School at Baumanka on Chertanovskaya. Specialized educational and scientific center. Computer science training at the lyceum

The lyceum provides in-depth training in physics, mathematics, computer science in grades 7-11 and is the basic educational institution of MSTU. N. E. Bauman.

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  School No. 1180 at Moscow State Technical University named after N. E. Bauman was founded in 1989. The first year, training took place in the premises of school No. 537 in the second shift. Teachers were recruited from the Scientific Research Center of Moscow State Technical University named after. N. E. Bauman.

  From 1989 to 1993, school No. 1180 was headed by Yuri Belyaev.

  From 1993 to 1995, the director of the school was Yuri Izosimov.

  From 1995 to 2005, the post of school director was held by Boris Padalkin, now vice-rector of MSTU. N. E. Bauman on educational work.

  In September 2000, the school was awarded the title of lyceum and a new number 1580.

  Since 2005, the lyceum has been headed by Sergei Graskin.

  In 2009, the lyceum was merged with the nearby school No. 537 and now has two buildings.

  Until 2006, only schoolchildren from the last two grades, 10th and 11th, studied at the lyceum. Moreover, the main enrollment was in tenth grade. Training took place in the image and likeness of the educational process at the university.

  In September 2015, the lyceum was merged with school No. 639 and now has three buildings.

  Features of the educational process

  One-year training

  A feature of the educational process is the presence one-year eleventh grade. Students in the tenth grade take entrance tests in the general streams; of course, there are significantly fewer of them than those entering the 10th grade, because not everyone will decide to take such a difficult step. After all, “one-year students” (students of a one-year class) must complete a two-year specialized education program (mathematics, physics, Russian language) in one year in order to successfully pass the entrance exams to MSTU. N.E. Bauman, and complete the high school program in other subjects. Many years of practice have shown good results in this type of enrollment, because one-year students cope with such a complicated program and enter MSTU. N.E. Bauman, Moscow State University named after. M.V. Lomonosov, to other Moscow, mainly technical universities, in addition, among the graduates of the one-year class there are lyceum medalists, ten-point students, and winners of Olympiads. In computer science and information technology, “one-year students” undergo the lyceum’s tenth grade program.

  Physics training at the Lyceum

  The content of the program basically coincides with the program of the main physics course. It is supplemented with some sections that are of fundamental importance for the successful development of physics and general engineering disciplines in higher education. Classes are conducted in the form of lectures, practical classes (seminars) and laboratory work. During the lectures, the teacher presents the main material: the most important theoretical issues, and analyzes typical examples. In practical classes, students receive additional theoretical information, get acquainted with examples illustrating certain theoretical principles, and learn how to solve physical problems.

  During laboratory work, students become familiar with the organization of a physics workshop and perform work that clearly illustrates the most important provisions of the theory. Conducting frontal laboratory work does not seem appropriate, since it limits the possibilities for independent creative work of students. Students complete work according to an individual schedule. The organization of work in the workshop is built according to the scheme adopted in higher educational institutions: before each work, the student receives permission to perform it, demonstrating familiarity with the basic principles of the theory, which is illustrated by this work, as well as with the installation design; performs work independently carrying out the necessary series of measurements and statistically processing their results using the theory of errors; defends the results of the work in an interview with the teacher. This approach makes it possible to introduce students to the basic principles of conducting physical and engineering experiments, to acquaint them with the most important measuring instruments and the fundamental principles of measurement theory.

  The program and curricula in physics were developed by the lyceum together with MSTU. N.E. Bauman based on state educational standards, taking into account the focus of education and agreed with the Moscow Institute of Open Education.

  Teaching mathematics at the lyceum

  Education system The mathematics program includes both the study of the general education school course and the fundamentals of higher mathematics. This is the basis for an in-depth study of set theory, mathematical analysis of infinitesimal quantities, the foundations of differential and integral calculus, classical higher mathematics, which is the basis for engineering sciences. There is also an introduction to mathematical concepts and objects that are not studied in a regular school. Implementation of the program The lyceum uses a lecture-seminar teaching system. During the semester, students complete individual homework assignments designed to test the knowledge and skills acquired in lectures and seminars. The mathematics program over two years of study is designed for 640 hours. Of these, 160 are lectures and 480 are seminars.

  Computer science training at the lyceum

  The main goal of teaching the course “Computer Science and Information Technologies” at the lyceum is to provide a mandatory minimum of knowledge in the field of information technology, taking into account the requirements of the basic computer science course at MSTU. N.E. Bauman to ensure high-quality preparation of lyceum students to continue their education at a technical university. To fully master the course, the number of hours of compulsory study load has been increased.

