When archaeologists excavating one of the largest urban centres of the Harappan civilisation uncovered fragile human remains at Rakhigarhi in Haryana earlier this year, the challenge extended beyond excavation. Recovering skeletons that had remained buried for nearly 4,000 years without damaging them required a highly specialised process that is rarely addressed in conventional archaeological training.

To undertake the task, the Archaeological Survey of India (ASI) called Tahir Hussain, a 49-year-old toolmaker from Sinauli village in Uttar Pradesh’s Baghpat district. Although he has no formal academic training in archaeology, Hussain has developed a reputation within archaeological circles for his ability to lift ancient burials and fragile antiquities from excavation sites without compromising their integrity.

The assignment at Rakhigarhi involved several Harappan-era burials discovered during ongoing excavations. Archaeologists identified four skeletons that were sufficiently intact for preservation and scientific study. The remains were intended for transfer to the Anthropological Survey of India in Kolkata, where further analysis could contribute to understanding the origins, health, mobility and biological history of one of the world’s earliest urban civilisations.

According to excavation director Manoj Saxena, Hussain and his team were invited because of their experience handling delicate skeletal remains recovered from archaeological sites.

“We called Hussain and his team to lift the skeletons so they could be sent for further study. They have undertaken this type of work before and understand the process,” Saxena said.

The operation highlighted a lesser-known aspect of archaeological practice in India. While excavations are led by trained archaeologists and conservators, many technical challenges encountered in the field are often addressed with the assistance of craftsmen, mechanics, carpenters and local specialists whose expertise has been developed through experience rather than formal academic training.

Hussain’s four-member team reflects that model. The group combines skills in toolmaking, carpentry, metal fabrication and excavation support. Their collective experience has been built over two decades through participation in some of India’s most significant archaeological discoveries.

The Rakhigarhi excavation presented particular difficulties because of local soil conditions. Located near ancient channels of the Drishadvati River, the site contains loose and sandy deposits that offer limited structural support to buried remains. Such conditions increase the risk of damage during recovery.

Before beginning the lifting process, Hussain and his team assessed soil stability and determined the dimensions of support structures required for each burial. The exposed surfaces of the skeletons were protected using bubble sheets and reinforced with layers of Plaster of Paris. After carefully removing surrounding soil, additional support was provided using jute sacks and plaster reinforcement.

The burial blocks were then gradually elevated using mechanical jacks while stabilisation work continued underneath. Once secured, cranes lifted the reinforced structures for transportation, allowing the skeletons to remain undisturbed within their original soil matrix.

“Our objective is always to recover an antiquity without causing damage,” archaeologist Deepak Kumar said. “It is an extremely delicate process that requires patience and precision.”

For Hussain, archaeology emerged not through formal education but through personal curiosity. A graduate in English literature from Chaudhary Charan Singh University in Meerut, he grew up in a family of toolmakers in Sinauli, years before the village gained international attention for its archaeological significance.

He recalls developing an interest in excavation techniques after watching a scene in the 1993 film Jurassic Park, where scientists carefully uncovered a dinosaur skeleton using brushes. The image remained with him and encouraged a lifelong fascination with archaeology and ancient civilisations.

That interest deepened through visits to Delhi’s National Museum, where he studied artefacts from the Harappan civilisation and other ancient cultures. In 2004, when pottery fragments and skeletal remains were reportedly discovered in fields near Sinauli, Hussain immediately recognised similarities with artefacts he had previously seen in museum collections.

The discovery prompted him to alert local media and subsequently contact archaeologists. His efforts contributed to professional attention being directed toward the site. A year later, the ASI launched excavations at Sinauli under archaeologist D.V. Sharma.

During that excavation, Hussain initially worked as a labourer. However, his background in toolmaking soon attracted attention. Archaeologists requested specialised implements capable of meeting excavation requirements, and Hussain began designing custom tools for fieldwork.

The relationship evolved steadily. Over time, he developed a range of excavation instruments including scrapers, measuring scales, specialised nails and precision cutting tools. Today, ASI circles across India regularly approach him for equipment designed specifically for archaeological work.

According to Hussain, requests have come from ASI offices in Hyderabad, Nagpur, Kolkata and Aurangabad, while academic institutions including Banaras Hindu University and Deccan College have also sought his assistance. He has additionally supplied equipment used in underwater archaeological explorations associated with investigations around Dwarka.

