Senior Programmer and Business Professional with expertise in IVR systems, Salesforce, and software development. Combining technical skills with MBA-level business acumen to drive digital transformation.
Get In TouchI'm a results-driven IT professional with a unique blend of technical expertise and business acumen. My background in Computer Science and Computer Engineering, combined with an MBA, allows me to bridge the gap between technical teams and business stakeholders.
Currently, I specialize in IVR system development, Salesforce implementation, and process optimization at NextEra Energy, where I lead end-to-end projects from conception to deployment.
Sept 2025 – Present
Jan 2022 – Sept 2025
May 2021 – Aug 2021
May 2020 – Jan 2021
Graduated: May 2023
Principles of organizational management and leadership strategies for effective team direction and organizational success.
Strategic human resource management including talent acquisition, development, and retention strategies.
Effective business communication techniques for leadership, including presentations, reports, and interpersonal skills.
Fundamentals of marketing strategy, consumer behavior analysis, and market research methodologies.
Financial and managerial accounting principles for informed business decision-making and analysis.
Ethical frameworks and leadership principles for responsible business practices and corporate governance.
Corporate finance principles including capital budgeting, risk management, and financial analysis.
Analytical techniques and statistical methods for making informed business decisions based on data analysis.
Principles of managing production and service operations for efficiency, quality, and productivity.
Economic principles and their application to global business environments and managerial decisions.
Comprehensive business simulation integrating all MBA disciplines to solve real-world business challenges.
Graduated: December 2021
Fundamentals of digital logic circuits, Boolean algebra, and sequential circuit design.
Mathematical foundations for computer science including logic, sets, relations, and combinatorics.
Advanced physics concepts including electricity, magnetism, and electromagnetism with calculus applications.
Architecture, programming, and interfacing of microprocessor-based systems.
Fundamental concepts of computer science including algorithms, data structures, and programming paradigms.
Multivariable calculus including vector analysis, partial derivatives, and multiple integration.
Probability theory and stochastic processes with applications to computer science problems.
Design and implementation of embedded systems with real-time constraints and hardware-software co-design.
Fundamental principles of chemistry including atomic structure, bonding, and chemical reactions.
Analysis and implementation of fundamental data structures and algorithms with complexity analysis.
Introduction to engineering principles, design processes, and professional ethics.
Computer organization and architecture including processor design, memory hierarchy, and I/O systems.
Very Large Scale Integration design principles including CMOS circuits and layout design.
Web technologies, client-server architecture, and internet-based application development.
Operating system concepts including process management, memory management, and file systems.
Database design principles, SQL programming, and relational database management systems.
Python language fundamentals, data structures, and application development techniques.
Theoretical foundations of computation including automata, grammars, and Turing machines.
Software development lifecycle, methodologies, and project management principles.
Object-oriented programming concepts, design patterns, and software architecture.
Advanced algorithm design techniques and computational complexity analysis.
Fundamental circuit analysis techniques including DC and AC circuit theory.
Development of mobile applications for various platforms with emphasis on user interface design.
Electronic devices and circuits including semiconductor physics and amplifier design.
Capstone engineering project involving the design and implementation of a Learning Management System for Eglin Academy.
Graduated: August 2018
Practical skills in productivity software including word processing, spreadsheets, and presentations.
Fundamental principles of academic writing, research, and critical thinking.
Strategies for academic success, time management, and campus resource utilization.
Fundamental programming concepts and logical problem-solving techniques.
Advanced writing skills with emphasis on research methods and argumentative writing.
Algebraic concepts including equations, functions, and mathematical modeling.
Historical and cultural study of music styles, genres, and composers.
American history from Reconstruction to present day with emphasis on social and political developments.
Advanced algebraic and trigonometric concepts in preparation for calculus.
Principles of effective public speaking and interpersonal communication techniques.
Comprehensive study of chemical principles including stoichiometry and atomic structure.
C programming language fundamentals including control structures, functions, and arrays.
Study of Earth's systems including geology, meteorology, and environmental science.
Differential calculus with applications to analytic geometry and real-world problems.
Integral calculus including techniques of integration and applications to physics and engineering.
Mechanics, thermodynamics, and wave motion using calculus-based physics principles.
Fundamental biological concepts including cell structure, genetics, and evolution.
Developed and implemented a Moodle-based LMS for Eglin Academy to streamline course delivery, tracking, and administration. The system was designed to handle user authentication, role-based access control (e.g., administrator, instructor, student), and content management. A key feature was the integration of a BotPress chatbot to enhance user support and course navigation.
Bachelor Senior project
Developed a secure, multi-tier Java application simulating an e-commerce platform. The system enforces strict role-based security for two primary user groups: Customers (browsing, adding to cart, checkout) and Sellers (inventory management, pricing updates, order fulfillment).
Engineered a functional metal detector prototype utilizing embedded system principles for portable, low-power operation. The project focused on integrating a sensor with a MSP430 microcontroller to accurately distinguish between metal types and provide visual/auditory feedback.
Conceptualized and developed an educational technology platform dedicated to providing an optimal, accessible learning experience for users with various disabilities, including vision, hearing, and cognitive impairments. The design rigorously adhered to WCAG (Web Content Accessibility Guidelines) 2.1 AA standards.
Developed a Proof of Concept (PoC) for a customer service management solution, dubbed "myOncall," built entirely on the Salesforce platform.
Developed a practical embedded system prototype for motion detection using an Arduino microcontroller and a PIR sensor assembled on a breadboard. The system was programmed in C/C++ to continuously monitor for movement, providing immediate feedback via a visual and auditory alarm mechanism: a green LED signifies standby (no movement), a red LED blinks upon detection, and a speaker emits a warning sound.
Six Sigma Yellow Belt, Salesforce AI Associate, Salesforce Certified Associate, NICE CXone Analytics