ABHIRUP MOITRA — Co-Founder

Hey, This is Abhirup, I'm an independent thinker, learner, and explorer of the universe. Since childhood, I've been trying to understand how the whole universe works, how is arranged together, was this the clockwork behind it makes it run the way it does. 📌 In 2015, when I fell in love with Physics "AT THE SPEED OF LIGHT" by G. VENKAT RAMAN was that book 📖 made me enthusiastic about physics & and mathematics. 📌 In 2017 "THE THEORY OF EVERYTHING" & and "A MAN WHO KNEW INFINITY " these two movies inspired me a lot. 📌2019 After completing my Higher secondary examination 👨‍🏫📕 I was determined to make my career in mathematics. Still, I had come to know about "DATA SCIENCE " 📈📉 , I researched a lot about it and what I understood i.e., Data Science is the field or that subject where mathematics, statistics and computing embrace each other. More, precisely to say, it's an amalgamation of Mathematics, Statistics, and Computation. Now I'm a Graduate in Statistics (Hons.) from Amity University, Kolkata. The entire $3$ years of journey with statistics made me realize that statistics or the future of statistics is not only "DATA SCIENCE " & and "MACHINE LEARNING", Statistics is the theory of experimental sciences in which physics, chemistry, computer science, economics, engineering, psychology, geology, and all other domains that deal with the real world, are tied together whereas mathematics allows his language to personify mathematical science related beautifully. Science and technology are changing our world dramatically and it's important to ensure that these changes are in the right direction. In a democratic society, it means that we all need to have at least a basic understanding of science, so we can make our decisions ourselves rather than lead to the expert. Everyone can and sure have a broad picture of how the universe operates and our place in it. I aim to share fundamental and frontier ideas and techniques for modern science and technology that can stimulate research interest in the exploration of mathematical applications and directly pass the new knowledge to the next generation and I hope to succeed in my mission and vision.

Stackforce AI infers this person is a Mathematics and Data Science specialist with a focus on complex systems and statistical analysis.

Experience: 6 yrs 7 mos

Skills

Complex Dynamics
Mathematics
Mathematical Analysis
R Programming
Statistical Analysis
Mathematics Education
Mathematical Modeling
Scientific Communication
Statistics

Career Highlights

Expert in complex dynamics and fractal geometry.
Strong background in statistical analysis and R programming.
Passionate science communicator and educator.

Work Experience

VIT-AP University

Scholar (1 yr 2 mos)

Research Intern (5 mos)

Summer Internship (2 mos)

Kolkata R UseR group

Founding Member & Assistant Organizer (2 yrs)

Amity University Kolkata

Major Project Trainee (3 mos)

Project Trainee (4 mos)

Student Trainee (6 mos)

Statistics , student (2 yrs 11 mos)

Cosmic Charade (বিস্ময়কর ব্রহ্মাণ্ড) 🪐🌠

Founding Member & Executive Contributor (4 yrs 1 mo)

Educator, Mentor & Science Communicator (4 yrs 1 mo)

Education

Bachelor of Science at Amity University Kolkata

HIGHER SECONDARY at Malda Railway High School

Secondary Education at Akrumoni Coronation Institution (H.S)

lower primary at Sabuj Abujh Shishu Angan

ABHIRUP MOITRA

Co-Founder

India6 yrs 7 mos experience

Most Likely To SwitchAI ML Practitioner

Key Highlights

Expert in complex dynamics and fractal geometry.
Strong background in statistical analysis and R programming.
Passionate science communicator and educator.

Stackforce AI infers this person is a Mathematics and Data Science specialist with a focus on complex systems and statistical analysis.

Contact

Skills

Core Skills

Complex DynamicsMathematicsMathematical AnalysisR ProgrammingStatistical AnalysisMathematics EducationMathematical ModelingScientific CommunicationStatistics

Other Skills

Applied ProbabilityC (Programming Language)C programmingChaos TheoryCommunicationComplex AnalysisContent DevelopmentCricketData VisualizationDiscrete Event SimulationDynamical SystemsEconometricsEnglishFractalsHTML

About

Experience

Vit-ap university

3 roles

Scholar

Jan 2025 – Present · 1 yr 2 mos

I am currently extending my work in complex dynamics, fractal geometry, and computational mathematics to further my academic and professional endeavors. My research interests include the exploration of higher-dimensional Julia and Fatou sets, the Mandelbrot Locally Connected Conjecture (MLC), and the interplay between fractal geometry and classical topological concepts. I am also deeply engaged in enhancing algorithms for fractal generation, with a focus on improving computational efficiency and accuracy. Through these pursuits, I aim to contribute to the broader understanding of mathematical complexity and its applications in modern science and technology.

