Harqo is a premier provider of advanced technical training solutions, committed to bridging the gap between academia and industry. With over the years of expertise, we excel in establishing Centres of Excellence in Additive Manufacturing, Automation, Mechatronics, and Robotics, fully aligned with Industry 4.0 standards. Our state-of-the-art training labs empower educational institutions and organizations to drive innovation, foster research, and deliver practical, hands-on learning. Recognized by government bodies such as MSME and NSIC, Harqo ensures access to the latest technologies, world-class equipment, and expert guidance—developing industry-ready talent and enhancing employability for the workforce of tomorrow.
Hands-On Learning
Build, program, and innovate using real-world robotics kits and tech projects that spark curiosity and creativity.
Future Skills
Master essential 21st-century skills in robotics, AI, IoT, and automation — preparing learners for careers of tomorrow.
Expert Training
Get guided by certified trainers who equip both students and educators with industry-aligned, practical knowledge.
Innovative Environment
Experience a dynamic lab setting that fosters collaboration, creativity, and critical thinking through hands-on technology.
1. Industrial Automation Lab
The Industrial Automation Lab offers practical training on automation systems using Siemens PLC, SCADA, HMI, VFD, and Servo Drives. Students learn to design, program, and operate automation solutions replicating real industrial environments. This lab bridges the gap between theoretical knowledge and industry requirements, preparing students for careers in smart manufacturing and automation sectors with comprehensive exposure to modern automation tools and control systems.
2. Sensor Technology Lab
The Sensor Technology Lab provides in-depth knowledge of various industrial sensors, including analog and digital types. Students gain hands-on experience with sensors used in mechatronics, automation, and robotics. The lab enhances understanding of sensor characteristics, integration techniques, and applications in industrial systems, enabling learners to develop accurate, efficient automation processes through practical exposure to real-time data acquisition and control technologies.
3. Industrial Pneumatic Lab
The Industrial Pneumatic Lab focuses on the principles and applications of pneumatic technology in automation. Equipped with industry-standard components like cylinders, valves, and regulators, this lab enables students to design and operate pneumatic circuits for real-world scenarios. Practical exercises help learners understand system behavior, enhance troubleshooting skills, and apply pneumatic solutions in industrial automation and production environments with accuracy and confidence.
4. Industrial Hydraulic Lab
The Industrial Hydraulic Lab delivers hands-on experience with hydraulic systems, components, and control techniques. Students work with advanced hydraulic circuits, learning to manage pressure, flow, and direction in industrial processes. This lab strengthens understanding of hydraulic technology in manufacturing and automation, preparing students to solve complex industrial challenges through efficient hydraulic solutions, while developing their skills in system design and maintenance.
5. Industrial Mechatronics Lab
The Industrial Mechatronics Lab integrates mechanical, electrical, and automation technologies through a modular learning platform. Students explore advanced systems for sorting, assembly, and distribution, simulating real smart factories. The lab fosters expertise in PLC programming, sensor integration, and pneumatic systems, preparing students for careers in Industry 4.0 by enhancing their problem-solving abilities and understanding of interconnected industrial processes.
6. Industrial Robotics Lab
The Industrial Robotics Lab provides hands-on training with industry-standard robots from brands like Yaskawa. Students learn robot programming, pick-and-place operations, and automation cell integration through simulations and real applications. This lab focuses on developing precision, safety, and efficiency in robotic systems, preparing learners for careers in automated manufacturing environments by enhancing their practical knowledge and technical proficiency in robotics.
7. AR and VR Technology Lab
The AR and VR Technology Lab introduces students to advanced simulation tools for virtual and augmented reality applications. This lab enhances learning by allowing immersive experiences in industrial environments, facilitating digital twins and remote monitoring simulations. Students gain skills in developing AR/VR content, integrating it with mechatronics and automation, preparing them for future roles in smart factories and digital transformation initiatives.
8. AI and Machine Learning (AIML) Lab
The AI and Machine Learning Lab provides practical exposure to AI-driven technologies applied in industrial automation and smart manufacturing. Students work with real-time data, developing AI models for predictive maintenance, quality control, and process optimization. This lab equips learners with essential skills in machine learning algorithms, data analytics, and AI integration, preparing them to lead in the rapidly evolving Industry 4.0 landscape.
Hi Interested? Book a FREE Demo
Equip your institution with future-ready Robotics & AI Labs — spark innovation, empower learners, and shape tomorrow’s workforce today.