My academic career has been carefully crafted to ensure I learn:
1) How to create a competitive technical product
2) How to make sure my technology is ethical and helps society
3) How to make & manage $$$ for what I create
4) Knowledge about several different markets and industries
📘 Technical Coursework
Engineering Mechanics: Statics
Undergraduate
Applied analysis of structures in equilibrium, using SolidWorks and statics modeling principles.
Introduction to CS
Undergraduate
Foundational programming in Java and Python, covering basic computing principles and logic.
Linear Algebra
Undergraduate
Matrix operations, eigenvalues/vectors, and linear systems applied to data science and 3D visualization.
Bioethics
Undergraduate
Exploration of ethical concerns in medicine, biotechnology, and AI applications in healthcare.
Calculus I–III
Undergraduate
Multivariable calculus foundations for optimization, simulations, and signal processing in CS and ECE.
✨ Features Overview
Built for developers
Built for engineers, developers, dreamers, thinkers and doers.
Ease of use
It's as easy as using an Apple, and as expensive as buying one.
Pricing like no other
Our prices are best in the market. No cap, no lock, no credit card required.
100% Uptime guarantee
We just cannot be taken down by anyone.
Technical Education
College Coursework in Technology
Introduction to CS
Data Structures
Engineering Mechanics: Statics
Data-Driven Design for Engineers
Linear Algebra
Core Math & Science College Coursework
Calculus I-III
General Chemistry, Experimentation
Physics 1, 2
Anatomy & Physiology I
What I Learned:
Java
Python
MatLab, Solidworks
Object-Oriented Programming
Data Structures
Engineering Design
Simulation & Computational Modeling
What I Use These Skills For:
Calculus:
Machine Learning & AI Applications: Gradient descent and optimization algorithms.
Computer Graphics & Simulations: Applied in rendering 3D models.
Cryptography & Cybersecurity: Modular arithmetic and number theory in encryption algorithms.
Signal Processing & Data Science: Fourier transforms used in image/audio processing and AI models.
Chemistry & Physics, Anatomy:
Computational Chemistry : Python scripts to model molecular structures.
AI in Healthcare: CureBytes, Elysian.
Chemical Data Visualization: Chemical reaction analysis.
Lab Automation: Automating chemical processes using software-controlled sensors (used in my Research Lab).
Medical Research for Healthcare-Related Software Projects
Advanced Placement & Honors High School Technical Coursework
AP Physics C: Electricity & Magnetism
AP Calculus AB
AP Macroeconomics
AP Microeconomics
Introduction to Engineering
AP Computer Science A
AP Computer Science Principles
AP Statistics
AP Physics C: Mechanics, Honors Physics
High School Academic Accomplishments
14 Advanced Placement (AP) Courses with College Board
Awarded AP Scholar Award
20+ Honors Courses
GPA: 90+
National Honor Society Member
Finite Element Analysis (FEA)
Data Visualization & Analysis
Statistical Modeling & Regression
Optimization Algorithms
Matrix Operations
Eigenvalues & Eigenvectors in Data Science
Linear Systems for 3D Graphics & AR/VR
“Educating the mind without educating the heart is no education at all.”
-Aristotle
Creating technology goes beyond technical skills.
To create ethical technology that leaves a legacy benefitting society, understanding society and ethics is essential.
That’s why I’ve ensured my education encapsulates the humanities.
For me to be able to help society, I need to understand humans, and our history.
Education in the Humanities & Law
College Coursework
Legal Philosophy, Rights, and Justice
Interest Groups
Bioethics
Expository Writing
High School Coursework
Advanced Placement Language
Advanced Placement Literature
Advanced Placement United States History
Advanced Placement World History
Advanced Placement Art History
Advanced Placement Literature
Teacher Assistant (TA) to English III, Poetry