  Classes in the subject “Information Technology” are held in computer classes and are divided into two parts:

  1. programming
  2. computer literacy (custom course).

  Lyceum students are taught to program in Pascal and in the Lazarus environment. In classes with in-depth study of computer science, C++ and Delphi are added. As part of the user course, text and graphic editors and spreadsheets (Microsoft Office) are studied. In connection with the emergence and development of global computer networks, the course examines the basics of the Internet, studies Internet services, the basic principles of operation of Internet Explorer programs, and e-mail. To conduct classes in information technology, the lyceum has computer classes equipped with modern personal computers. Connecting to the Internet ensures the development of practical skills in working in a global computer network.

  Taking into account the physics and mathematics profile of the lyceum, the main emphasis in training is not on the formation of user skills, although “second literacy” seems urgently necessary today, but on familiarizing students with the use of information technology methods for solving scientific and technical problems, as well as with mathematical methods, used in computer science. Particular attention is paid to the study of numerical methods for solving equations, solving analytical geometry problems, sorting methods in arrays, solving search problems in graphs and game programs, using graphics in solving modeling problems, using dynamic memory to solve high-dimensional problems.

  It is envisaged that students will complete and defend a test assignment based on the results of a two-year training cycle. The most prepared students perform qualifying work in the 11th grade to obtain a certificate of professional training: “Programmer”, “Web master”.

  Sports at the Lyceum

  Lyceum No. 1580 has always been famous [ ] not only by the serious physical and mathematical training of students, but also by their sporting achievements. Throughout their activities, under the guidance of physical education and sports teachers, the teams of Lyceum No. 1580 took prizes in regional, district and city competitions. The Lyceum is proud of its volleyball players, basketball players, football players, skiers, biathletes, track and field teams, table tennis and weight lifting.

  In 2008, on the site of the old sports ground, a modern sports town was built, which includes a football field, volleyball and basketball courts, a training complex, an obstacle course, a running track, a long jump pit and a recreation area. All this is equipped with a modern, multi-layer drainage system and artificial turf.

  Hymn of the Lyceum

  This is us on the train
  From Moscow they reached all over
  Straight to hell in the middle of nowhere
  To the Southern District, to our lyceum.
  The rain will hit the roofs,
  There will be a blizzard and frost.
  
  To study here seriously.

  It is no coincidence that our brotherhood
  To everyone who gathered with us,
  Space has become physics,
  Mathematics is life.
  It's even out of habit
  We'll leave early in the morning, friend,
  Straight to hell in the middle of nowhere
  Gnawing on the granite of big sciences.

  I know the time will come,
  We, still students,
  Let's remember all your lessons
  And lyceum days.
  In the sea of ​​life is our fairway
  He will hurry up, raising a wave.
  You will be called alma mater,
  The younger brother of MSTU.

  This is us on the train
  From Moscow they reached all over
  Straight to hell in the middle of nowhere
  To the Southern District, to our lyceum.
  The rain will hit the roofs,
  There will be a blizzard and frost.
  We will come, lyceum, do you hear?
  To study here seriously.

  Students from 4th to 10th grades are accepted for courses. For students in grades 8-10, the sum of grades must be at least 16 points in the subjects: algebra, geometry, physics, Russian for the previous year. For students of 4th, 5th, 6th and 7th grades - at least 8 points (the sum of annual grades in mathematics and Russian language). These desirable points assume a certain degree of preparedness of students, because During the lessons the program of the given year of study is mastered.

  

  The main objectives of the courses are the mastery and consolidation of knowledge by students, the formation of student interest in the subject and the development of their abilities. Techniques, methods and forms of work are determined by the above objectives of the course and its content. The need to repeat and study a large volume of material also presupposes independent activity of students - solving problems, elaborating theoretical material. A system of independent written work and intermediate tests will help students and their parents realistically assess the level of the student’s skills and knowledge.

  The duration of the training course is approximately 5.5 months (starting from October). Courses are available on a paid basis. Payment is made in two stages.

  For your information, those entering the school in grades 5-7 will study at the address - st. Stasovoy, 8 - building 3 (metro Leninsky Prospekt).

  Courses for 4th and 5th grade students will also be held at the address: st. Stasovaya, 8. Be careful when registering, check the schedule!

  In the new year 2020, they begin on January 9 - as scheduled. Classes in 2019 end on December 30 - as scheduled.