His reputation expanded significantly following renewed excavations at Sinauli in 2018. Those excavations yielded high-profile discoveries including burials, copper artefacts, coffins and chariot-like vehicles dating to the second millennium BCE.

Once again, Hussain’s team was tasked with recovering fragile burials. Archaeologists involved in the project described the lifting process as unprecedented because of the need to preserve entire burial structures rather than dismantle them in situ.

Archaeologist Sanjay Manjul later noted that innovative reinforcement techniques were developed to stabilise the burials before removal. The operation established procedures that would subsequently be applied at other excavation sites.

Recognition followed. In 2018, archaeologists Sanjay Manjul and V.N. Prabhakar issued a formal letter of appreciation acknowledging Hussain’s contribution to archaeological fieldwork and tool development. The letter praised both the quality of his equipment and his ability to modify tools according to excavation requirements.

His workshop in Baraut has since become a destination for archaeologists and historians interested in understanding the practical side of excavation work. Scholars including historians Nayanjot Lahiri and Upinder Singh have visited the facility to learn more about the intersection between craftsmanship and archaeology.

Despite growing recognition, Hussain continues to operate from the same workshop where he manufactures tools and prepares for new assignments. Shortly before leaving Rakhigarhi, he received another request linked to a separate Harappan site.

His role underscores the often-overlooked contribution of local expertise to archaeological research. While archaeologists interpret discoveries and reconstruct ancient histories, specialists such as Hussain help ensure that fragile evidence survives long enough to be studied.

As excavations continue across India’s major archaeological sites, the recovery of ancient human remains increasingly depends on the combination of scientific methods and practical craftsmanship. In that intersection, a toolmaker from western Uttar Pradesh has become an indispensable figure in preserving some of the country’s oldest archaeological records.

A small limestone figurine uncovered during an archaeological excavation in Austria in 1908 continues to shape scientific understanding of prehistoric Europe more than a century after its discovery, with researchers still debating its origin, purpose and symbolic meaning.

The artifact, known as the Venus of Willendorf, was discovered near the village of Willendorf along the Danube River during excavations linked to an ancient settlement site. The figurine was found by Johann Veran during fieldwork conducted in August 1908.

Standing approximately 11 centimeters tall, the sculpture was coated with chalk and featured a stylized depiction of a human female figure. Archaeologists identified pronounced body proportions, including enlarged breasts and abdomen, while the head area contained detailed circular or braided patterns instead of clearly defined facial features.

The figurine is estimated to be around 29,500 years old, placing it within the Upper Paleolithic period, a stage of prehistory associated with the development of early symbolic art, stone tools and cave painting traditions across Europe.

Researchers also identified traces of red pigment on the surface of the sculpture, suggesting the figure may originally have been coated with ochre, a mineral frequently used in prehistoric ritual practices, burials and artistic decoration.The Venus of Willendorf is carved from oolitic limestone, a material not naturally found in the immediate region where it was discovered.

This has led researchers to conclude that either the raw material or the finished object was transported over considerable distances by prehistoric communities, offering evidence of mobility and exchange networks among Ice Age populations.

The figurine belongs to a wider category of prehistoric female statuettes commonly referred to as “Venus figurines,” examples of which have been discovered across Europe and parts of Eurasia. Many of these artifacts date between 35,000 and 20,000 years ago and often share exaggerated anatomical features.

Archaeologists and anthropologists have proposed multiple interpretations for the figurines over the decades, including theories that they represented fertility symbols, spiritual objects, social identity markers or depictions linked to survival and reproduction in harsh Ice Age environments.

However, no consensus exists regarding their precise function or meaning.The term “Venus” itself was assigned much later by modern archaeologists and reflects comparisons with classical representations of femininity rather than any known prehistoric naming tradition.

The discovery of the Venus of Willendorf played a major role in changing early twentieth-century assumptions about prehistoric humans. Prior to such findings, many scholars underestimated the artistic sophistication and symbolic culture of Upper Paleolithic societies.

Subsequent discoveries of cave paintings in locations such as Lascaux Cave and Altamira Cave further demonstrated that Ice Age populations possessed advanced artistic and symbolic capabilities long before the emergence of written civilization.

Today, the Venus of Willendorf remains one of the world’s most recognized prehistoric artworks and is housed at the Natural History Museum Vienna, where it continues to attract international scholarly and public interest.