-Centric

Industry 5.0 includes a strategy that moves people from being seen as resources to being genuine assets. In effect, this means that rather than people serving organisations, organisations will serve people by adding value and continuing the association.

2. Resilience

The recent repercussions, such as the COVID-19 outbreak and international supply constraints, have taught us a lot. As a result, instead of focusing on growth, profit, and efficiency, organisations must now seek to anticipate and respond to any crisis to maintain stability during difficult times and make the organisation and process more resilient.

3. Sustainability

Regarding sustainability, Industry 5.0 aspires to improve our workplace by creating rules, innovations, and practices as part of the solution rather than a problem.

Academia 5.0 for Industry 5.0

Industry 5.0 will not only provide significant benefits to industry and academia, but it will also present some unique challenges. One such challenge to academia is preparing students for jobs in the future. Because future job opportunities will be based on advanced technologies, students must be proficient in coding, data analytics, robotics & automation, sensor technology, semiconductors, smart materials, additive manufacturing, mathematical modelling & simulation, quantum computing, and machine learning. This necessitates a major concentration on faculty upskilling and suitable curricula development.

Furthermore, this may necessitate the development of new pedagogical approaches, the incorporation of technology into the classroom, the adoption of new assessment methods to test students’ knowledge and skills, social and emotional development, sustainability, personalised learning, a collaborative approach, and, most importantly, ethical considerations. Learners remain in the centre, with faculty serving as knowledge facilitators rather than information providers. This learner-centric approach is consistent with Industry 5.0’s collaborative character. Academia 5.0 can help by supporting work-integrated learning programs, internships, projects, and startup creation. These alternatives educate students for their professional careers and assist the industry in obtaining a skilled workforce for their specific needs. Furthermore, faculty who obtained their qualifications in previous years must develop abilities in current and futuristic technologies with enthusiasm and deep curiosity, which will become the key to aiding the student community in meeting future demands.

Developing future-ready skills is one of the fundamental synergies between Industry 5.0 and Academia 5.0. As the workforce becomes more adaptive and imaginative, education must foster student collaboration and creativity through activities such as project-based learning and real-world problem-solving. In a nutshell, Industry 5.0 allows robots and automation to collaborate with humans to focus on value-added operations, taking product customisation to a new level. Tailoring items to individual needs, including electronics, automobiles, and more, while adding a personal, human touch to expand the offers produced by Industry 4.0.

Views expressed by Dr. Sudheer Reddy, Dean – International Relations, Professor- Mechanical Engg, Nitte Meenakshi Institute of Technology, Bangalore

Nurturing Talent in a Dynamic World: The Significance of Innovative Teaching Pedagogies in Fostering Success and Social Responsiveness

sunil

Introduction

In the fast-paced and competitive landscape of the 21st century, more than traditional teaching methods are needed to prepare students for the multifaceted challenges that lie ahead. As society undergoes rapid transformations driven by technological advancements and globalisation, the importance of innovative teaching pedagogies becomes increasingly evident. This article explores innovative education’s critical role in equipping students with the skills to navigate a changing world and the social consciousness necessary for responsible success.

The Dynamics of a Changing World

Today’s world is marked by constant change, presenting students with diverse, complex, and often unpredictable challenges. The traditional rote-learning approach must be revised to prepare students for a future where adaptability, critical thinking, and creativity are essential. Innovative teaching pedagogies are the key to cultivating a generation of individuals who are academically proficient, socially conscious, and ready to contribute meaningfully to their communities.

Importance of Innovative Teaching Pedagogies

Adaptability and Critical Thinking

Innovative teaching methods focus on cultivating adaptability and critical thinking skills. These skills are crucial in a world where the only constant is change. By encouraging students to explore, analyse, and question, these pedagogies prepare them to navigate unknown territories with confidence and resilience.

Creativity and Problem-Solving

In a rapidly evolving world, thinking creatively and solving complex problems is invaluable. Innovative teaching pedagogies allow students to engage in creative exercises, projects, and real-world problem-solving scenarios. This enhances their intellectual capabilities and fosters a mindset of innovation.

Collaboration and Teamwork

Success in the modern era is often a collective effort. Innovative teaching methods emphasise collaborative learning, promoting teamwork and effective communication. Students learn to appreciate diverse perspectives, work towards common goals, and understand the importance of collective achievement.

Social Responsibility and Ethics

Beyond academic excellence, innovative pedagogies prioritise social responsibility and ethical decision-making. Students are encouraged to consider the broader implications of their actions, fostering a sense of responsibility towards their communities and the world at large. This holistic approach ensures that success is not pursued at the expense of ethical considerations.

