In a powerful step towards strengthening career clarity and global readiness for students, Career Compass: A Career Counselling Conclave was hosted at the CII Northern Region Headquarters, Chandigarh and was attended by the leading schools of the city.

(L-R) Major General TPS Waraich, Renu Puri, Gulshan Kaur, Anju Mehta, Naomi Atkins, and Sourav Roy at Career Compass

Presented by Testler (educational consultancy), Tutela (test prepexperts), and TRINITi, the conclave brought together school principals, education leaders, career counsellors, and industry experts to discuss how students can be better prepared for a rapidly changing future shaped by Artificial Intelligence, global education pathways, and emerging careers.

The event featured thought-provoking panel discussions, focusing on how schools can nurture career clarity beyond marks, and how skill development must now take priority over traditional resume-building. The event was attended by pioneer of leading educational institutes in Chandigarh.

A key highlight of the conclave was an engaging Fireside Chat with Manish Pandey, Co-Founder and CEO of BeerBiceps Media, who shared insights on youth mindset, digital careers, and the importance of self-awareness in navigating modern career journeys.

The conclave was further honoured by the presence of dignitaries like Mr. Rajesh Kumar Gupta, Regional Officer, CBSE, Chandigarh, whose participation reinforced the importance of collaborative efforts between institutions and the education ecosystem.

Speaking at the event, Ankur Malhotra, Founder Director, TRINITi, said, “Career Compass is not just an event, but a step towards a necessary conversation. Students today are surrounded by options but still lack direction. Our goal is to bridge this gap by bringing schools, counsellors, and industry voices on one platform to build a future where career clarity is a part of mainstream education.”

Nagina Bains, Director, Testler, added, “The biggest challenge today is not a lack of opportunities, but a lack of personalized guidance. Every child has a unique potential, and career counselling must be treated as a structured roadmap, not a last-minute decision. Career Compass is a step towards making that roadmap accessible, practical, and globally aligned.”

Srinjay Ray, Director & Partner, Tutela, shared, “The future belongs to students who are not only academically capable, but strategically prepared. Global admissions and test readiness are evolving rapidly, and students need mentorship that is hyper-personalised, data-driven, and skill-focused. Platforms like Career Compass help schools and students understand what global readiness truly means today.”

Educationist Renu Puri stressed the need to balance technological advancement with human values. She said that while Artificial Intelligence has made information more accessible, qualities such as empathy, individuality, emotional intelligence, and self-awareness continue to remain central to holistic development.

Adding to the discussion, Gen Waraich reflected on the changing dynamics of parenting and education, observing that emotional support systems for children have weakened over time and require renewed focus both at home and within educational institutions.

The conclave concluded with a collective call for stronger collaboration between schools, counsellors, institutions, and industry stakeholders to build a more student-centric, skill-oriented, and future-ready career guidance ecosystem in India.

Tabor Electronics today announced the commercial release of its Anti-Drone Test and Evaluation (T&E) solution, introducing a software-defined approach to validating counter-unmanned aircraft systems (C-UAS). Built on the company’s Proteus™ Software Defined Radio (SDR) platform, the solution enables defense and security organizations to test and deploy counter-drone technologies in rapidly changing threat environments.
 

Tabor Redefines Anti-Drone Testing with Software-Defined SDR Platform
 

As low-cost drones proliferate and communication protocols evolve, traditional hardware-bound test environments are struggling to keep pace. Tabor’s platform replaces these constraints with a programmable framework that allows engineering teams to emulate and validate real-world RF scenarios in controlled lab environments-reducing reliance on extended field testing while accelerating development timelines.
 

Originally developed in collaboration with leading anti-drone technology companies, the solution has already been proven in active development and integration workflows. Its commercial release brings a field-tested approach to organizations across defense, homeland security, public safety, and critical infrastructure.
 

At the core of the platform is Tabor’s Proteus SDR architecture, combining wideband RF signal generation and acquisition with real-time FPGA processing, deep memory, and high-throughput data movement in a compact COTS system. This integration enables closed-loop testing, where detection and mitigation techniques can be continuously validated and refined under realistic RF conditions.
 

A Shift to Software-Defined Validation

Tabor’s solution changes how C-UAS systems are tested by moving validation into the lab and enabling rapid iteration through software. New threat scenarios can be introduced without hardware changes, allowing teams to adapt quickly while maintaining consistency between lab validation and real-world performance.
 

This approach delivers clear operational benefits:

• Faster development and integration cycles

• Reduced dependence on field testing

• Enable predictable system performance before deployment

• Extended lifespan of test infrastructure
   

By consolidating multiple RF test functions into a single scalable SDR platform, organizations can also reduce tool fragmentation and improve asset utilization across programs.
 