  Pay strictly until January 11, 2020 and convey copy with your child for the first lesson of the course after the holidays.

  Those legal representatives whose children will not to continue studying in the courses, they must write and bring (transfer, send a scan by email [email protected]) application and study guides to the reading room until December 23, 2019

  Receipt

  Receipt for 1580

  Discount receipt

  Discount receipt for 1580

  SUSC was created in 1989 with the purpose of selecting and training high school students who have shown an aptitude for studying physical and mathematical sciences. The contingent of students of the SUSC was formed on the basis of specialized lyceums No. 1580, No. 1581 at MSTU. N.E. Bauman.

  In addition to its main activity - the implementation of educational programs for secondary education - the SUSC carries out a large organizational and methodological work related to a set of interrelated tasks, early profile orientation of schoolchildren, and the formation of a student population at MSTU. N.E. Bauman, and also organizes once a year master classes for teachers of physics, mathematics and computer science of specialized schools of MSTU. N.E. Bauman.

  As part of the “Step into the Future” Olympiad for schoolchildren, SUSC annually in March holds the Physics and Mathematics Olympiad of MSTU. N.E. Bauman for schoolchildren in grades 8-10 in Moscow and the Moscow region, including mathematical and physical tours.

  In accordance with the agreement between MSTU. N.E. Bauman and the Republic of Sakha (Yakutia), leading associate professors and professors of the SUSC conduct master classes in mathematics and physics for students of the municipal educational institution (MOU) Oktemsky Lyceum of Khangalassky Ulus. Methodological assistance is also provided to local teaching staff.

  PHYSICS AND MATHEMATICS LYCEUM No. 1580 at MSTU. N.E. Bauman

  The lyceum provides in-depth training to schoolchildren who have shown an inclination towards the exact sciences, technical creativity and who plan to continue their education at MSTU.

  Training is free.

  Admission to the lyceum is carried out on a competitive basis based on the results of testing in mathematics, physics and the Russian language.

  Testing is carried out in two streams:

  1. Registration in early March, testing during spring break.
  2. In May

  Registration for testing for admission to the lyceum is carried out on weekdays from 14:00 to 17:00, on Saturdays - from 13:00 to 15:00.

  Address: Moscow, Balaklavsky proezd, building 6a.

  Directions to the metro station "Chertanovskaya".

  Phones: 8-495-316-56-66, 8-495-316-50-22

  PHYSICS AND MATHEMATICS LYCEUM No. 1581

  Lyceum No. 1581 of the Central Administrative District of Moscow works closely with MSTU. N.E. Bauman. Most of the lyceum graduates continue their studies at MSTU.

  Every year, the lyceum announces enrollment of students in grades 8, 9, 10 in the following profiles: physics and mathematics (grades 8-10) and information technology (only in grade 10) with intensive training in mathematics, physics, computer science, and the Russian language.

  Admission is based on the results of testing and interviews. Registration for the first round of spring testing for those entering grades 8, 9, 10 takes place in February.

  In February, March, April, enrollment of students in the 8th and 9th grades is carried out. In March and May, students are admitted to the 10th grade.

  Address: Moscow, Bolshoi Poluyaroslavsky lane, 7/4, building 1-1A

  Lyceum No. 1580 belongs to the state budgetary educational institutions of Moscow. Previously, it was a comprehensive school with a physics and mathematics focus No. 1180 under the auspices of N. E. Bauman MSTU. Now Lyceum No. 1580 is fully included in the base of this university and a specialized educational and scientific center, where students study in-depth computer science, mathematics and physics from the eighth to the eleventh grade.

  History of the Lyceum

  School No. 1180, which was supervised and supervised by the university in every possible way since 1989, in the first year of its existence was forced to conduct classes only in the second shift, since it shared the premises with school No. 537. Even then, the teachers were almost entirely from the university. In 2000, the school became a lyceum and received the number under which it is registered now.

  Nine years later, school No. 537 joined the lyceum, which now had two buildings on Balaklavsky Avenue - houses 6 and 6a. In 2015, Lyceum No. 1580 was further expanded. The address on Stasovaya Street, building 8, became the location of the third building of this educational institution due to the fact that secondary school No. 639 joined it.

  Until 2011, Lyceum No. 1580 taught only schoolchildren in the tenth and eleventh grades, with a predominant enrollment in the tenth grade. The structure of the educational process has become completely university-like.

