Education

Object-oriented analysis, UML modeling, and design patterns.

Object-oriented programming fundamentals and design in Java.

Large-scale software architecture and design patterns.

Requirements gathering, specification, and stakeholder analysis.

Planning, scheduling, and managing software development projects.

Test design, coverage, automation, and quality assurance processes.

Full-cycle capstone project applying engineering design principles.

Digital logic design, from boolean algebra to sequential circuits.

Microprocessor architecture, assembly, and embedded systems.

Process scheduling, memory management, and concurrency.

Network protocols, architecture, and data communication.

Lexical analysis, parsing, semantic analysis, and code generation.

Network security principles, threats, and defense mechanisms.

Distributed systems design and cloud computing architecture.

Instruction set architecture, pipelining, memory hierarchy, and CPU design.

Advanced digital design with HDLs, FPGAs, and hardware/software co-design.

Network theorems, AC/DC analysis, and transient response of electrical networks.

Analyzing circuits with resistive, capacitive, and inductive elements.

Semiconductor physics and the material basis of electronic devices.

Core data structures, algorithm design, and complexity analysis.

Advanced algorithm design, analysis, and optimization techniques.

Logic, set theory, combinatorics, and graph theory for CS.

Differential equations and vector calculus for engineering systems.

Probability theory and stochastic processes for engineering and ML.

Continuous and discrete-time signals, LTI systems, and Fourier and Laplace analysis.

Limits, derivatives, integrals, and series.

Relational database design, normalization, and query optimization.

Image processing and computer vision fundamentals.

Search, knowledge representation, reasoning, and core machine learning.

Cost analysis, time value of money, and economic decision-making for engineering projects.

Technical writing, documentation, and presenting engineering work to an audience.

Professional responsibility, liability, intellectual property, and engineering ethics.