Proteus SDR Platform Overview

The Proteus platform is based on a direct digital RF architecture, supporting wide-frequency signal generation and acquisition with high instantaneous bandwidth for accurate threat emulation. Programmable FPGA resources enable real-time adaptability, while flexible form factors-including benchtop, desktop, and PXI-support both component-level development and full system evaluation. Multi-channel phase-coherent operation enables complex, synchronized test scenarios.
 

Mark Elo, Chief Product Officer at Tabor Electronics, commented, “Counter-drone systems are being deployed into environments where threats evolve faster than traditional validation methods can keep up. We built this platform to close that gap-giving teams the ability to test against what’s next, not what’s already known.”
 

About Tabor Electronics

Founded in 1971, Tabor Electronics is a global provider of signal generation and acquisition solutions serving defense, aerospace, communications, and advanced research markets. The company is known for compact, scalable architecture, long platform lifecycles, and close collaboration with OEMs and system integrators worldwide.
 

For more information: info.taborelec.com/drone-test-guide | www.taborelec.com.
 

Tabor Electronics will present its Anti-Drone Test and Evaluation solution at AOC Europe, 19^th -21^st May, Helsinki, Finland at Booth 5S13.
 

Follow Us on LinkedIn: www.linkedin.com/company/tabor-electronics/

REVA University announced a series of academic initiatives, interdisciplinary programmes, industry collaborations, Centres of Excellence, and scholarship opportunities aimed at preparing students for emerging sectors such as Artificial Intelligence, semiconductors, aerospace, electric mobility, automation, clean energy, advanced manufacturing, and digital infrastructure.
 

Dr. P. Shyama Raju, Chancellor, and others from REVA University during the announcement of new academic initiatives in AI, Semiconductors, EVs & Aerospace
 

Speaking on the occasion, Dr. P. Shyama Raju, Chancellor, REVA University, said, “India today is standing at the threshold of a major technological and industrial transformation. While industries such as semiconductors, aerospace, electric mobility, automation, clean energy, and advanced manufacturing are expanding rapidly, there continues to be a significant talent deficit in these sectors. At REVA University, we see this not as a challenge, but as an opportunity to prepare the next generation of future-ready professionals.”
 

Dr. M. Dhanamjaya, Registrar, REVA University, spoke about the University’s strong academic ecosystem and well-equipped hostel facilities that offer students a safe, comfortable, and “home away from home” environment.

Dr. Shubha A, Dean, REVA Business School and Faculty of Commerce and Management Studies highlighted REVA University’s innovative, industry-relevant, and future-focused curriculum. She said the University follows a multidisciplinary approach across 21 schools with in-house curriculum designed through strong academic and industry inputs.
 

Gaurav Yadav, Director Admissions stated that REVA University is steadily moving beyond multidisciplinary education towards a transdisciplinary learning model by integrating AI, innovation, research, and interdisciplinary learning across disciplines.
 

Among the major initiatives showcased were DivyaSree-supported Centres of Excellence focused on sustainable infrastructure, smart technologies, advanced manufacturing, urban innovation, and 3D printing. The University also highlighted future-focused programmes in Mechatronics Engineering and Aerospace Engineering with practical exposure in AI, robotics, UAVs, automation, avionics, intelligent mobility, and aerospace technologies.
 

REVA University highlighted that the future is not “Core versus AI,” but “Core with AI,” with Artificial Intelligence being integrated across disciplines including engineering, management, commerce, healthcare, media, and applied sciences to prepare students for an AI-enabled future. The University also showcased its industry-oriented B.Com in Corporate Finance and Analytics integrated with US-CMA, designed to equip students with expertise in finance, analytics, strategic decision-making, and global career readiness.
 

REVA University further emphasised the growing importance of the School of Performing Arts and Indic Studies in preserving India’s artistic heritage, and the School of Geopolitics and Public Policy in nurturing globally aware policy thinkers. The University also talked about scholarships across merit, sports, NCC, defence, differently abled, sibling, referral, and staff categories.
 

The University additionally announced that student cricketer Macneil Hadley Noronha has been selected for the Chennai Super Kings squad.

• Despite strict adherence to treatment, the patient’s hypertension remained dangerously uncontrolled, leading to repeated hospital admissions.

• Renal denervation is an advanced minimally invasive procedure that uses radiofrequency energy to disrupt overactive renal nerves and help achieve sustained blood pressure control.

Kauvery Heart City has achieved a major milestone by successfully performing the Delta region’s first renal denervation therapy, an advanced minimally invasive procedure to treat resistant hypertension, a condition in which blood pressure remains persistently high despite the use of multiple medications at optimal doses. Notably, only about 100 patients across the country have undergone this advanced therapy so far.

Kauvery Hospital, Heart City

The patient, a 55-year-old woman with hypertension, diabetes, and obstructive sleep apnea, a condition in which breathing repeatedly stops and starts during sleep due to upper airway blockage, had been fully compliant with her prescribed treatment. Despite this, her blood pressure remained dangerously uncontrolled, leading to repeated hospital admissions.

