As cybercrime, digital fraud and technology-driven investigations become increasingly common, a growing number of students are turning towards specialised courses in cybersecurity, forensic science and criminology, signalling a shift in career preferences beyond traditional disciplines such as engineering and medicine.

Education experts say demand for these emerging fields has risen sharply in recent years as governments, businesses and law enforcement agencies seek professionals equipped to tackle complex digital and criminal investigations.

Reflecting this trend, the National Forensic Sciences University (NFSU) recently invited applications for programmes in Cyber Security, Forensic Science, Criminology and Crime Scene Management at its Chennai campus. The move highlights the expanding interest in courses linked to national security, cyber defence and criminal justice.

The increasing digitisation of services has made cybersecurity one of the fastest-growing career domains globally. Organisations across sectors, including banking, healthcare, e-commerce, information technology and government, are investing heavily in protecting digital infrastructure and sensitive data from cyber threats.

Unlike conventional computer science programmes that primarily focus on software development and programming, cybersecurity courses train students in areas such as ethical hacking, cyber defence, network security, digital forensics and threat intelligence.

At the same time, forensic science is emerging as a critical component of modern criminal investigations. The discipline has gained greater prominence following reforms in India's criminal justice system aimed at strengthening scientific evidence-based investigations.

The government's decision to make forensic examination mandatory in serious criminal cases is expected to create additional demand for trained professionals in crime scene investigation, forensic analysis and evidence management.

Educational institutions are increasingly emphasising practical learning through advanced laboratories, simulation facilities, field training and internships. Experts believe this hands-on approach is attracting students seeking industry-relevant skills and direct career pathways.

Career opportunities for graduates are expanding beyond traditional government roles. Cybersecurity professionals are being recruited by private companies, financial institutions, technology firms and cybercrime units, while forensic science graduates are finding employment in forensic laboratories, investigative agencies, law enforcement organisations and legal support services.

As digital threats continue to evolve and scientific investigation becomes more central to law enforcement, educators believe cybersecurity and forensic science will remain among the most sought-after professional courses in the coming years.

The National Forensic Sciences University (NFSU), headquartered in Gandhinagar, Gujarat, has trained representatives from 96 countries and expanded its footprint to 13 campuses across India and abroad, underscoring its emergence as a global centre for forensic science education and research.

Speaking about the institution's growing international presence, university officials said NFSU has become a key platform for capacity building in forensic sciences, cybersecurity, criminal investigation and allied disciplines. The university has attracted students, professionals and government officials from across the world, strengthening India's role in advancing scientific investigation and forensic expertise.

Established in 2009 and declared an Institution of National Importance by Parliament in 2020, NFSU is widely regarded as the world's first and only university dedicated exclusively to forensic sciences and allied fields. Over the years, it has developed specialised academic programmes that integrate education, research, training and practical applications.

The university's international outreach has expanded significantly, with representatives from 96 nations participating in various academic, training and professional development programmes. NFSU currently operates 13 campuses, including international centres, and is exploring opportunities for further global expansion.

In addition to education and training, the university has made notable contributions to forensic innovation. It has developed indigenous forensic technologies and supports law enforcement agencies through specialised training, research initiatives and mobile forensic investigation units.

Officials said the institution is also focusing on promoting innovation and entrepreneurship in forensic sciences through dedicated research centres and industry collaborations. Several technologies and products developed at the university are now finding applications in criminal justice systems and security agencies.

The expansion reflects the growing global demand for forensic professionals amid increasing emphasis on scientific methods in criminal investigations, cybercrime detection and national security. NFSU's progress also aligns with India's broader efforts to position itself as a knowledge and innovation hub in emerging scientific disciplines.

In a significant step toward aligning higher education with emerging career opportunities, the Anthropology Department at Lucknow University has introduced several innovative subjects, including forensic anthropology, artificial intelligence, digital anthropology, and healthcare studies, from the 2026-27 academic session.

The curriculum overhaul reflects the university's commitment to equipping students with interdisciplinary skills that combine traditional anthropological knowledge with modern scientific and technological advancements. University officials believe the revised syllabus will enhance employability and open new career pathways in research, healthcare, forensic science, and digital sectors.

