Pakistan’s robotics ecosystem is entering a new phase of growth, fueled by universities, research laboratories, startups, and government-backed initiatives focused on artificial intelligence, automation, and technical education.
After years of relying on imported solutions and basic kits, the country is now building local capacity in design, manufacturing, and deployment of robots for education, agriculture, healthcare, and industry. The global robotics market hit $75.6B in 2025 and is growing at 12.3% CAGR. Pakistan’s addressable share in education + SME automation is estimated at $250M-$400M by 2030.
Leading universities are spearheading research, curriculum development, and student training with more technical depth:
NUST is running projects in autonomous ground vehicles, UAV swarms, computer vision, and SLAM-based navigation. Its Center for Autonomous Systems uses ROS2 Humble, NVIDIA Jetson Orin NX 100 TOPS, and Ouster OS1 3D LiDAR. Collaborations include defense and civilian sectors with testbeds for RTK-GPS accuracy <2cm.
GIKI is focusing on mechatronics, industrial automation, and humanoid robotics. Labs have 6-DOF robotic arms with ±0.1mm repeatability, 5kg payload, dedicated to control systems and sensor fusion using IMU + Kalman filtering at 200Hz.
LUMS is advancing AI, machine learning, and human-robot interaction. Research includes assistive robots and vision-based grasping using YOLOv8 + Depth estimation models with 92-95% detection accuracy and Transformer-based LLMs for HRI.
FAST-NUCES campuses in Lahore, Karachi, and Islamabad are producing software talent for ROS/ROS2, embedded C++, CUDA, and simulation using Gazebo + Webots. Average student project now runs SLAM at 10-20 FPS on Jetson Nano.
UET Lahore, Peshawar, and Taxila are working on low-cost robotic arms <$800, mobile platforms, and agricultural drones with 30-40 min flight time and 10L payload for crop spraying.
Most major universities now have robotics clubs, inter-university competitions like RoboCup and TechFest, and capstone projects. However, faculty members note a critical gap: limited access to professional-grade hardware.
“Right now, 80% of student work is on Arduino, Raspberry Pi, and basic DC motors. To produce research that can be published and commercialized, we need platforms with ROS/ROS2 support, 2D/3D LiDAR $800-$3000, stereo/depth cameras like Intel RealSense D435i, and GPU-based onboard computers 21-100 TOPS,” said a robotics researcher.
The government has started aligning funding and policy with industry needs.
NCRA – National Centre of Robotics and Automation is funded with PKR 1.2 Billion, it is setting up 12 shared labs across Pakistan, funding joint university-industry projects, and creating a national roadmap for robotics. Targeting train 10,000 engineers in ROS/ROS2 and AI by 2028.
Ignite – Ministry of IT & Telecom is providing seed funding of PKR 2M to 10M per startup, incubation, and grants to AI and robotics startups. To date, 47 AI/Robotics startups have received support. Key verticals: drone delivery, warehouse automation, and Agri-tech. Average time-to-market reduced from 24 months to 14 months with incubation support.
The broader agenda emphasizes local R&D, human capital development, and reducing reliance on imports. It also promotes STEM outreach in schools and colleges. While budgets remain modest compared to regional peers, officials say funding for labs, scholarships, and industry linkages has doubled in the last 3 years to PKR 3.8B.
Experts identify 5 priority areas where robotics can have immediate impact:
- Education & Research Platforms*:
Demand is rising for low-cost but professional platforms. Specs in demand: 6-DOF robotic arms 3-5kg payload, differential drive AMRs 20-50kg payload, ROS2 + Nav2 stack, RTK-GPS, 2D LiDAR 360°, depth cameras. Target price: $2,500-$8,000 per unit vs $15,000 imports.
- Agri-Tech:
With water scarcity and 30% labor shortages, interest is growing in drone-based crop monitoring covering 100 acres/day, smart sprayers with 95% pesticide efficiency, and ground robots for weeding. Pilot projects in Punjab and Sindh show 15-20% yield increase and 25% water savings.
- Industrial Automation for SMEs:
Manufacturers are testing POCs for pick-and-place arms 2-3 sec cycle time, conveyor inspection with AI defect detection 99.2% accuracy, and warehouse AMRs. Goal: help SMEs automate with ROI in 18-24 months and capex <$25,000 instead of $100,000+.
- Drones & Logistics:
Beyond defense, commercial use cases include mapping, infrastructure inspection, and logistics. CAA and PTA are reviewing frameworks to allow BVLOS flights up to 400ft. Commercial drone market projected to reach $60M by 2027.
- Healthcare & Service Robotics:
Early-stage work on assistive exoskeletons for rehab, UV-C disinfection robots covering 500 sqm/hour, and delivery bots for campuses with 10kg payload and 8-hour battery.
With this momentum, international companies specializing in education and research robotics are exploring Pakistan. Products in demand include:
– Vision-guided robotic arms for labs: 6-DOF, 0.5mm precision, ROS2 driver
– Autonomous Mobile Robots with navigation stacks: SLAM, obstacle avoidance, 1.5 m/s speed.
– Sensor packages: 2D LiDAR 40m range, 3D LiDAR 100m, RGB-D cameras 1280×720@30fps, IMUs 9-axis.
– Simulation and ROS/ROS2 training programs: Target 5000 students/year.
– Complete “research cells”: arm + mobile base + AI GPU, priced $12,000-$18,000
Despite progress, challenges remain:
– High import duties*: 20-35% on sensors and motors increase BOM cost by *40%.
– Lack of local manufacturing of precision parts like harmonic drives and encoders
– Limited VC for hardware: Only $8.2M invested in robotics hardware startups 2022-2025vs $200M+ for software
– Talent gap*: 70% of graduates know Python/ML but <15% have experience in mechanical design + embedded + AI integration.
However, the combination of 2.5M STEM students, government support, and growing industry demand suggests the sector is at a tipping point.
As Pakistan pushes toward digital transformation, robotics is positioned to play a key role in research, education, and automation across agriculture and industry — moving the country from consumers of technology to creators of it.
(Writer is the Founder Chairman, Pakistan Computer Association | Former Senior Vice President, Islamabad Chamber of Commerce and Industry | Former Executive Member & Chairman IT Committee, FPCCI, [email protected] )