Following a detailed evaluation, she underwent renal denervation therapy. The procedure works by delivering radiofrequency (RF) energy through a catheter inserted into the renal arteries, which supply blood to the kidneys. This energy selectively disrupts the overactive nerves lining these arteries, thereby reducing the signals that contribute to high blood pressure. As a result, blood pressure can be brought under better control over time.

The intervention was carried out successfully by Dr. T. Joseph, a leading Interventional Cardiologist & Electrophysiologist, along with his team at Kauvery Heart City, Trichy. The patient is currently doing well, and her blood pressure has shown significant improvement following the procedure.

In his comments, Dr. Joseph said, “We are happy to have introduced renal denervation to the Delta region. Renal denervation represents a significant advancement in the management of difficult-to-treat hypertension and marks an important step forward in expanding access to cutting-edge cardiovascular care in the delta region.”

He added that resistant hypertension can occur due to multiple factors, including overactivity of the sympathetic nervous system, hormonal imbalances, kidney-related mechanisms, and associated conditions such as diabetes and sleep apnea. In such cases, conventional medications alone may not be sufficient to control blood pressure. If left uncontrolled, resistant hypertension can lead to serious and life-threatening complications such as stroke, heart attack, heart failure, kidney damage, and vision loss. In this case, timely intervention was critical to prevent further deterioration and repeated medical emergencies.

Dr. T. Senthil Kumar, a reputed senior cardio-thoracic surgeon, and Executive Director of Kauvery Heart City, added, “This novel therapy has already benefitted close to 100 patients across the country, and we are proud to introduce it in Trichy for the first time. Kauvery Heart City has always been at the forefront of bringing advanced medical technologies to the region, and this achievement reflects our continued commitment to delivering world-class care.”

• Camilla Corsi, Syngenta Global Head of Research & Development reinforces India’s strategic importance in global innovation during country visit

• Launches Syngenta’s first integrated voice enabled AI-chatbot – TEZ 
   

Reaffirming India’s critical role in its global research and innovation ecosystem, Syngenta’s Global Crop Protection Head of Research & Development – Camilla Corsi visited India. The visit underscored Syngenta’s long-term commitment to India as a key geography for science-led agricultural innovation, farmer-centric solutions, and sustainable growth.
 

Camilla Corsi, Global Head of Crop Protection Research and Development with Progressive Women farmers of India
 

During the visit, Camilla spent time on the ground with farmers across key agri-clusters, witnessed Syngenta’s real-world impact in Indian fields, and engaged closely with teams across research, development, and commercial functions. She was accompanied by Leandro Martinho, Head Crop Protection Development, AMEA, along with other senior India leadership.
 

A central highlight of the visit was Camilla’s field engagement in Hyderabad, where she interacted with women farmers, gaining first-hand insights into the challenges, aspirations, and transformational impact of Syngenta’s solutions at the grassroots. She also visited Valagro Biosciences, a Syngenta Group company, reinforcing the Group’s integrated approach to biologicals and sustainable agriculture.
 

Camilla engaged extensively with Syngenta India’s R&D community at the Hyderabad site, participating in a detailed walkthrough that included an overview of the Hyderabad centre, site development plans, laboratory tours, and field visits. She also attended the company’s TechFest, celebrating farmer-centric innovation and cross-functional collaboration, “At Syngenta, innovation begins in the field, with farmers at the centre,” said Camilla Corsi, Head of CP Research & Development, Syngenta.
 

“Meeting Indian farmers, especially women farmers, and seeing how science translates into real outcomes on the ground was deeply inspiring. India is a powerhouse of scientific talent and agricultural diversity, and it plays an increasingly important role in shaping solutions not only for this market, but for global agriculture.”
 

A key milestone during the visit was the launch and inauguration of an AI-enabled chatbot, marking another step in Syngenta India’s journey toward an integrated digital-first engagement and smarter access to information for teams.
 

Reflecting on the visit, Leandro Martinho, Head – CP Development, AMEA, said, “India stands out for the depth of science, speed of innovation, and the strong connection between research teams and farmers to support rural prosperity. Visiting the fields, labs, and research centres reaffirmed how integral India is to our AMEA and global R&D ambitions. The energy, capability, and purpose of the teams here are truly impressive.”
 

Syngenta India’s focus on strengthening its R&D infrastructure, digital innovation, and talent reflects its belief that solutions developed close to farmers can deliver scalable impact. The visit reinforced India’s position as a strategic hub driving Syngenta’s mission of advancing sustainable agriculture through science and innovation.
 

About Syngenta India
Syngenta India is a leading agriculture company committed to improving farm productivity and sustainability through innovation in crop protection, seeds, and digital solutions. With a strong presence across India’s key agricultural regions, Syngenta works closely with farmers, partners, and communities to advance resilient farming practices, enhance crop yields, and support rural prosperity. The company continues to invest in research, capability building, and farmer-centric programs aimed at shaping the future of Indian agriculture.