At the undergraduate level, students pursuing BA and BSc programs in anthropology will now have the option to study forensic anthropology as a minor paper. This specialized field applies anthropological methods to legal and criminal investigations, including the identification of human remains, analysis of skeletal evidence, and interpretation of trauma-related findings. The subject is increasingly important in criminal justice systems and disaster victim identification.

At the postgraduate level, one of the most notable additions is a paper on Artificial Intelligence in Anthropology. The course aims to familiarize students with the growing role of AI in anthropological and forensic research. AI-driven tools are increasingly being used to reduce subjective bias and improve accuracy in areas such as age estimation, sex determination, facial reconstruction, and human identification.

The department has also introduced a course on Healthcare and Anthropotherapy, which explores the integration of traditional, ethnic, and folk healing practices with modern medical approaches. The subject focuses on holistic and patient-centered healthcare, reflecting growing global interest in culturally informed medical practices.

According to faculty members, these additions are designed to prepare students for a rapidly changing professional landscape where interdisciplinary knowledge is becoming increasingly valuable. Graduates are expected to find opportunities in forensic laboratories, healthcare organizations, research institutions, public policy agencies, and technology-driven sectors.

The anthropology curriculum update forms part of a broader university-wide initiative to expand AI education across disciplines. Previously concentrated in fields such as computer science and law, AI-related courses are now being introduced across departments, accompanied by practical training and certification opportunities. The university has also launched several AI-focused programs within its undergraduate curriculum to strengthen digital literacy and innovation.

By combining anthropology with forensic science, artificial intelligence, digital technologies, and healthcare studies, Lucknow University is redefining the scope of the discipline and preparing students to meet the demands of an increasingly technology-driven world.

The Institute of Chartered Accountants of India (ICAI) is set to establish an advanced forensic auditing laboratory in Hyderabad to support small and medium chartered accountant firms in building forensic audit capabilities, IChttps://edinbox.com/index.php/news/sustainability/7556-government-moves-to-make-sustainable-education-central-to-employment-strategyAI President Prasanna Kumar D has said.

According to Kumar, the proposed facility will operate on a “pay and use” model and provide assignment-specific forensic auditing tools to practitioners who may not have access to expensive technologies independently.

Speaking in a recent interview to PTI, Kumar said many small and medium CA firms are currently unable to participate in large forensic audit assignments due to the lack of specialised infrastructure and technical expertise.

To address this gap, ICAI plans to launch the advanced forensic auditing lab at its Centre of Excellence (CoE) in Hyderabad within the next two to three months.

“Forensic audit is an emerging area, and many smaller firms do not have the necessary capabilities to undertake large assignments. The new lab will help bridge that gap,” Kumar said.

The initiative comes at a time when the accounting profession is undergoing rapid transformation with growing emphasis on forensic auditing, artificial intelligence, data analytics, ESG disclosures, and non-financial reporting.

ICAI, which has more than five lakh members across India, is also working to modernise its education and training framework in response to evolving industry requirements.

The institute recently constituted the Committee for Review of Education and Training (CRET), which is expected to recommend major curriculum updates in the coming months. The revised curriculum is likely to integrate emerging subjects such as AI, data analytics, and forensic auditing into chartered accountancy education.

Meanwhile, the institute has also introduced global networking guidelines aimed at enabling the creation of large home-grown accounting firms capable of competing with international players and collaborating with global networks.

Officials believe the new forensic auditing lab will not only strengthen the professional capabilities of smaller CA firms but also create better opportunities in India’s expanding financial and compliance ecosystem.

The University Grants Commission has asked universities and colleges offering law programmes to strengthen forensic-focused legal education in line with India’s new criminal law reforms under the Bharatiya Nyaya Sanhita (BNS). The move is aimed at promoting a more scientific, evidence-based justice system and improving the quality of criminal investigations across the country.

