Elmar Guseinov

1. Ultra-Strong Cement (Project for a Drilling Company)
Obtaining of an ultra-strong cement formulation using linear regression.
2. Material Porosity Estimation (Project for a Drilling Company)
Development of an application for estimating pore volume in a material from photographs.
3. Crystal Growth Simulation (Project for a Drilling Company)
Development of an application visualizing crystal growth processes.
4. Board Game (Gaming Startup)
Estimating level difficulty using the Monte Carlo method.
5. Music Generator (Gaming Startup)
Development of an application for generating melodies.
6. Billiard Ball Trajectory (Gaming Startup)
Derivation of the motion formula for a billiard ball in a game environment.
7. Complex Quest Generation Algorithm (Gaming Startup)
Development of an algorithm for generating game logic for quest-based games.
8. Center of Gravity Calculation (Construction Project)
Development of an Excel-based application that determines the center of gravity of a construction slab based on user-filled cells. The program was successfully used to position a supporting beam.
9. Model of Opinion Evolution in Society (Sociological Project)
Development of a mathematical model of public opinion dynamics that revealed the growth of groups sharing the same opinion.
10. Poker Analysis (Gaming Startup)
Determination of hand values at different stages of a poker game using Monte Carlo simulation.
11. Advertising Conversion Analysis (Optical Eyewear Business)
Development of a program for determining the minimum number of advertisement impressions required to estimate conversion rates with a specified level of accuracy.
12. Employee Work Scheduling (Consulting Project for a VTB Team Lead)
Development of a program for optimal task allocation among bank employees.
13. Sports Betting Games (Gaming Startup)
Development of an algorithm for generating new betting-style gambling games.
14. Zero-Loss Lottery (Gaming Startup)
Design of a gambling game with zero variance.
15. Crypto Game (Gaming Startup)
Calculation of payout coefficients for games in an online application.

Our collaboration begins with a video call, during which you introduce the specifics of your business and outline the problem you are interested in solving. At this stage, I identify the mathematical component of the task — the model and the numerical parameters that need to be determined.

If the problem is clear to me, by the end of the call I will specify the estimated time required for its solution and the cost of the service, calculated at a rate of $200 per hour of work. If the task is not multilayered, the solution typically takes no more than 40 hours.

A partial prepayment system via cryptocurrency transfer is used:

1. The first half of the total amount is paid
2. The first half of the work is completed
3. Interim results are presented (second video call)
4. The second half of the total amount is paid
5. The second half of the work is completed
6. Final results are presented (third video call)

Graph Theory Specialist

Lecturer in Mathematics and Programming (Python), RANEPA

Key Research Results

1. Constructive proof of Hakimi’s theorem
2. Discovery of new properties of the 99-vertex Conway graph
3. Generalization of Turán’s extremal theorem
4. Model of opinion evolution in society
5. Solution of a weak form of the Erdős–Gyárfás problem

Published Books

1. An Elementary Proof of Kuratowski’s Theorem (2016)
2. What Is Mathematics? (2024)

Published Courses

1. Proof Techniques in Graph Theory (INTUIT)
2. Sets, Logic, and Groups for Programmers (Russian Math Tutors)
3. Axiomatic Set Theory (Zenclass)
4. Introduction to General Topology and G. Perelman’s Theorem (Zenclass)

Lectures at IT Hub New Zeon (Baku)

1. Data Symmetry: Optimizing Search in Hypergraphs
2. Four Open Problems in Graph Theory
3. A Model of Opinion Evolution in Society
4. Introduction to Model Theory
5. The Renaissance of Automated Theorem Proving

Degrees (Chemistry and English Language)

1. Technology of Organic Chemistry and Pharmaceutical Substances
D. I. Mendeleev University of Chemical Technology, 2004–2010
2. Translator in Professional Communication
D. I. Mendeleev University of Chemical Technology, 2007–2010

Certificates (Mathematics and Programming)

1. Introduction to Graph Theory – INTUIT, 2011
2. Discrete Analysis – INTUIT, 2011
3. Graphs and Their Applications – INTUIT, 2012
4. Discrete Mathematics – INTUIT, 2014
5. Game Theory and Operations Research – INTUIT, 2016
6. Formal Language Theory – INTUIT, 2019
7. Modern Combinatorics – Coursera, 2016
8. Random Graphs – Coursera, 2016
9. Introduction to Programming Using Python – edX, 2016

Official Positions

1. Lecturer in Mathematics and Programming
Russian Academy of National Economy, since 2018
2. Junior Researcher
Federal Scientific Center of Hygiene named after F. F. Erisman, 2015
3. Head of Laboratory
RINACO Drilling Service Company, 2013–2014