Cordova tn schools: Cordova Elementary Optional School / Homepage

Опубликовано: October 9, 2023 в 10:50 am

Автор:

Категории: Miscellaneous

Cordova High School / Homepage

  •  

     1800 Berryhill Road

     Cordova, TN  38016

     Main Office: 416-4540

     School Fax: 416-4545

      Barton Thorne, Principal

      [email protected]

     Mary DeGruy, Vice Principal

     [email protected]

      


    Comments (-1)

  • Attendance Office: 416-2085                         

    Guidance Office: 416-2120

    Registration: 416-2143

    Records: 416-2119

    Bilingual Mentor, Ivan Borgos – 416-2145

     


    Comments (-1)

  • Band Performance Assessment

    Please help me in congratulating the Band on yesterday’s festival performance assessment. The band received all 1’s on stage (Superior) and a 1 (Superior) in Sight Reading. These are the highest ratings that can be received in this Festival Assessment.


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  • Cordova Choirs

     

    Please join us in congratulating our Cordova Choirs! Our wolves represented in EXCELLENCE! Here’s how we did:

     

    Concert Singers perfect performance (I+, I+, I+) and sight reading (I+)scores- Sweepstakes

     

    Men’s Chorale perfect performance (I+, I+, I+) and sight reading (I+)scores- Sweepstakes

     

    Combined Choir perfect performance (I+, I+, I+) and sight reading (I+)scores- Sweepstakes

     

    Cora Bella superior performance (I+, I+, I)and sight reading (I+)scores- Sweepstakes

     

    Freshmen Academy Singers- Superior performance (I, I, II) and sight reading (I) scores- overall Superior rating

     

    Comments were made on our professionalism and the standard that was set the entire day. -Mr. Maclin, Director of Choirs and Piano


    Comments (-1)

  • Congratulations, CHS wins the Gatorade 1st Place Package!

    Cordova High School’s athletic department in partnership with Gatorade wins the Gatorade Performance Sports package to help get the best performance from teen athletes.

     


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  • Make easy online payments. Click on the link below, follow the instructions and you’re done! 

    CHS Online Payments


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  • Summer Reading 

    Ms. Curley’s AP Literature and Composition

    AP Literature and Composition Summer Reading

    AP Literature Titles

    AP Literature Tones of Summer

     

    Ms. Ortega’s AP Language and Composition

    AP Language and Composition Summer Reading

     

     


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  • Records Fees 

    Do you need student records? Please see the records fees flyer for alumni and corporate fees.

     


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  •  

     Respect the elders.

    Teach the young.

    Cooperate with the pack.

    Play when you can.

    Hunt when you must.

    Rest in between.

    Share your affections.

    Voice your feelings.

    Leave your mark!

    -Del Goetz

     

Tweets by cordovawolfpack

Top 10 Best Cordova, TN Public Schools (2023)

For the 2023 school year, there are 10 public schools serving 8,645 students in Cordova, TN (there are 12 private schools, serving 2,154 private students). 80% of all K-12 students in Cordova, TN are educated in public schools (compared to the TN state average of 90%).

The top ranked public schools in Cordova, TN are Riverwood Elementary School, Macon-hall Elementary School and Chimneyrock Elementary School. Overall testing rank is based on a school’s combined math and reading proficiency test score ranking.

Cordova, TN public schools have an average math proficiency score of 11% (versus the Tennessee public school average of 27%), and reading proficiency score of 20% (versus the 30% statewide average). Schools in Cordova have an average ranking of 1/10, which is in the bottom 50% of Tennessee public schools.

Minority enrollment is 90% of the student body (majority Black), which is more than the Tennessee public school average of 40% (majority Black).

Best Cordova, TN Public Schools (2023)

School (Math and Reading Proficiency)

Location

Grades

Students

Rank: #11.

Riverwood Elementary School

Magnet School

Math: 26% | Reading: 38%
Rank:

Top 50%

Add to Compare

1330 Stern Ln
Cordova, TN 38016
(901) 416-2310

Grades: PK-5

| 927 students

Rank: #22.

Macon-hall Elementary School

Math: 22% | Reading: 26%
Rank:

Bottom 50%

Add to Compare

9800 Macon Rd
Cordova, TN 38016
(901) 759-4530

Grades: PK-5

| 1,069 students

Rank: #33.

Chimneyrock Elementary School

Math: 17% | Reading: 23%
Rank:

Bottom 50%

Add to Compare

8601 Chimneyrock Blvd
Cordova, TN 38016
(901) 416-2067

Grades: PK-5

| 924 students

Rank: #44.

Dexter Elementary School

Math: 11% | Reading: 16%
Rank:

Bottom 50%

Add to Compare

7105 Dexter Rd
Cordova, TN 38016
(901) 373-3526

Grades: PK-5

| 884 students

Rank: #55.

Memphis School Of Excellence Elementary Cordova

Charter School

Math: ≤10% | Reading: 11-19%
Rank:

Bottom 50%

Add to Compare

8360 Macon Road
Cordova, TN 38018
(901) 367-7814

Grades: K-5

| 156 students

Rank: #66.

Cordova Elementary School

Magnet School

Math: 9% | Reading: 15%
Rank:

Bottom 50%

Add to Compare

750 N Sanga Rd
Cordova, TN 38018
(901) 416-1700

Grades: PK-5

| 771 students

Rank: #77.

Cordova High School

Math: 3% | Reading: 21%
Rank:

Bottom 50%

Add to Compare

1800 Berryhill Rd
Cordova, TN 38016
(901) 416-4540

Grades: 9-12

| 2,234 students

Rank: #88.

Mt. Pisgah Middle School

Math: 6% | Reading: 13%
Rank:

Bottom 50%

Add to Compare

1444 Pisgah Rd
Cordova, TN 38016
(901) 756-2386

Grades: 6-8

| 536 students

Rank: #99.

Dexter Middle School

Math: 7% | Reading: 11%
Rank:

Bottom 50%

Add to Compare

6998 Raleigh Lagrange Rd
Cordova, TN 38018
(901) 373-3134

Grades: 6-8

| 392 students

Rank: #1010.

Cordova Middle School

Magnet School

Math: 4% | Reading: 14%
Rank:

Bottom 50%

Add to Compare

900 N Sanga Rd
Cordova, TN 38018
(901) 416-2189

Grades: 6-8

| 752 students

[+] Show Closed Public Schools in Cordova, Tennessee

Cordova, Tennessee Public Schools (Closed)

School

Location

Grades

Students

Menno Elementary School (Closed 2021)

900 Sanga Rd
Cordova, TN 38018
(901) 684-2189

Grades: 5-8

| 619 students

Frequently Asked Questions

What are the top ranked public schools in Cordova, TN?

The top ranked public schools in Cordova, TN include Riverwood Elementary School, Macon-hall Elementary School and Chimneyrock Elementary School.

How many public schools are located in Cordova, TN?

10 public schools are located in Cordova, TN.

What percentage of students in Cordova, TN go to public school?

80% of all K-12 students in Cordova, TN are educated in public schools (compared to the TN state average of 90%).

What is the racial composition of students in Cordova, TN?

Cordova, TN public schools minority enrollment is 90% of the student body (majority Black), which is more than the Tennessee public schools average of 40% (majority Black).

Comparing Types of Schools: Governance and Funding

Explore the differences in governance and funding models between charter schools, traditional public schools, and private K-12 schools. Gain insights into how these factors shape educational experiences and outcomes for students.

A Story of Overcoming Common Reading Difficulties

Follow the story of Sarah, a fictional character who overcame common reading difficulties with the help of the three cueing system. This blog post explores the advantages and disadvantages of the three cueing system and provides strategies for implementing it effectively.

Standardized Tests

Standardized tests have a long history in American K-12 education. We examine what standardized tests evaluate and more.

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Lvov Boris Glebovich — National Research University Higher School of Economics

  • Head of Department, Professor: Lomonosov Moscow Institute of Electronics and Mathematics A. N. Tikhonova / Department of Electronic Engineering
  • Started working at HSE in 2012.
  • Scientific and pedagogical experience: 44 years.

Powers / Responsibilities

  • Together with leading scientists of the department and academic supervisors of educational programs, forms the concept and plans for the development of the department, makes proposals for changing the structure of the department.
  • Organizes the activities of the department and bears personal responsibility for its results, including ensuring the achievement of the target indicators of activity and development set for the department, fixed in the Development Program of the National Research University Higher School of Economics, development plans of the StrAU, MIEM and other documents.
  • Coordinates the activities of the structural subdivisions of the department: basic departments: JSC RSC Energia, FSUE VNIIOFI. OJSC NIISSU, CJSC Skontel, OJSC Engineering and Marketing Center of the Vega Concern, educational laboratories, teachers of the department, interacts with these divisions, plans and conducts meetings of the department.
  • Carries out general management of the scientific and research work of the teaching staff, including: organization of participation in scientific competitions of the National Research University Higher School of Economics, RFBR, FTP and others, coordination of work on holding scientific conferences and seminars.
  • Coordinates the activities of the Academic Council of the Research Department.
  • Organizes, together with the academic supervisors of the EP, the research work of students: participation in competitions of the National Research University Higher School of Economics and external organizations, creative competitions, olympiads and exhibitions.
  • Organizes work on international cooperation, including: organization of participation in academic mobility programs for faculty and students, preparation of cooperation agreements with leading foreign universities and research centers, as well as preparation for participation in international competitions of scientific and research works.
  • Together with the academic councils, the EP forms a strategy for the development of educational programs, manages the preparation for licensing of new educational programs and the preparation for accreditation of educational programs implemented by the department.
  • Coordinates and controls the work of educational programs, the development of draft basic and working curricula of educational programs implemented by the department.
  • Organizes and controls the work of the teaching staff of the department in terms of educational and methodological support of academic disciplines assigned to the department.
  • Supervises the planning of the teaching load of the teaching staff and the teaching of disciplines assigned to the department.
  • Organizes preparation for the implementation of DL programs carried out by the teachers of the department.
  • Organizes the selection of department employees, develops a draft staffing table for the department by category of personnel.
  • Carries out planning and organization of advanced training, retraining and internships for department employees.
  • Controls the work of filling the information resources of the department, including personal pages of the department’s employees.
  • Represents the department in HSE structural subdivisions and outside HSE.
  • Presents to the management of MIEM for the awarding of employees and students of educational programs implemented by the department, HSE awards and other awards.
  • Ensures that the department implements the decisions of the governing bodies of the National Research University Higher School of Economics, the academic councils of the National Research University Higher School of Economics, MIEM, and the director of MIEM.
  • Performs other duties established by local regulations of the National Research University Higher School of Economics.

Education, academic degrees and academic titles

  • 2002

    Academic title: Professor

  • 2001

    Doctor of Technical Sciences: Moscow Institute of Electronics and Mathematics, specialty 05. 27.06 “Technology and equipment for the production of semiconductors, materials and electronic devices”, dissertation topic: Fundamentals of formal-heuristic design of vacuum equipment for electronic technicians

  • 1985

    Academic title: Associate Professor

  • 1980

    Ph.D. designs of high-vacuum straight-span valves

  • 1969

    Specialist: Moscow Institute of Electronic Engineering, Faculty: Semiconductor and Electrovacuum Engineering, specialty “Semiconductor and Electrovacuum Engineering”, qualification “Mechanical Engineer”

Additional education / Professional Development / Internships

Professional Development Program “Entrepreneurial thinking and support for entrepreneurial initiatives of students” (FGAOU VO “Higher School of Economics”), certificate of advanced training No. 128117, registration number 3.10-30/296 December 2018 Advanced training 01.12.2018 (PDF, 379 Kb)

Additional professional education program “Innovative Pedagogical Technologies and Pedagogical Control in Distance Education” and, September 2014

Advanced training program “Rules for organizing the educational process by teachers of the National Research University Higher School of Economics” (FGAEI HE “NRU” Higher School of Economics “), certificate of advanced training No. 133909, registration number 4.21-18/1364, February 2019 File (PDF, 394 Kb)

2023. Federal Institute of Industrial Property Rospatent Seminar “Intellectual Property in the Digital Economy: from Application to Implementation”, 16 hours. Certificate (PDF, 1.08 Mb)

Professional interests

12.41.51 Quality and effectiveness of scientific activity 14.35.00 Higher professional education. Pedagogy of higher professional school47.13.00 Technology and equipment for electronic and radio engineering production81.14.13 Methods of design and construction81.29.00 Vacuum technology

Achievements and awards

  • Honorary worker of higher professional education of the Russian Federation (February 2005)

    Laureate of the Prize of the President of the Russian Federation in the field of education (September 2002)

    Medal “In memory 850th Anniversary of Moscow” (February 1997)

    Laureate of the State Prize of the USSR (November 1984)

  • Badge of honor of the II degree of the Higher School of Economics (April 2022)
  • Certificate of honor of the Higher School of Economics (April 2019))
  • Letter of Appreciation from the HSE Rector (December 2017)
  • Certificate of Appreciation from the Higher School of Economics (July 2015)
  • Medal “In Commemoration of the 850th Anniversary of Moscow” (December 1998)

  • Academic work allowance (2014-2015)

  • International peer-reviewed publication allowance (2022-2023, 2021-2022)

Training courses (2022/2023 academic year)

    9 0003 Fundamentals of Conceptual Design of Innovations (Master’s programme; where it is read: Moscow Institute in Electronics and Mathematics named after A. N. Tikhonov, 1 year, 1, 2 module)Rus
  • Fundamentals of Conceptual Design of Innovations (Mago-Lego; 1, 2 module)Rus

  • Design and Research Seminar (Master’s programme; A.N. Tikhonov Moscow Institute of Electronics and Mathematics; direction “11.04.04. Electronics and Nanoelectronics”, direction “11.04.04. Electronics and Nanoelectronics”, direction “11.04.04. Electronics and Nanoelectronics”; 1 year, 1-4 module)Rus

  • Archive of training courses

Training courses (2018 /2019uch.

  • Methodology of Innovative Engineering Design (Master’s programme; A.N. Tikhonov Moscow Institute of Electronics and Mathematics; 1 year, 3, 4 module)Rus : AN Tikhonov Moscow Institute of Electronics and Mathematics; 3 year, 1, 2 module)Rus
  • Design and Research Seminar (Master’s programme; where reading: AN Tikhonov Moscow Institute of Electronics and Mathematics; 1 year, 1-4 module)Rus

Training courses (2017/2018 academic year)

  • Methodology of innovative engineering design (Master’s programme; A. N. Tikhonov Moscow Institute of Electronics and Mathematics; 1 year, 3, 4 module)Rus
  • Methods of Search for Technical Solutions (Bachelor’s programme; A.N. Tikhonov Moscow Institute of Electronics and Mathematics; 3 year, 1, 2 module)Rus
  • Research Seminar “Engineering in Electronics” (Master’s programme; where it reads: Tikhonov Moscow Institute of Electronics and Mathematics, 1 year, 1-4 module)Rus

Participation in the editorial boards of scientific journals

  • http://www.mashin.ru/eshop/journals/nanoinzheneriya/?jeditorsbutton

  • Since 2011: member of the editorial board of Nano engineering”.

Conferences

  • 2018

    The IEEE International Conference “Quality Management, Transport and Information Security, Information Technologies” (IT&QM&IS-2018). (Saint Petersburg). Report: Reliability of Space Infocommunications Equipment

  • The IEEE Moscow Workshop on Electronic and Networking Technologies (MWENT-2018). (Moscow). Presentation: Automation of Parameter Extraction Procedure for Si JFET SPICE Model in the −200…+110°C Temperature Range

  • 2016

    The IEEE Latin-American Test Symposium (LATS-2016) (Foz do Iguaço). Presentation: Fault Simulation in Radiation-Hardened SOI CMOS VLSIs using Universal Compact MOSFET Model

  • IEEE-Siberian International Conference on Control and Communications (SIBCON-2016) (Moscow). Report: Welcome message from the technical program committee chairs

  • 2014

    10th European Workshop on Microelectronics Education (Tallinn). Report: The System of Microelectronics Education for Aerospace Industry Based on “University-Enterprise

Publications

51

  • Article Karabassov T., Valeriia D. Pashkovskaia, Nikita A. Parkhomenko, Anastasia V. Guravov ova, Kazakova E. A., Boris G. Lvov, Alexander A. Golubov, Andrey S. Vasenko. Density of states in the presence of spin-dependent scattering in SF bilayers: a numerical and analytical approach // Beilstein Journal of Nanotechnology . 2022 Vol. 13. P. 1418-1431. doi

  • Article Ya. V. Turkin, N. G. Pugach, E. G. Ekomasov, B. G. Lvov. 2022 (in print)

  • Article Skuratov M. I., Pugach N. G., Ekomasov E. G., Lvov B. G. Artificial neural networks: basic principles and possible implementations // Proceedings of the Ufa Scientific Center of the Russian Academy of Sciences. 2022. No. 4. S. 5-11. doi

  • Article Yagovtsev V. O., Pugach N. G., Turkin Ya. V., Ekomasov E. G., Lvov B. G., Seleznev D. V. Inverse proximity effect in superconductor-ferromagnetic insulator heterostructures / / Physics of metals and metallurgy. 2022 (in press)

  • Article D. I. Dzheparov, N. G. Pugach, B. G. Lvov, N. Gusev, Ekomasov E. Visualization of the distribution of the helical magnetization of the ferromagnetic layer of the superconducting spin valve // ​​Proceedings of the Ufimsky Scientific Center RAN. 2021. No. 1. S. 5-9.

  • Article Yagovtsev V. O., Pugach N. G., Ekomasov E., Lvov B. G. MAGNETIZATION IN SUPERCONDUCTOR-FERROMAGNETIC METAL BILAYERS CAUSED BY THE INVERSE PROXIMITY EFFECT // Physics of Metals and Metal Science. 2021. No. 9. P. 908-916. doi

  • Article by T. Karabassov, A.V. Guravova, A. Yu. Kuzin, Kazakova E. A., Kawabata S., B. G. Lvov, A.S. Vasenko. Anomalous current–voltage characteristics of SFIFS Josephson junctions with weak ferromagnetic interlayers // Beilstein Journal of Nanotechnology . 2020 Vol. 11. P. 252-262. doi

  • Article Córdoba C. W., da Silva R. M., Shanenko A., Vagov A., Vasenko A., Lvov B. G., Albino Aguiar J. Spontaneous pattern formation in superconducting films // Journal of Physics: Condensed Matter . 2020 Vol. 32. No. 075403. Article 075403. doi

  • Article Karabassov T., Stolyarov V. S., Golubov A. A., Silkin V. M., Bayazitov V. M., Lvov B. G., Vasenko A. S. Competitive 0 and π states in S/F/S trilayers: Multimode approach // Physical Review B: Condensed Matter and Materials Physics . 2019 Vol. 100. No. 10. P. 104502-1-104502-9. doi

  • Article Petrosyants K. O., Kharitonov I. A., Pugachev A., Lvov B. G. I-V- Characteristics Analysis of Betavoltaic Microbatteries Using TCAD Model // Journal of Physics: Conference Series . 2019 Vol. 1353. No. 1. P. 1-7. doi

  • Book Chapter Petrosyants K. O., Ismail-zade M. R., Sambursky L. M., Dvornikov O. V., Lvov B. G., Kharitonov I. A. Automation of Parameter Extraction Procedure for Si JFET SPICE Model in the −200…+110°C Temperature Range, in: 2018 Moscow Workshop on Electronic and Networking Technologies (MWENT). Proceedings . M. : IEEE, 2018. P. 1-5. doi

  • Chapter of the book Petrosyants K. O., Nikita I. Ryabov, Boris G. Lvov, Ekaterina I. Batarueva B. E. Development of Compact SPICE-models of IC Resistive Interconnects with Different Configurations, in: 2018 Moscow Workshop on Electronic and Networking Technologies (MWENT). Proceedings . M. : IEEE, 2018. Ch. 10. P. 1-4. doi

  • Article Lehtinen J. S., Lvov B. G., Arutyunov K. Quantum charge dynamics in quasi-one-dimensional superconductors / Per. from Russian // Physics of the Solid State . 2018 Vol. 60. No. 11. P. 2135-2138. doi

  • Book chapter Kofanov Y. N., Lvov B. G., Meleh N. A., Sotnikova S. Reliability of Space Infocommunications Equipment, in: Proceedings of the 2018 IEEE International Conference “Quality Management, Transport and Information Security, Information Technologies” (IT&QM&IS) . IEEE, 2018. P. 354-357. doi

  • Article Lekhtinen Ya., Lvov BG, Arutyunov K. Yu. Quantum charge dynamics in quasi-one-dimensional superconductors // Solid State Physics. 2018. V. 60. No. 11. S. 2096-2099. doi

  • Article Konstantin O. Petrosyants, Lev M. Sambursky, Igor A. Kharitonov, Boris G. Lvov. Radiation-Induced Fault Simulation of SOI/SOS CMOS LSI’s Using Universal Rad-SPICE MOSFET Model // Journal of Electronic Testing: Theory and Applications (JETTA) . 2017 Vol. 33. No. 1. P. 37-51. doi

  • Article Stukach O. V., Lvov B. G. The International IEEE Siberian Conference on Control and Communications // IEEE Microwave Magazine. 2017. V. 18. No. 2. S. 97-99. doi

  • Book chapter Petrosyants K. O., Sambursky L. M., Kharitonov I. A., Lvov B. G. Fault Simulation in Radiation-Hardened SOI CMOS VLSIs using Universal Compact MOSFET Model, in: Proceedings of the IEEE Latin-American Test Symposium (LATS-2016) . NY : The Institute of Electrical and Electronics Engineering, Inc., 2016. P. 117-122. doi

  • Book chapter Petrosyants K. O., Kharitonov I. A., Nikita I. Ryabov, Kozynko P. A., Boris G. Lvov. Hardware-Software Subsystem for Multilevel Thermal Fault Detection and Analysis of Electronic Components, in: 2016 International Siberian Conference on Control and Communications (SIBCON). Proceedings . M. : HSE, 2016. P. 1-6. doi

  • Book chapter Stukach O., Lvov B. G. Welcome message from the technical program committee chairs, in: 2016 International Siberian Conference on Control and Communications (SIBCON). Proceedings . M. : HSE, 2016. Ch. 1. P. 1-1. doi

  • E.V. Armenian. Materials of the conference / Ed. Editors: A. N. Tikhonov, V. N. Azarov, U. V. Aristova, M. V. Karasev, V. P. Kulagin, Yu. L. Leokhin, B. G. Lvov, N. S. Titkova , S. U. Uvaisov. M. : MIEM NRU HSE, 2015.

  • Article Vetrov V. A., Lvov B. G., Yurin A. I. Evaluation of the technical and economic feasibility of using inventions in complex technical systems // Quality. Innovation. Education. 2015. No. 6. P. 3-9.

  • Book chapter Veselov E. A., Uvaysov S. U., Lvov B. G., Furman Y., Vetrov V. A. Direct and reverse projection procedures in problems of 3D objects reconstruction from images, in: Innovative Information Technologies: Materials of the International scientific–practical conference . Part 2 / Ed. by S. U. Uvaysov. Part 2. M. : HSE, 2014. Ch. 2. P. 710-716.

  • Book chapter Uvaysova S., Uvaysova A., Lvov B. G., Zhurkov A.P. Ensure maintainability direction finder positions, in: Innovative Information Technologies: Materials of the International scientific-practical conference. Part 3 / Ed. by S. U. Uvaysov. Part 3. M. : HSE, 2014. Ch. 3. P. 164-166.

  • Chapter of the book Tikhonov A. N., Lvov B. G., Petrosyants K. O., Uvaysov S. U., Kharitonov I. A., Balakin Staniclav, Chetyrkin A., Krutikov V. N. The System of Microelectronics Education for Aerospace Industry Based on “University-Enterprise” Link, in: Proceedings of the Tenth Workshop on Microelectronics Education (EWME 2014 ) Vol. 1. Tallinn : Tallinn University of Technology, 2014. Ch. S04-02. P. S04-02-0027-S04-02-0035.

  • Chapter of the book Ivanov I., Uvaysov S. U., Lvov B. G., Korolev P. The laboratory stajnd for diagnosing of radio-electronic equipment on the example of the common emitter amplifier, in: Innovative Information Technologies: Materials of the International scientific -practical conference. Part 3 / Ed. by S. U. Uvaysov. Part 3. M. : HSE, 2014. Ch. 3. P. 311-313.

  • Book Scientific and technical conference of students, graduate students and young professionals of the National Research University Higher School of Economics. Materials of the conference / Ed. Editors: A. N. Tikhonov, V. N. Azarov, U. V. Aristova, M. V. Karasev, V. P. Kulagin, Yu. L. Leokhin, B. G. Lvov, N. S. Titkova . M. : MIEM NRU HSE, 2014.

  • Chapter of the book M. Khokhorin, A. V. Chupilin, B. G. Lvov, A. E. Abrameshin. Features of the design of modern designs of electronic devices // In the book: Innovations based on information and communication technologies: Proceedings of the international scientific and practical conference, 2014 / Ed. editor: I. A. Ivanov; under total editor: S. U. Uvaisov; scientific Ed.: A. N. Tikhonov. M. : NRU VSHE, 2014. S. 340-342.

  • Article Vetrov V. A., Linetsky B. L., Lvov B. G., Cherednichenko D. A. Building a tree of goals for engineering systems design // Quality. Innovation. Education. 2014. No. 12(115). pp. 55-61.

  • Chapter of the book Kuropatkina S. I., Lvov B. G., Uvaisov S. U., Kazansky A. G. Comparative analysis of marketing structures of electronic industry enterprises // In the book: Innovations based on information and communication technologies: Materials of the international scientific and practical conference, 2014 / Ed. editor: I. A. Ivanov; under total editor: S. U. Uvaisov; scientific Ed.: A. N. Tikhonov. M. : NRU HSE, 2014. P. 299-302.

  • Chapter of the book Linetsky BL, Lvov BG The tasks of developing information support for the promotion of R&D results in the innovation cycle // In the book: Innovative information technologies. Materials of the international scientific-practical conference, Prague, April 22-26, 2013. Volume 2 // Innovative information technologies: Materials of The International Scientific-Practical Conference, Prague, 2013, April 22-26. Part 2 / Ans. editor: I. A. Ivanov; under total editor: S. U. Uvaisov; scientific Ed.: S. U. Uvaisov. T. 2. M. : MIEM NRU HSE, 2013. P. 307-310.