  Educational process

  Since the 2006 academic year, Lyceum No. 1580 has four parallels: eighth, ninth, tenth and eleventh grades, each of which has about thirty students, sometimes a little more, but in general there are always about six hundred students in the lyceum. Recruitment is not carried out only for ninth grades, for the rest it is mandatory. They study here for free, but a lot: six very intense days a week, lessons only in the first shift, from nine o’clock in the morning.

  An academic hour (forty-five minutes) lasts for each lesson. From the tenth grade, the organization of educational activities changes: a university system appears - education by semester, which includes seminars, lectures, tests, laboratory work, exams and special courses. Academic performance is recorded in the Education System for high school students, which was adopted by Lyceum No. 1580; reviews from parents are noted as excellent.

  Best school in Moscow

  Now the lyceum employs teachers with the highest qualifications, more than a hundred in total, including five doctors and thirty candidates of science, two honored teachers of the Russian Federation. Every year, over two hundred and fifty graduates of the lyceum receive a certificate of maturity along with a lyceum badge. And everyone goes to universities one hundred percent, and more than ninety percent go to their native Moscow State Technical University named after Bauman. In 2011, Lyceum No. 1580 took fourteenth place and received ten million rubles from the capital authorities, and in 2014 it already took the top line of the same rating.

  

  One-year training

  A characteristic feature of the lyceum education process is the one-year training of eleventh grade students. After the tenth grade, future graduates are tested in the general stream and, of course, differ significantly from those tenth graders who have already studied at the lyceum for one or several years.

  Not everyone, even a young person full of ambitions, will decide to take on such an incredible workload: “one-year students” must complete a two-year specialized education with an in-depth understanding of mathematics, physics and the Russian language in a year, and no one will make discounts on other subjects for high school graduates.

  results

  Nevertheless, this practice has been around for many years and shows excellent results: “one-year students” not only cope with these enormous difficulties, but also immediately enroll in further studies. For the most part, they continue the chain: Lyceum No. 1580 at MSTU. Bauman - actually

  However, some graduates go to or to other technical universities in Moscow. You need to understand that studying with teachers from Baumanka greatly facilitates further admission. Lyceum No. 1580 willingly accepts Olympiad winners and those motivated young men and women who are already medal winners for one-year training.

  

  Exams

  The lyceum provided for students in the eighth and tenth grades not just an in-depth study of mathematics and physics, but also transfer exams in these subjects, because otherwise the children would not be able to withstand the increased requirements for admission to the Bauman Moscow State Technical University. But, difficult as it may be, all students pass school exams 100% and successfully, as well as university entrance exams.

  Another positive practice that the university has introduced and is constantly improving will greatly help students in the future: all tenth-graders who enter the graduating class undergo mandatory introductory practice right at the university. There, lyceum students get acquainted with faculties and departments, getting to know student life better and the level of knowledge to which they need to strive. Eleventh-graders regularly meet with representatives of departments and faculties of MSTU.

  Physics at the Lyceum

  At its core, the program content coincides with the main physics course taken at school, but the additions to many sections that are important for future university students are very significant. Thanks to these additions, mastering physics and engineering in high school will not seem unattainable.

  Lyceum students in the ninth, tenth and eleventh grades study most of the time in a university style: with lectures, practical classes, seminars, and laboratory work. At lectures, as well as with students, teachers present the material in the form of the most important theses and with analysis of typical examples. Practice complements theoretical knowledge, introduces illustrations of individual theoretical positions, and teaches techniques that help in solving physical problems.

  

  Laboratories

  As they work in the laboratories, lyceum students become acquainted with many things that will not be known to students of other schools until the start of their studies at the university. For example, organizing a physics workshop, where the work performed is closely related to the most important provisions of the theory. Frontal laboratory work is not carried out here because it limits the independence and creative approach of students to a particular experience.

  Laboratory work is carried out strictly according to an individual schedule. Even the organization of practical classes itself copies the scheme adopted in universities: before work, each student is required to obtain admission to it, demonstrate close familiarity with the theory, the main provisions of which he is going to confirm here, knowledge of the design of the installation with which the work will be carried out. Then the future student does the work himself, calculating all the necessary series of necessary measurements, processes the results himself, taking into account errors, and defends these results in a subsequent conversation with the teacher.

  Mathematics at the Lyceum

  In the system of training lyceum students, the mathematical program adds the fundamentals of classical higher mathematics to the course set for general education schools. In the near future, this will help students to study much more deeply at university both set theory, mathematical analysis of infinitesimal quantities, and the foundations of integral and differential calculus, that is, everything without which there is no basis for engineering sciences.

