Applied Math & CS — Colgate University

Alexander
Radovich

Junior building at the intersection of machine learning and applied mathematics | ML Engineering Intern at DMEA · ML Researcher at University of Maryland

3.96
GPA / 4.0
Summer 2026 – Present
Machine Learning Research @ U Maryland
Dr. Ming Lin’s Lab — Autonomous Driving Perception
  • Researching novel transformer architectures for computer vision and autonomous driving perception, with a core focus on redesigning positional encoding to improve temporal reasoning across multi-frame sequences.
  • Building and training deep learning models in PyTorch with AdamW on an NVIDIA A100 using TRAF and TrackNPred; established evaluation protocols across classification, segmentation, and autonomous driving benchmarks.
  • Modifying standard self-attention to decouple spatial and temporal positional signals, targeting better long-range dependency modeling in dynamic driving scenes.
  • Designing controlled ablation studies with cross-validated evaluation to isolate the contribution of positional encoding choices on downstream perception tasks.
TransformersComputer VisionPyTorchAutonomous Driving
Jun–Aug 2025
Machine Learning Engineering / IT Intern
DMEA — Montrose, CO
  • Built end-to-end neural network models (R² = 0.98) in Python/scikit-learn to forecast revenue, supporting business-critical financial planning.
  • Engineered data pipelines for 100k+ row datasets with Yeo–Johnson normalization, one-hot encoding, and automated retraining utilities.
  • Delivered all project milestones ahead of schedule; secured a return internship offer for technical execution and initiative.
↩ Return offer secured
Full-Stack App · Production
PicGate

A live, deployed web application serving real users. Built and maintained end-to-end, from frontend UI and backend API to deployment pipeline and iterative feature releases based on user feedback.

ProductionLive
picgate.app ↗
Full-Stack · Agile Team
Colgate Event Calendar

Full-stack campus event discovery platform centralizing 200+ events per semester. Built with a 5-person Agile team on a two-week release cycle.

−40% posting errors via role-based auth
Next.jsPostgreSQLSupabaseJavaGoogle Calendar API
Visit site ↗
Interactive Tool · Math
Graph Theory Visualizer

A live browser-based tool for building and analyzing graph structures: create nodes, draw edges, and run graph algorithms interactively. Built to help myself and classmates study graph theory.

HTMLCSSJavaScript
Open tool →
Machine Learning · NLP
Large Language Math Model

Trained a 22M-parameter transformer from scratch on mathematical and ML literature. Custom tokenizer for formal notation; implemented multi-head attention and full transformer architecture in PyTorch without using Hugging Face.

22M params · Custom tokenizer · 70% efficiency gain vs baseline
PyTorchNumPyPythonTransformers
Machine Learning · Classification
ML Diagnostic Prediction System

Binary classification model for medical diagnosis prediction. Implemented linear and logistic regression from first principles. (cost functions, gradient descent, and hyperparameter tuning without external ML libraries.)

PythonNumPyScikit-Learn
+
More projects coming
Revenue Forecasting - DMEA

Engineered end-to-end neural network pipeline in Python. Handled 50+ features and 100k+ rows with automated preprocessing: Yeo–Johnson normalization, one-hot encoding, data validation. Deployed for live business forecasting.

R² = 0.98 · scikit-learn · Production
Transformer LLM - Math Domain

Scraped and preprocessed technical math/ML content; built a custom tokenizer for formal notation; implemented multi-head attention and transformer architecture from scratch using PyTorch.

22M params · PyTorch · Custom tokenizer
From-Scratch Regression

Built linear and logistic regression without ML libraries. Derived cost functions, implemented gradient descent and hyperparameter tuning by hand. Strong mathematical foundation in optimization.

NumPy · First principles · No sklearn
Mathematical Coursework

Calculus I–III, Linear Algebra, Graph Theory, Discrete Math, Numerical Analysis, Combinatorics, Computational Mathematics. Upcoming: Real Analysis, Applied Machine Learning, Stochastic Calculus.

3.8 GPA · Dean’s Award × 5 Semesters

Languages

  • Python 5 yrs
  • Java 3 yrs
  • C 2 yrs
  • JavaScript 2 yrs
  • HTML / CSS 3 yrs
  • MATLAB 3 yrs
  • Assembly / C++ 1 yr

ML / Data

  • PyTorch
  • scikit-learn
  • NumPy
  • XGBoost
  • FastAPI
  • Jupyter
  • Anaconda

Dev Tools

  • Git / GitHub 4 yrs
  • React 1 yr
  • MongoDB 2 yrs
  • Firebase 2 yrs
  • PostgreSQL
  • Figma / Scrum
  • Linux

Mathematics

  • Linear Algebra
  • Calculus I–III
  • Graph Theory
  • Numerical Analysis
  • Combinatorics
  • LaTeX
  • Mathematical Modeling

Game Dev

  • Godot / GDScript 4 yrs
  • Unity 2 yrs
  • Blender 1 yr
  • Lua

Certifications