  • Chapter of the book Abrameshin A. E., Zhurkov A. P., Lvov B. G., Tikhonov A. N. An innovative approach to the development of an automated control system for electronic devices // In the book: Innovations based on information and communication technologies: Proceedings of the international scientific and practical conference (2013) / Ed. editor: I. A. Ivanov; under total editor: S. U. Uvaisov; scientific Ed.: A. N. Tikhonov. M. : MIEM NRU HSE, 2013. Ch. 2. S. 343-345.

  • Chapter of the book Abrameshin A.E., Zhurkov A.P., Lvov B.G., Tikhonov A.N. Innovations based on information and communication technologies: Proceedings of the international scientific and practical conference (2013) / Ed. editor: I. A. Ivanov; under total editor: S. U. Uvaisov; scientific Ed.: A. N. Tikhonov. M. : MIEM NRU HSE, 2013. Ch. 2. S. 340-343.

  • Article Lvov BG, Belsky MD, Rybalko VV Simulation of a focusing microlens for an Auger analyzer with a CPA // Izvestiya RAN. Physical series. 2013. V. 77. No. 8. S. 1059-1062.

  • Book Scientific and technical conference of students, graduate students and young professionals MIEM NRU HSE. Abstracts / Ed. Editors: A. N. Tikhonov, V. N. Azarov, M. V. Karasev, V. P. Kulagin, Yu. L. Leokhin, B. G. Lvov, U. V. Aristova, N. S. Titkova . M. : MIEM NRU HSE, 2013.

  • Article Lvov BG, Nikolaevskiy AV Experimental study of the adsorbate effect on the surface relief formation of thin metal films in scanning probe microscopy // Nanoengineering. 2013. No. 6(24). pp. 32-35.

  • Book Balan N. N., Vasin V. A., Ivashov E. N., Lvov B. G., Nevsky A. B., Stepanchikov S. V. Micro- and nanoengineering in electronic engineering: A series of 7 monographs. Monograph 1. Ivanteevka MO: Research Institute of Limiting Technologies, 2012.

  • Book Balan N. N., Vasin V. A., Ivashov E. N., Kuzkin V. I., Lvov B. G., Stepanchikov S. V. Micro- and nanoengineering in electronic engineering: A series of 7 monographs. Monograph 2. Ivanteevka MO : Research Institute of Limiting Technologies, 2012.

  • Book Vasin V. A., Vetrov V. A., Ivashov E. N., Lvov B. G., Stepanchikov S. V. Micro- and nanoengineering in electronic engineering: A series of 7 monographs. Monograph 3 V. 2. Ivanteevka MO : Research Institute of Limiting Technologies, 2012.

  • Book Balan N. N., Vasin V. A., Ivashov E. N., Lvov B. G., Stepanchikov S. V. Micro- and nanoengineering in electronic engineering: A series of 7 monographs. Monograph 4. Ivanteevka MO: Research Institute of Limiting Technologies, 2012.

  • Chapter of the book Lvov B. G. Application of the hierarchy analysis method to assess the effectiveness of inventions as part of a complex technical system // In the book: Quality management and information systems management (MQ & ISM -2012). Proceedings of the international conference / Ed. Ed.: V. N. Azarov. M. : Fund “Quality”, 2012. S. 3-4. (in press)

  • Chapter of the book Grebennikov V., Kulomzin E. K., Lvov B. G., Cherdakova E. A method for determining residual internal stresses in single-crystal materials // In the book: Collection of scientific papers SWorld. : Promising innovations in science, education, production and transport 2012 / Ed. Ed.: S. V. Kuprienko. T. 9. Issue. 2. Odessa: Kuprienko S. V., 2012. S. 24-28.

  • Chapter of the book Bykov D.V., Kechiev L.N., Lvov B.G., Petrosyants K.O. 2. M.: CJSC “Publishing House” Capital Encyclopedia “, 2012. S. 506-521.

  • Article Lvov BG, Nikolayevsky AV Investigation of the processes of electric field action of a tunnel gap on the surface of metallized thin films. // Vacuum technique and technology. 2011. V. 21. No. 2. S. 113-114. (in press)

  • Book Lvov BG, Bondarenko GG, Nikolayevsky AV Scanning tunneling lithography of nanometer structures in the SMM-2000 probe microscope. M. : Moscow State Institute of Electronics and Mathematics, 2011.

