RoboLab Laboratory
RoboLab is an important scientific and educational platform of Satbayev University, ensuring the integration of education, science, and practice in the fields of robotics and intelligent systems. The laboratory's activities contribute to the development of innovations, the training of qualified personnel, and the achievement of priority Sustainable Development Goals.
RoboLab is the scientific and educational laboratory of the Department of Robotics and Technical Means of Automation at Satbayev University, operating in the fields of robotics, mechatronics, automation, and intelligent control systems. The laboratory's objective is to develop scientific research, engineering developments, and practice-oriented training of students for addressing current challenges in industry, transport, medicine, and the social sphere. The laboratory's core tasks include conducting applied and fundamental research, developing and testing robotic systems, implementing modern digital technologies, developing interdisciplinary projects, training young researchers, and strengthening collaboration with industrial and scientific partners. The main areas of activity include mobile and service robotics, mechatronic systems, intelligent control methods, computer vision, machine learning, embedded systems, and robotic solutions for medicine and infrastructure. The laboratory's activities align with SDGs 3, 4, 8, 9, 11, 12, and 17, as they are directed at the development of quality education, innovation, sustainable infrastructure, technological solutions for healthcare, and the expansion of partnerships for sustainable development.
Laboratory tasks:
- to conduct fundamental and applied research in the fields of robotics and automation;
- to develop, design, programme, and test robotic systems and prototypes;
- to prepare students, master's students, and doctoral students for scientific and engineering activities;
- to implement modern digital technologies, including computer vision, machine learning, embedded systems, and IoT;
- to develop interdisciplinary research at the intersection of robotics, electronics, instrumentation, and biomedical engineering;
- to expand cooperation with industrial and scientific partners;
- to support publication activity, patenting, and commercialisation of research results.
Main areas of activity:
- mobile and service robotics;
- mechatronic and automated systems;
- intelligent control systems;
- computer vision and machine learning in robotics;
- embedded systems and sensor technologies;
- robotic solutions for medicine and the social sphere;
- robotic solutions for industry, transport, and infrastructure;
- project-based and research-oriented training of students.
Alignment with the UN Sustainable Development Goals (SDGs):
SDG 3 — development of robotic and intelligent solutions for medicine, monitoring, and improving the quality of healthcare services.
SDG 4 — practice-oriented training of students and young researchers; development of engineering and digital competencies.
SDG 8 — development of human capital, fostering innovation, and supporting the commercialisation of scientific developments.
SDG 9 — creation and implementation of innovative solutions for industry, transport, energy, and technological infrastructure.
SDG 11 — development of technologies to enhance the safety, efficiency, and sustainability of urban and transport environments.
SDG 12 — development of solutions that promote more efficient resource use and improved technological efficiency.
SDG 17 — development of cooperation with universities, scientific organisations, enterprises, and other partners.