Nurturing Socially Responsible Success at the University Level

Recognising the importance of preparing students for success in a rapidly changing and competitive world, universities play a pivotal role in implementing innovative teaching pedagogies. A notable example is the University of Stirling RAK, which actively incorporates progressive educational methods to cultivate a well-rounded and socially aware student community.

Holistic Development through Experiential Learning

The University of Stirling RAK strongly emphasises experiential learning, ensuring that students go beyond textbooks to gain practical experience. Through internships, live projects, and real-world applications of knowledge, students develop a holistic understanding of their fields, preparing them for the challenges of the professional world.

Incorporating Socially Relevant Projects

Innovative teaching pedagogies at the university involve incorporating socially relevant projects into the curriculum. These projects address real-world issues, encouraging students to apply their skills and knowledge to impact society positively. This approach enhances academic learning and instils a sense of social responsibility.

Encouraging Interdisciplinary Learning

The University of Stirling RAK promotes interdisciplinary learning to prepare students for the interconnected nature of modern challenges. By breaking down disciplinary silos, students gain a broader perspective, understanding how their skills can contribute to solving complex issues that extend beyond their specific field of study.

Community Engagement Initiatives

The university actively engages students in community outreach programs to foster social responsibility. Through volunteering, service-learning projects, and partnerships with local organisations, students develop a sense of empathy and a commitment to making a positive difference in society.

Cultivating Soft Skills

In addition to technical expertise, the university strongly emphasises cultivating soft skills such as communication, empathy, and leadership. Recognising that success is not solely determined by academic achievements; these skills contribute to developing socially conscious and well-rounded individuals.

Conclusion

In conclusion, the importance of innovative teaching pedagogies in the rapidly changing and competitive era cannot be overstated. Institutions like the University of Stirling RAK are pioneering efforts to nurture a generation of students who are not only well-equipped to meet the challenges of the professional world but are also socially conscious and ethically responsible. By fostering adaptability, critical thinking, creativity, and a sense of social responsibility, innovative education lays the foundation for a successful and socially friendly future. As we navigate the complexities of the 21st century, integrating these pedagogies into educational systems becomes imperative for shaping successful individuals who contribute positively to society’s betterment.

Views expressed by Sunil Kumar C.T, Director Academics, University of Stirling, RAK Campus

The Unique Impact of Women in Leadership

sonam portal

Amartya Sen has rightfully said that – Empowering women is critical to building the future we want – and with this thought, women bring a unique and innovative perspective to the business world. Their leadership roles can inspire diverse viewpoints and collaborative approaches to decision-making that drive progress. Empowering women entrepreneurs is crucial to promoting gender equality, driving innovation, and fostering economic growth.

Moreover, women’s managerial skills emphasise empathy, communication, and fostering inclusive work environments, creating more diverse and inclusive workplaces that benefit everyone. Providing resources, mentorship, and funding opportunities tailored to women is essential to address the systemic barriers women face in business. This will help unlock the full potential of talented women, drive innovation, and stimulate economic growth.

Promoting diversity in entrepreneurship leads to creating products and services that better serve a diverse customer base, driving innovation and economic growth. Therefore, it is crucial to provide women entrepreneurs with access to funding, networking opportunities, and mentorship programs designed to address women’s unique challenges in entrepreneurship. By doing so, we can help level the playing field in industries traditionally dominated by men, inspiring a new generation of women entrepreneurs who can transform the world.

Views expressed by Sonam Lumzel, Senior Manager, Branded Content & Partnerships, Edstead

The Path to Equal Opportunities for Women in Tech

sheetal portal

On every Women’s Day, the rallying cry for empowering women echoes loudly, urging us to shatter glass ceilings. Yet, as I enter a room, an unspoken assessment of gender dynamics unfolds. In boardrooms, I ponder the scarcity of women decision-makers and those who voice their opinions. Questions linger about the representation of women in entrepreneurship, AI, and tech. Daily, I reflect on how often women’s voices resound and the struggles many face, from sabbaticals to compromised compensation.

Despite our empowerment, the call is clear – it’s time to translate rhetoric into action. We stand, empowered and sufficient, ready to extend the table of opportunities to every woman. The moment is now to invest in the potential of young girls, fostering ambition and dispelling doubts. Let’s move beyond the “what ifs” and, crucially, lend an attentive ear when a woman speaks.

The reality is stark – around 90% of women in technology feel that companies aren’t taking tangible steps to meet the contemporary demands of gender diversity (The Economic Times). To bridge this gap, firms must confront biases, close salary disparities, and actively provide mentorship. Regular feedback collection and the establishment of enabling structures can pave the way for a truly inclusive environment for women in tech.

The time for change is now, and it starts with acknowledging the issues and actively working towards a more equitable future.

Views expressed by Sheetal Srikanth, Director, Smartail

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