  • Book Bondarenko GG, Lvov BG, Nikolayevsky AV Digital processing and analysis of images of surface nanostructures in the SMM-2000 scanning probe microscope. M. : MIEM, 2011.

  • Book Lvov BG, Bondarenko GG, Nikolaevskiy AV Study of operating methods of the SMM-2000 scanning probe microscope. Moscow: Moscow State Institute of Electronics and Mathematics, 2010.

  • Article Kulagin V. P., Lvov B. G., Ponomarev A., Rybalko V. V., Trubochkina N. K. Nanotechnological projects of MIEM: from mathematical models to practical development // Russian Nanotechnologies. 2010. V. 5. No. 11-12. pp. 12-15.

  • Book Lvov BG, Bondarenko GG, Nikolayevsky AV Scanning probe microscopy in the study of the surface structure of nanomaterials. Moscow: Moscow State Institute of Electronics and Mathematics, 2010.

  • Article Lvov B. G., Vetrov V. A. Mathematical models of functioning of multi-chamber vacuum systems // Vacuum technique and technology. 2007. V. 17. No. 1. S. 3-6.

  • Article Lvov BG, Vetrov VA Analysis of the state of miniature vacuum pumps // Vacuum technique and technology. 2003. V. 13. No. 1. S. 141-151.

Experience

Head of more than 70 R&D.

Author of more than 200 scientific and educational publications and 60 inventions.

Developer of 7 educational standards of higher education.

Information

*

  • Total experience: 56 years
  • Scientific and pedagogical experience: 44 years
  • Teaching experience: 41 years are withdrawn in accordance with the requirements of Order N 831 of August 14, 2020 of the Federal Service for Supervision in Education and Science

    Methodological and editorial activities

    Member of the Federal Educational and Methodological Association in the system of higher education for an enlarged group of specialties and areas of training – 11.00.00 “Electronics, radio engineering, and communication systems”

    Member of the editorial board of the scientific and technical journal ” Nanoengineering”

    Member of the Technical Committee TC 249 for standardization “Vacuum Technology”

    Theses

    Supervisor of a defended dissertation for the degree of candidate of technical sciences

    Nikolaevskiy AV Experimental study of non-contact formation of surface nanostructures by scanning tunneling microscopy. 2012

    Protected objects of intellectual property

    Obtained 59 copyright certificates and patents of the Russian Federation, including in the National Research University Higher School of Economics

    Demidov D.V., Ivashov E.N., Lvov B.G., Perevoznikov A.Yu., Stepanchikov S.V. Nanodisplacement device. RF patent for utility model No. 124859 dated February 10, 2013.

    Ermilov A.I., Zuikov M.O., Ivashov E.N., Korchak A.S., Lvov B.G., Nikitin D.A., Taran N.V. Nanotechnological device for the formation of quantum dots on a substrate. RF patent for utility model No. 118120 dated 10.07.2012 .- B.I. No. 19.

    Ermilov A.I., Zuikov M.O., Ivashov E.N., Korchak A.S., Lvov B.G., Nikitin D.A. Device for performing nanotechnological operations Patent of the Russian Federation for utility model No. 115123 dated April 20, 2012 .- B.I. No. 11.

    Ermilov A.I., Zuikov M.O., Ivashov E.N., Korchak A.S., Lvov B.G., Nikitin D.A., Taran N.V. Device for assembling carbon nanostructures.

    RF patent for utility model No. 115124 dated April 20, 2012. – B.I. No. 11.

    · D. V. Demidov, E. N. Ivashov, B. G. Lvov, A. Yu. 2012.

    Participation in research projects, grants

    Research projects

    – Integrated multiphysics modeling of basic structures and technologies of a new generation of microminiature, micropower semiconductor photo- and beta-voltaic batteries and sensors with a long service life for autonomous medical and technical systems of various appointments (2019)

    – Complex modeling of interconnected electro-thermal, electromagnetic, photoelectric and radiation effects and phenomena in devices, circuits and systems of electronics, micro- and nanoelectronics (2018)

    – Modeling of thermal processes in the sensitive element of a thermoelectric energy converter of pulsed laser radiation (2015) – head

    Development and testing of a virtual device that simulates the operation of real nanotechnology measuring equipment (2012-2013) – head

    Development of methods for multilevel research and modeling of elements of promising microelectronic products from the material level to the level of circuits with increased resistance to temperature and radiation effects (2013)

    Schedule for today

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