Alberto - Software Developer

Alberto Anaya Velasco

Engineering Physicist & Automation Developer

Engineering Physics graduate combining cloud-based automation, software development, and computational modeling to solve complex problems.

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About Me

Who I Am

I'm an Engineering Physics graduate (B.S.) from Tecnológico de Monterrey with professional experience spanning cloud-based automation, software development, computational modeling, and engineering project management. My foundation in physics, mathematics, and programming was built through academic research and hands-on professional work.

I combine strong analytical reasoning with proven adaptability across different environments, effective client communication, and a focus on continuous improvement — from deploying LLM-powered automation tools to simulating radiation transport in medical imaging.

Python C++ SQL Azure React .NET MATLAB VBA

Education

B.S. in Engineering Physics

Tecnológico de Monterrey, Campus Monterrey • 2021-2025

Relevant Coursework

Thermodynamic and Statistical Physics, Electronics & Materials Lab, Differential and Integral Calculus

Professional Experience

Backoffice Automation Engineer

August 2025 - Present

Crediclub • Monterrey, Nuevo León, MX

  • • Engineered full-stack automation tools (Python, .NET, React) using LLMs for automated document validation, signature comparison, and image quality assessment, reducing time and resources dedicated to client onboarding operations by around 70%.
  • • Architected scalable cloud solutions using Azure Functions and Web Apps with SQL databases to manage client records, including a centralized document manager for middle and back-office operations.

Project Engineering Intern

January 2025 - July 2025

Carrier • Monterrey, Nuevo León, MX

  • • Collaborated in the execution of supplier, material, and design change projects for North American HVAC and refrigeration market product lines, developing a strong sense of urgency and applying basic project management and scheduling techniques.
  • • Analyzed Bills of Materials (BOMs) in SAP to identify cost-reduction opportunities via material substitutions and component re-sourcing.
  • • Designed test plans according to ASHRAE standards for supplier qualification; conducted risk assessments and evaluated lab test results using statistical analysis in Minitab.

Private Tutor and Mentor (Freelance)

August 2024 - October 2025

Varsity Tutors • Remote

  • • Mentored clients in 3D CAD modeling (SolidWorks, Fusion 360) and G-code/CNC machine setup for prototype design.
  • • Instructed US-based students and working professionals in Python, programming, Excel VBA automation, and WordPress development through 1-on-1 sessions.

Purchasing and Cost Control Assistant Intern

March 2022 - December 2024

Constructora IZUR • Hermosillo, Sonora, MX

  • • Developed automated Excel tracking tools to monitor weekly project progress, analyze budget variance, and optimize subcontractor labor and material costs across active construction sites.

Featured Projects

Academic research and simulation work from Tecnológico de Monterrey

Medical Imaging Simulation

Research internship • 2024

Simulated X-ray radiography and Computed Tomography (CT) scans using Geant4 to model radiation interactions and detector response, then processed raw simulation data in Python for tomographic image reconstruction and quality analysis.

Geant4 (C++) Python NumPy Matplotlib

Satellite Imaging & Nanosatellite Heat Transfer

2024

Processed satellite imaging data with Python's rasterio and OGEO libraries to estimate sea surface temperatures, and modeled internal transient thermal distribution for a CubeSat in SolidWorks Flow Simulation to inform passive thermal management design in Low Earth Orbit.

Python rasterio SolidWorks Flow Simulation

Optical Fiber Pulse Propagation

2023

Modeled the non-linear Schrödinger equation in Python using numerical methods to simulate optical pulse propagation, analyzing the influence of power, pulse width, and fiber length to determine optimal signal transmission parameters.

Python Numerical Methods

N-Body Problem Simulation

2023

Engineered an N-body gravitational simulation in Python applying RK4 numerical integration to model 3-body orbital mechanics, used to model the James Webb Space Telescope orbit around the Sun-Earth L2 Lagrange point.

Python RK4 Orbital Mechanics

Skills & Tools

Programming Languages

Python, VBA (Excel Macros), MATLAB, C++, R, Mathematica, Julia

Software & Platforms

PowerBI, MySQL, Postgres, Excel, SAP, Minitab, SolidWorks, Creo, Windchill, Ansys Fluent, Azure, Git/GitHub, COMSOL

Languages & Soft Skills

Spanish (Native), English (C1) • Customer service, communication, critical thinking, sense of urgency, teamwork, leadership

Certificates & Achievements

IBM Data Science Professional Certificate

Coursera

Issued: 2025

Excel/VBA for Creative Problem Solving

University of Colorado Boulder, Coursera

Issued: January 2023

Amateur Radio Licensing Training

ARARM

Issued: 2020

Get In Touch

I'm always open to discussing new opportunities and interesting projects.

Contact Information

Phone (US)

+1 (520) 534 9715

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