In a letter dated May 12, the UGC directed law institutions to study the transformative impact of the new criminal justice framework and integrate forensic investigation components into teaching, research, and academic programmes. Institutions have also been asked to submit compliance reports detailing the steps taken for implementation.

The directive follows recommendations made during the 2025 Director Generals of Police and Inspector Generals of Police Conference, where senior officials called for greater reliance on forensic evidence, scientific investigation, and structured criminal case documentation for academic and training purposes.

India’s new criminal law framework — comprising the Bharatiya Nyaya Sanhita, Bharatiya Nagarik Suraksha Sanhita (BNSS), and Bharatiya Sakshya Adhiniyam (BSA) — seeks to modernise criminal justice by embedding forensic science more deeply into investigation and evidence collection processes.

Among the major reforms introduced under the BNSS is Section 176(3), which makes crime scene investigation by forensic experts mandatory in serious offences punishable with more than seven years of imprisonment. The BSA also strengthens the legal framework governing digital and electronic evidence, aligning India’s cybercrime investigation standards more closely with international practices.

Additionally, Section 349 of the BNSS allows investigating authorities to collect voice samples, fingerprints, and handwriting samples even before arrest in specific cases, expanding the scope of scientific evidence gathering.

Experts say the reforms could significantly increase demand for trained forensic professionals in India. According to P Madhava Soma Sundaram, India currently has only around 3,000 to 4,000 active forensic scientists against an estimated requirement of nearly 90,000 professionals.

“This gap can only be addressed if universities adopt structured, internship-oriented forensic education backed by qualified faculty and well-equipped laboratories,” Sundaram said. He also warned against poorly designed forensic programmes that could create “pseudo-experts” and weaken the justice system.

Amol Deshmukh described the reforms as a positive shift toward evidence-based justice, emphasising that forensic science and forensic medicine must work together in criminal investigations.

Meanwhile, Aditi Suresh Mane said law schools must now prepare students in areas such as cyber forensics, DNA jurisprudence, chain-of-custody protocols, and medico-legal documentation to improve investigative accuracy and conviction rates.

However, experts also cautioned that implementation challenges remain significant. Sonali Kusum noted that India continues to face shortages of forensic laboratories, trained personnel, and infrastructure, even as demand for forensic examinations rises in cases involving cybercrime, organised crime, and laws such as the POCSO Act.

Educationists believe the UGC’s push reflects a broader transformation in India’s legal education system, where future lawyers, investigators, and judicial professionals may increasingly require interdisciplinary training combining law, science, technology, and digital investigation skills.

APG Shimla University, in collaboration with All India Forensic Science Entrance Test (AIFSET), organised a Forensic Science Immersive Experience Program aimed at providing students with practical exposure to forensic science and modern crime investigation systems. The initiative sought to help students make informed career decisions in the rapidly growing field of forensic science.

During the program, students were introduced to real-world forensic investigation procedures through live crime scene investigation simulations, evidence collection techniques, scientific documentation processes, forensic testing methods, and laboratory-based demonstrations. Participants also attended specialised academic sessions on cyber forensics, digital evidence analysis, toxicology, and modern investigative techniques.

The chief guest at the event, Mahesh Pathania, highlighted the growing importance of forensic science in ensuring impartial and accurate criminal investigations in the modern era.

He stated that advanced technologies such as DNA profiling, cyber forensics, fingerprint analysis, and digital evidence examination have significantly strengthened crime investigation systems, making them more effective and reliable.

Pathania further noted that scientific investigation methods have reinforced the justice system and that forensic experts now play a crucial role in law enforcement and judicial processes.

The program witnessed enthusiastic participation from students, forensic experts, faculty members, and media representatives. Journalist Parveen Mangta and Dainik Bhaskar representative Deepika were also present at the event.

Among the dignitaries attending the program were APG Shimla University Pro-Chancellor Ramesh Chauhan, Registrar R. L. Sharma, Dean Academics Anand Mohan, Dean Faculty Ashwini Sharma, and EdInbox AVP Vikas Dhaka.

The program concluded with practical demonstrations, academic discussions, and deliberations on emerging opportunities in the field of forensic science.