IBM Cybersecurity Analyst
Currently working through the IBM Cybersecurity Analyst program, building skills in threat detection, SOC workflows, digital forensics, and modern defensive security.
I explore science and technology to find the patterns that link them, using code and experimentation to deepen my understanding of how systems work.
I’m naturally curious and like to figure things out on my own. Give me an abstract problem or a tricky bit of code, and I’ll dive right in. I love building algorithms, tinkering with machine learning models, and spotting patterns in math and physics. Most of my projects end up as a mix of code, data, and a dose of scientific thinking.
Ever since I was a kid, I’ve wanted to know how things work,whether that meant scribbling out equations, running little experiments, or messing around with simulations. That curiosity turned into a habit: now I approach learning and research with a clear, practical mindset.
When I’ve got some free time, you’ll usually find me working on a new ML project, digging into advanced math or physics, jumping into coding challenges, or helping friends out with math and STEM questions.
Currently working through the IBM Cybersecurity Analyst program, building skills in threat detection, SOC workflows, digital forensics, and modern defensive security.
Mastering deep learning, neural networks, tensors, and model training.
Studying PC hardware, operating systems, and core IT troubleshooting skills.
Building and analyzing regression models using the statsmodels library.
Building various ML models using scikit-learn, including regression, classification, and ensemble methods.
Mastered plotting with Matplotlib, Seaborn, and Plotly Express.
Acquiring expertise in shell commands, permissions, and system tools.
Planning an interactive Kivy application for plotting and visualizing data.
Designing an Arduino-controlled device to engrave drawings with a laser.
Completed coursework in ML, statistics, R programming, and data analysis.
Intensive study across organic, inorganic, and physical chemistry topics.
Prepared advanced topics from mechanics to relativity for the competition.
Mastered Excel automation, macro creation, and VBA scripting.
Completed foundational training on AI, machine learning basics, and neural nets.
Learned R fundamentals, data manipulation, and strong visualization techniques.
Mastered plotting with Matplotlib, Seaborn, and Plotly Express.
Gained hands-on proficiency in SQL and database fundamentals.
Completed core studies in finance, investment instruments, and market operations.
Learned core principles for effective data analysis, management, and handling.
Completed foundational course on machine learning concepts and model implementation.
Learned advanced techniques for designing effective and optimized AI prompts.
Gained proficiency in advanced OSINT strategies and investigative analysis.
Explored OSINT tools, digital footprinting, and anonymization best practices.
Completed Google’s ML course, including hands-on exercises and TensorFlow.
Built an AI app that uses a custom neural network to predict user doodles.
Designed a smart-ring system concept translating gestures into speech via ML.
Participated in the national math competition, focusing on advanced proofs.
Completed the Python-focused CS50 course with practical projects and exercises.
Competed in the national informatics competition, solving complex algorithmic problems.
Completed Harvard’s full CS50x course, covering C, algorithms, and core CS principles.
Solved advanced Olympiad problems across mechanics, EM, and quantum physics.
Advanced through Olympiad rounds in organic, inorganic & physical chemistry.
Foundational computer science with C, algorithms, data structures, web development, and logic.
Comprehensive Python training with debugging, object-oriented concepts, scripting, and practice.
Working with relational databases through SQL queries, schema design, joins, constraints, and logic.
Fundamental R skills covering data handling, visualization, statistics, and computation.
Fundamental R skills covering data handling, visualization, statistics, and computation.
Applied machine learning with XGBoost, pipelines, model validation, and handling data issues.
Transforming raw datasets into structured, valuable, and high-impact features for stronger models.
Forecasting using trends, seasonality, autocorrelation, and essential practical time-series models.
Core ideas of supervised learning, training predictive models, bias, and evaluating accuracy.
Practical Python exercises covering scripting, automation, data analysis, and core programming concepts.
Data manipulation, cleaning, grouping, and transformation techniques using the powerful pandas library.
Building clear and expressive data visualizations with Matplotlib and Seaborn for analytical insights.
Programming foundations in Python including loops, logic, debugging, variables, and basic problem solving.
Modern AI concepts including ML models, neural systems, automation, and decisions.
Foundational concepts in data lifecycle, analytics, architecture, databases, sorting, and organizational value.
Applied ML using TensorFlow, focusing on gradient descent, regularization, and projects.
Challenging physics problems in mechanics, thermodynamics, electricity, and reasoning.
Challenging national-level chemistry problems requiring high analytical depth, logic, and precision.
National chemistry probelms requiring graduate , knwoldege and advanced thinking.
Olympiad-level mathematical reasoning focusing on rigorous proofs, and abstraction.
Computational challenges involving algorithms, optimization, logic, and structured design.
National informatics contest testing algorithmic thinking, structured logic, creativity, and strategy.
Logic-based informatics puzzles focusing on pattern recognition, abstract reasoning, and structured thinking.
National junior contest exercises emphasizing algorithmic reasoning, abstraction, and computational logic.
Introductory informatics problems focused on abstraction, pattern recognition, and abstract reasoning.
Daily cryptography challenges covering ciphers, logical deduction, codes, and abstract analysis.
OSINT research methods focusing on digital tracing, verification, and investigation.
Applied OSINT workflows for footprinting, adversary mapping, reconnaissance, and analysis.
Prompt engineering strategies for improving AI reasoning, creativity, usefullnes and clarity.
Currently developing an AI-driven security system that analyzes user behavior patterns—such as login times, file access, data transfers, and locations—to identify anomalies and flag potential breaches before they occur.
Recently began the IBM Cybersecurity Analyst program, gaining foundation-level skills in digital security, threat detection, incident response, and modern defense practices.
Currently exploring the fundamentals of neuroscience, understanding how the brain processes information and controls behavior.
Currently learning Linux commands, file management, and shell scripting. Enjoying the process of understanding the system from the inside out.
Actively practicing ethical hacking, vulnerability scanning, and network security techniques. Learning how to identify and mitigate security risks in real time.
Planning to build an interactive app that visualizes datasets with charts and graphs. The goal is to make data exploration engaging and intuitive.
Planning an Arduino-controlled wood engraving machine. Excited to combine electronics, coding, and hands-on craftsmanship in a creative project.
Qualified for the next round of the International Chemistry Olympiad. Looking forward to solving more challenging chemistry problems.
Achieved qualification for the International Physics Olympiad. Excited to tackle advanced physics problems and refine problem-solving skills.
Attended the student physics workshop and presented a small topic. Great opportunity to connect with other students and exchange ideas.
Currently developing and testing machine learning models for regression and classification tasks. Exploring how models learn from data in real time.
Let’s connect! I enjoy discussing STEM, AI, and innovative projects.
LinkedIn • GitHub • Credly • Google Developers • Email
Feel free to reach out for collaborations, questions, or a chat about tech.