Institute of Driving Training & Research

Rohtak

The Loni campus established the foundational planning model for India’s scientific driver training infrastructure. The facility integrated classroom instruction with live track training and introduced India’s early driving simulator systems for behavioural and emergency scenario learning.

Existing structures were strategically repurposed into simulation laboratories, rule training classrooms, and administrative coordination zones. This allowed cost-efficient campus development while delivering high functional training value.

The training track was designed as a real-world simulation environment incorporating gradients, bends, intersections, traffic signage, and multi-vehicle manoeuvre zones. A central atrium created visual connectivity between academic and administrative functions, improving user navigation and operational supervision.

The Loni campus established the baseline training typology that later campuses expanded into specialised regional models.

The Sarai Kale Khan campus introduced environmentally responsive planning within a dense urban training site. The site was stabilised using large-scale fly ash filling to correct slope differentials while improving long-term soil performance.

Passive climate systems replaced conventional energy-heavy cooling systems. Earth air tunnel networks provided geothermal temperature regulation, significantly reducing mechanical cooling dependency. Rainwater harvesting systems ensured zero water runoff while solar-powered lighting systems supported low-energy night track operations.

The campus was designed to face the Ring Road, using training tracks as both functional and visual infrastructure. The building envelope achieved high performance sustainability metrics aligned with international green building benchmarks.

The project demonstrated that high-performance training infrastructure could operate within tight urban footprints without compromising environmental responsibility.

The Rohtak campus was developed to support industrial logistics training, focusing on heavy commercial vehicle manoeuvring and long-distance fleet operations.

Training tracks were engineered with larger turning radii, deep curve bends, and rough terrain segments replicating real industrial transport conditions. Multi-level track systems simulated highway interchanges and grade-separated road systems.

The academic infrastructure supported short-term vocational programs, with large-scale simulation halls, blue-collar training classrooms, and rest facilities designed for high training throughput.

The campus maximised site utilisation by integrating dual-track operational systems, enabling simultaneous training for multiple vehicle categories.

The Bahadurgarh campus combined industrial training scale with environmentally conscious campus planning. Existing building stock was upgraded into training halls, workshops, and simulation centres, reducing new construction footprint.

Heavy vehicle track design incorporated extended turning buffers, preventing collision risks and improving long-term infrastructure durability. Passive ventilation strategies and cross-air movement reduced mechanical load on training and administrative buildings.

The campus supported large training cohorts through central seminar halls and multi-purpose assembly spaces, enabling high-volume training cycles.

This campus established a hybrid model balancing safety-first infrastructure with environmentally responsive design strategies.

The IDTR campus network represents one of India’s most structured transitions toward scientific driver training infrastructure. By integrating simulation technology, real-condition track environments, and region-specific training calibration, the network created a scalable national mobility education framework.

From prototype simulation infrastructure in Loni to sustainability-driven urban training in Sarai Kale Khan, and from industrial logistics training in Rohtak to integrated green industrial campuses in Bahadurgarh, the network demonstrates how infrastructure can simultaneously address safety, skill development, and environmental responsibility.

The IDTR network stands as a benchmark model for future driver training ecosystems across emerging mobility economies, proving that structured training infrastructure can significantly improve road safety outcomes while supporting national logistics and transport efficiency.