●The Institute of Optical Target Simulation and Testing Technology of Harbin Institute of Technology was established in 2003. Belongs to a public institution.
●Main research areas: optical target simulation, optical imaging guidance, optical testing technology and optoelectronic system integration technology. Based on national defense needs, basic scientific research, applied technology research, engineering application and development are carried out. Involving 3 major national special projects and 4 major national engineering projects. It has a number of advanced core technologies at home and abroad.
●In 2009, 45 scientific research projects of various types were completed, with a scientific research income of 83 million.
●It has fixed assets (value of instruments and equipment) of 51 million yuan and a construction area of ??5,625 square meters.
●The staff of the institute is growing rapidly and the staff is constantly being enriched. Currently, there are 130 people, including 75 scientific researchers.
●Qualification: GJB9001B-2009 military product quality system certification, national first-level confidentiality certification qualification, obtained the weapons and equipment scientific research and production license recognized by the General Armament Department and the weapons and equipment scientific research and production license recognized by the Bureau of Science and Industry, Engineering Research Center of the National Ministry of Education, Bureau of Science and Industry.
●It is a qualified supplier to many aerospace and aviation institutes, AVIC Technology Group Corporation, China Precision Import and Export Corporation and many other enterprises. The institute has a military representative office stationed at the institute responsible for military product quality supervision.
●Won one national award and 6 provincial and ministerial awards.
(1) Research on optimal design theory of optical target and environment simulation
Based on the current situation and future development of optical target and environmental simulation, establish the optimal design theory and evaluation theory of optical target and environmental simulation and evaluation methods to guide the design of optical targets and environmental simulation systems. Our institute has achieved a number of scientific research results in this direction, among which the research on evaluation theory and evaluation methods is at the domestic advanced level.
(2) Research on optical system aberration theory and new design methods
Expert Professor Kang Songgao proposed advanced aberration theory, which is a modification of the original aberration theory. In addition, it provides an effective method for the design of high-quality optical systems, has high application value, and has achieved great success in practical applications. Example: flash light projection system; optical target simulator including ultra-wide-angle coupling system.
(3) Research on the thermal effect mechanism of imaging optical system and athermal design method
Conduct in-depth research on the thermal effect mechanism of optical system and establish the characteristics of various optical materials in different changing temperature fields. The mathematical model proposes effective methods and evaluation methods for athermal design, which are used to guide the athermal design of optical systems. Athermal design technology has been successfully applied in the design process of multiple optical systems, and our institute is at the leading level in the country in terms of athermal design.
(4) Research on optical imaging guidance technology based on the image-square scanning principle.
The institute has four laboratories: training simulation technology laboratory, guidance simulation laboratory, optical testing technology laboratory and space target and environment simulation laboratory. It has 3 10,000-level ultra-clean constant temperature rooms, There are 2 Class 100 ultra-clean thermostatic chambers and 1 Class 100 ultra-clean thermostatic chamber; a UF350 diamond lathe and a set of PGI1240 aspheric measuring instruments for ultra-precision processing; IR136 infrared thermal imaging camera, target-type infrared testing system, and infrared imaging system. Thermal test system, dynamic infrared target simulator, large parallel light tube, illumination distribution tester, flash function tester, 1-600-00 super spherometer and other infrared and visible light precision optical system assembly and adjustment equipment have strong Optical processing, machining, inspection, testing, testing and optical-mechanical integration capabilities.
The institute has four laboratories: training simulation technology laboratory, guidance simulation laboratory, optical testing technology laboratory and space target and environment simulation laboratory. It has 3 10,000-level ultra-clean constant temperature rooms, There are 2 Class 100 ultra-clean thermostatic chambers and 1 Class 100 ultra-clean thermostatic chamber; a UF350 diamond lathe and a set of PGI1240 aspheric measuring instruments for ultra-precision processing; IR136 infrared thermal imaging camera, target-type infrared testing system, and infrared imaging system. Thermal test system, dynamic infrared target simulator, large parallel light tube, illumination distribution tester, flash function tester, 1-600-00 super spherometer and other infrared and visible light precision optical system assembly and adjustment equipment have strong Optical processing, machining, inspection, testing, testing and optical-mechanical integration capabilities.
Since its establishment, the institute has begun to take shape, forming a research direction centered on target simulation and optical imaging testing technology, characterized by optical-mechanical integration and optical-based system integration technology.
1. Possess a number of internationally and domestically leading core technologies and focus on innovation
2. Strong engineering capabilities and strong system integration capabilities
Nearly 140 projects have been completed since its establishment. The remaining engineering scientific research projects include large-scale engineering projects such as sand table lighting systems and large-screen projection systems. Four batch production tasks for missile-mounted equipment and six batch production tasks for ground testing equipment.
3. Carry out scientific research around models or major national projects
The basic research, applied technology research and engineering applications carried out by the institute are all carried out around models or major national projects;
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Most of the scientific research projects undertaken in the past few years have been directly applied to models or key technologies in major national scientific research;
Through years of cooperation, we have understood the laws of military science and technology, Able to quickly complete scientific research tasks for models.
4. Have first-class experimental conditions
As for the salary and positions, you can contact us as follows:
Optical Target Simulation of Harbin Institute of Technology and Testing Technology Research Institute
Address: Building 2D, Harbin Institute of Technology Science Park, No. 2 Yikuan Street, Nangang District, Harbin
Contact: Li Bin
Tel: 0451- 86402507
Human Resources Department Tel: 0451-86402246
Fax: 0451-86402249
E-mail: hit_fzs@yahoo.com.c
Website: