The Laser Systems Department focuses on the construction, operation, and development of various laser systems, as well as conducting diverse research applications using them. It oversees the Institute's various laser devices and provides consultancy services in the field of laser technology to various sectors of society that utilize lasers. The department comprises three research groups: the Systems Construction Group, the Basic Studies Group, and the Laser and Spectroscopy Group.The Department of Laser Systems is committed to delivering high-quality postgraduate education and advanced research in Laser Physics and Laser Applications in Science. The Department aims to cultivate highly qualified researchers equipped with strong theoretical knowledge, advanced experimental skills, and innovative thinking. Through interdisciplinary collaboration, state-of-the-art research, and strategic partnerships with academic, industrial, and healthcare institutions, the Department strives to advance laser technologies and promote their applications in physics, chemistry, biological sciences, and other scientific disciplines for the benefit of society and national development
Vision
To be a nationally, regionally, and internationally recognized center of excellence in laser systems, laser physics, and laser applications in science through distinguished postgraduate education, pioneering interdisciplinary research, technological innovation, and impactful contributions to sustainable development and the advancement of scientific knowledge.

Strategic Objectives
1- Provide internationally competitive postgraduate programs in Laser Physics and Laser Applications in Science that meet global academic and research standards.
2- Develop highly qualified researchers and specialists capable of conducting innovative, high-impact research in laser science and technology.
3- Promote interdisciplinary research by integrating laser technologies into physics, chemistry, biological sciences, and other emerging scientific fields.
4- Strengthen research infrastructure through the continuous development of advanced laser laboratories, instrumentation, and experimental facilities.
5- Enhance scientific productivity by encouraging publication in high-impact international journals, participation in scientific conferences, and the generation of patents and intellectual property.
6- Establish strategic collaborations with national and international universities, research centers, industries, and healthcare institutions to foster research excellence and knowledge exchange.
7- Advance innovation and technology transfer by developing laser-based solutions that address challenges in science, industry, medicine, environmental monitoring, agriculture, and energy.
8- Continuously review and modernize postgraduate curricula to reflect emerging scientific developments, technological advances, and labor market demands.
9- Promote quality assurance, academic excellence, and research integrity while ensuring compliance with international laboratory safety standards in laser research and education.
10- Contribute to community engagement and sustainable development through professional training, scientific consultation, and applied research that addresses national priorities