Complex DynamicsComplex AnalysisMathematics

Research Intern

Aug 2024 – Jan 2025 · 5 mos

This work deals with the study of the dynamical and fractal characteristics of the complex perturbed rational map provided by $z_{n+1} = ½(z_n + λ/ z_n ^q)$. The introduction will first lay out brief historical elaboration of the so-called Julia sets with respect to their significance for studying dynamical systems. It will show how perturbations in rational maps typically afford a cozy ground for complex and varied behavior into more advanced mathematical and computational investigations. The specific method we will implement in this study is the optimal control function method. This method allows for a manipulation of the Julia sets through the controlling of the point at infinity on a rational map. Consequently, the introduction will outline why this methodology will particularly succeed in observing the stability and convergence of dynamical systems and, more generally, mathematical modeling.
The very fact of finding such a nonlinear method makes the realm of coordinated oscillations fresher and more interesting. The driving term associated with the optimal control function has, therefore, been substituted, whereby Julia sets, two belonging to synchronous systems, are evaluated. The buzz that follows this mathematical novelty significantly demands attention given its importance in understanding coupled dynamical systems in different settings. This elaborate introduction, therefore, sets-a-forward framework for the rigorous study of the control mechanisms and synchronization phenomena in complex perturbed rational maps.

Complex DynamicsFractalsMathematical Analysis

Summer Internship

May 2024 – Jul 2024 · 2 mos

I have conducted a comprehensive literature review in the field of Complex Dynamics under the guidance of Dr. Shantanu Nandi, Assistant Professor, Department of Mathematics, School of Advanced Sciences, VIT-AP University. This review involved exploring various aspects of holomorphic dynamics, fractal geometry, and their connections to mathematical and computational sciences.

Complex DynamicsFractals

Kolkata r user group

Founding Member & Assistant Organizer

Mar 2024 – Present · 2 yrs · Kolkata, West Bengal, India · Remote

I'm a core committee member of the Kolkata R User Group, where I serve as an event coordinator and R programming course instructor. I contribute to the group’s mission of advancing scientific computation visualization, and statistical analysis through R programming.

R ProgrammingFractalsChaos TheoryStatistical Analysis

Amity university kolkata

4 roles

Major Project Trainee

Feb 2022 – May 2022 · 3 mos · Kolkata metropolitan area, West Bengal, India

This research project allows to create a Shiny app to plot gene expression data (Real-Time PCR) from a published manuscript entitled “An Unbiased Systems Genetics Approach to Mapping Genetic Loci Modulating Susceptibility to Severe Streptococcal Sepsis by Abdeltawab, N.F. et al. 2008”. However, for more information we can access the full research article from this link. (https://journals.plos.org/plospathogens/article?id=10.1371/journal.ppat.1000042). We have built the Shiny app from scratch, along the way we have presented the different components of shiny app throughout this project.

Microsoft OfficeMicrosoft ExcelMathematics EducationR ProgrammingMicrosoft PowerPointMathematical Analysis+5

Project Trainee

Aug 2021 – Dec 2021 · 4 mos · Kolkata metropolitan area, West Bengal, India

A discrete-event simulation (DES) models a system as a discrete sequence of events. The execution of an event at a given time will lead to a change in the system's state. One can configure the combination of events in a system in such a way that it can simulate an actual process. The applications of DES-based simulation are broad. If used to simulate a process one can for example gain insights into the process' risk, efficiency and effectiveness. Also, by simulation of an alternative configuration of a process, one can proactively estimate the benefits of changes to the process. This in turn allows one to get clear insights into the benefits of process redesign strategies (e.g., extra resources). simmer is a process-oriented and trajectory-based discrete-event simulation package for R. The architecture encloses a robust and fast simulation core written in C++ with automatic monitoring capabilities. It provides a rich and exible R API that revolves around the concept of trajectory, a common path in the simulation model for entities of the same type. It is Designed to be a generic framework, it leverages the power of Rcpp to boost performance and make DES modelling in R not only effective but also efficient. As a noteworthy characteristic, simmer exploits the concept of trajectory: a common path in the simulation model for entities of the same type. As a modelling framework it is flexible and simple to use, and leverages the chaining/piping workflow introduced by the ‘magrittr’ package. The initial need for a DES framework for R came up in projects related to process optimization in healthcare facilities. Most of these cases involved patients following a clear trajectory through a care process. This background is not unimportant, as it led to the adoption and implementation of a trajectory concept at the very core of simmer's DES engine. This strong focus on clearly defined trajectories is somewhat innovative and, more importantly, very intuitive.

