Core Engineering Skills
Project Overview
Throughout my Interdisciplinary Engineering degree at FIU, I've consistently excelled in core engineering coursework, demonstrating strong mastery of fundamental engineering principles across mechanical, electrical, and materials science disciplines. My academic focus on Materials & Software concentration has provided a unique blend of theoretical knowledge and practical problem-solving skills.
This portfolio showcases the comprehensive engineering foundation I've built through rigorous coursework spanning multiple disciplines. From analyzing complex mechanical systems to designing circuits and understanding material behavior, these experiences have prepared me to tackle diverse engineering challenges with an interdisciplinary approach.
Academic Recognition & Achievements
- Graduated Cum Laude with 3.53 GPA from FIU's Interdisciplinary Engineering program
- Achieved Dean's List recognition for multiple consecutive semesters
- Demonstrated excellence across diverse engineering disciplines including mechanical, electrical, and materials engineering
- Completed extensive laboratory work integrating theoretical knowledge with hands-on experience
- Successfully led interdisciplinary teams through complex capstone design projects
- Applied engineering principles across multiple domains including research and real estate development
Academic Engineering Excellence
Engineering Mechanics Mastery
Mastered force analysis, equilibrium of rigid bodies, and complex motion problems in both static and dynamic systems. Applied vector approaches to solve real-world mechanical systems and performed comprehensive structural analysis of trusses and frames.
Materials Science & Design Engineering
Developed deep understanding of material properties, crystallography, and phase diagrams. Applied mechanical design principles including stress-strain relationships, failure analysis, and safety factor calculations for real-world engineering components.
Electrical Systems & Laboratory Work
Gained proficiency in both theoretical circuit analysis and hands-on testing of DC and AC circuits. Applied advanced circuit theorems and analyzed transient responses with extensive laboratory validation and measurement techniques.
Interdisciplinary Project Leadership
Led interdisciplinary engineering teams through comprehensive capstone design projects, applying systems engineering approaches to solve complex real-world problems with stakeholder engagement and technical presentations.
Mathematical & Computational Skills
Built a strong mathematical foundation spanning advanced calculus through engineering mathematics, essential for solving complex engineering problems and performing computational analysis across multiple disciplines.
Advanced Mathematics
- • Differential Equations applied to engineering systems
- • Multivariable Calculus for vector analysis and optimization
- • Linear Algebra for matrix methods and eigenvalue problems
- • Statistical methods for engineering data evaluation
Programming & Computational Tools
- • MATLAB for numerical methods and data analysis
- • Object-oriented programming concepts and implementation
- • CAD software for 3D modeling and engineering design
- • Computational simulation and analysis tools
Engineering Foundation & Career Readiness
My interdisciplinary engineering education at FIU has provided a comprehensive foundation spanning multiple engineering disciplines. The combination of rigorous theoretical coursework and hands-on laboratory experience has prepared me to tackle complex engineering challenges in various industries.
The interdisciplinary approach of my program, combined with my materials science research experience at FIU's Cold Spray Lab and real estate development project management, demonstrates my ability to apply engineering principles across diverse fields. This unique combination of academic excellence and practical experience positions me well for engineering roles that require both technical depth and cross-functional collaboration.
Academic Details
Degree
B.S. Interdisciplinary Engineering
Institution
Florida International University
Graduation
May 2025 (Cum Laude)
GPA
3.53 / 4.00
Concentration
Materials & Software
Technical Skills
Core Competencies
- • Engineering Mechanics (Statics & Dynamics)
- • Materials Science & Engineering
- • Circuit Analysis & Design
- • Mathematical Modeling
- • Laboratory & Experimental Methods
- • Project Management & Leadership
- • Interdisciplinary Problem Solving