  In the same way, lyceum students become familiar with mathematical objects and concepts that are not included in the programs of regular schools. Mathematics programs are implemented using university teaching methods, otherwise success is impossible. Lyceum students are primarily offered a lecture-seminar system. And for the whole semester, students receive individual homework assignments to test the knowledge and skills they have acquired by listening to lectures and participating in seminars. The entire mathematics program for the last two years was completed in 640 hours, of which 160 were lectures and 480 were seminars.

  

  Computer Science at the Lyceum

  The mandatory minimum, which is allotted for the study of information technology in regular schools, is clearly insufficient to continue education at the Bauman Moscow State Technical University. Therefore, the number of hours of the teaching load has been increased, and the entire load in computer classes is divided into two parts: programming and a user course, that is, computer literacy.

  Lyceum students program in Pascal, and in-depth study of computer science adds C++ and Delphi. The user course involves the study of graphic and text editors and spreadsheets. Global computer networks, the basics of the Internet, its services and the basic principles of browser operation, e-mail and the Microsoft Outlook mail program are also studied.

  Computer Science + Mathematics

  No. 1580 does not prioritize user skills - this is too small a task for such a promising educational institution, and it is solved quickly. Here students become familiar with how information technologies are used to solve scientific and technical problems. Lyceum students also study methods of mathematics that are used in computer science. Here are numerical methods for solving equations, analytical geometry, sorting in arrays, search tasks in game programs, graphics in modeling problems, and in high-dimensional problems.

  At the end of the course, a test is provided: completion and defense of an individual assignment based on the results of two years of study. It is possible already in the eleventh grade to complete qualifying work and receive a certificate of acquisition or webmaster. Lyceum No. 1580, reviews of the level of computer science teaching in which is beyond praise, is worthy of applause.

  Sports at the Lyceum

  Truly, Lyceum No. 1580 is famous not only for mathematics and physics. Moscow also knows about the sporting achievements of its students. Since its opening, under the leadership of excellent teachers, various lyceum teams have won city, district and regional competitions.

  

  Lyceum students can be proud of their friends and classmates: volleyball, basketball, football, skiing, biathlon, athletics, even table tennis and kettlebell lifting - in whatever sports the lyceum students won victories!

  The sports town, reconstructed and well equipped, is never empty. In the evenings, residents of nearby areas can work out here. The city loves its future elite - high-class engineers who will be graduated from the Bauman Moscow State Technical University, and in the meantime it is raising Lyceum No. 1580. In the spring, almost the entire city gathers at Baumanka!

  Director about the Lyceum

  The director of the lyceum, Sergei Garaskin, is confident that the principles of education here are absolutely correct, because it is practically a “hand assembly” of excellently educated personnel for the country. At the moment there are a lot of children in the lyceum: twelve graduating classes, twelve tenth grades, six eighth grades and six ninth grades. And for such a conveyor to work well, the recruitment system must be very clear.

  

  The admissions committee works at the lyceum all year round: it answers all questions from parents, in addition to the mandatory open days. Testing for enrollment here is two-stage: during spring break, and then in May. Three subjects are tested: Russian language, mathematics and physics. The Russian language, despite the form of passing and failing grades, is most often a stumbling block for those wishing to enter the lyceum.

  Special classes are available:

  • lyceum,
  • profile.

  Subjects studied in depth:

  • mathematics,
  • physics.

  Admission rules

  The state budgetary educational institution of the city of Moscow, Lyceum No. 1580 (at MSTU named after N.E. Bauman) carries out annual enrollment in grades 8, 10 and 11.

  Our lyceum has an interschool elective. Teaching at interschool electives is aimed at preparing students for admission to the lyceum.

  Admission to Lyceum No. 1580 is carried out in accordance with the admission rules.

  Exams at the lyceum are held in 2 streams: during spring break and in May.

  Registration for testing for admission to the lyceum is made on designated working days.

  When registering you must have:

  1. a diary or statement with grades for a quarter or half a year,

  2. passport of the applicant,

  3. birth certificate (for those entering 8th grade),

  4. blank envelope with a stamp,

  At the Lyceum you can buy methodological literature to prepare for exams.

  Admission to the Lyceum is carried out on a competitive basis.

  Applicants must demonstrate their knowledge in the following disciplines:

  • Mathematics - in writing.
  • Physics - in writing.
  • Russian language - written (test).

  Four astronomical hours (240 minutes) are allotted for solving problems in physics and mathematics, and 1 astronomical hour (60 minutes) for solving a test in the Russian language.

  Examination papers are checked anonymously.

  The verified work can be found here.