Microsoft OfficeMicrosoft ExcelMathematics EducationR ProgrammingMicrosoft PowerPointMathematical Analysis+5

Student Trainee

Apr 2020 – Oct 2020 · 6 mos · Kolkata metropolitan area, West Bengal, India

Creating Linear Statistical Model And Diagnostic Plot
The objective of this study mainly focused to perform a linear regression model with mpg car dataset and execute diagnostic plot. The diagnostic plot leads the prediction errors (residuals) against the predicted values and it's used to see if the predictions can be improved by fixing problems in data.

Mathematics EducationR ProgrammingMathematical AnalysisLinear RegressionStatistical ProgrammingR (Programming Language)+3

Statistics , student

Aug 2019 – Jul 2022 · 2 yrs 11 mos · Kolkata metropolitan area, West Bengal, India

In 3 years B.Sc.(Hons.) Statistics program, I studied
Statistics and Mathematics (Major) •Econometrics and Behavioral Sciences (Minor).
End of every year there was a non-teaching credit course (NTCC).
📌 PROJECTS:
1) LINEAR STATISTICAL MODEL AND DIAGNOSTIC PLOT
2) SIMULATION OF COVID-19 TESTING PROCESS USING R SIMMER
3) DEVELOPING R SHINY APP WITH DIFFERENTIAL GENE EXPRESSION DATA (REAL-TIME PCR)
📌 STATISTICS COURSES:
1) DESCRIPTIVE STATISTICS
2) PROBABILITY - I
3) STATISTICAL METHODOLOGY
4) APPLIED STATISTICS
5) PROBABILITY -II
6) SAMPLING THEORY
7) LINEAR MODELS AND APPLICATIONS
8) RESEARCH METHODOLOGY AND STATISTICS
9) STATISTICAL INFERENCE -I
10) STATISTICAL INFERENCE- II
11) PROBABILITY AND STATISTICS
12) RESEARCH METHODOLOGY AND BIOSTATISTICS
13) FUNDAMENTALS OF BIOSTATISTICS
14) STOCHASTIC PROCESS
15) TIME SERIES ANALYSIS
16) NON-PARAMETRIC STATISTICS
17) DESIGN OF EXPERIMENT
18) INTRODUCTION TO STATISTICAL CONSULTING
19) QUALITY CONTROL AND APPLICATIONS
20) RELIABILITY THEORY
21) STATISTICS LAB (1,2,3,4,5,6)
📌 MATHEMATICS COURSE:
1) MATHEMATICS - I – SUBSIDIARY
2) MATHEMATICS - II – SUBSIDIARY
3) REAL ANALYSIS THEORY AND APPLICATIONS
4) LINEAR ALGEBRA
5) NUMERICAL ANALYSIS
📌 ALLIED COURSE:
1) INTRODUCTION TO ECONOMETRICS
2) OPERATIONS RESEARCH METHODS AND APPLICATIONS
3) PRACTICAL MANAGEMENT SCIENCE
4) ENVIRONMENTAL STUDIES
5) UNDERSTANDING SELF FOR EFFECTIVENESS
6) INDIVIDUAL SOCIETY AND NATION
7) CREATIVITY FOR TEAM EXCELLENCE
8) PROFESSIONAL ETHICS AND SOCIAL RESPONSIBILITY

Microsoft ExcelIBM SPSS StatisticsMathematics EducationHTMLR ProgrammingMicrosoft PowerPoint+9

Cosmic charade (বিস্ময়কর ব্রহ্মাণ্ড) 🪐🌠

2 roles

Founding Member & Executive Contributor

Feb 2022 – Present · 4 yrs 1 mo · Kolkata, West Bengal, India · Remote

Actively engaged in establishing Cosmic Charade as a startup since 2022. Led efforts with the team to formalise and register the organisation under the Government of India. Successfully obtained UDYAM registration (UDYAM-WB-08-0072647) to enhance credibility and operational legitimacy. Contributed to strategic growth, content development, and outreach initiatives.

Mathematics EducationMathematical ProgrammingLinear ModelsR ProgrammingMathematical AnalysisWriting+6

Educator, Mentor & Science Communicator

Feb 2022 – Present · 4 yrs 1 mo · Kolkata, West Bengal, India · Remote

I design and conduct workshops, courses, and mentoring sessions on scientific computing, numerical methods, and complex dynamics, equipping learners with essential analytical skills. Through scholarly writing and public engagement, I simplify complex scientific concepts and bridge the gap between research and broader audiences. As a mentor in computational sciences, fractal geometry, and numerical analysis, I guide students in developing critical thinking and problem-solving abilities, fostering deeper scientific inquiry.

Mathematics EducationR ProgrammingMathematical AnalysisWritingFractalsContent Development+4