Education

My academic background, coursework, and hands-on learning experiences have shaped my foundation in engineering and problem-solving.

Honors

College

H.O.M.E

Scholar

Study Abroad

2026

Hello!

My work is centered on designing and building engineering solutions that prioritize purpose, reliability, and real-world impact. By focusing on function first and embracing thoughtful creativity, I aim to develop infrastructure that serves people effectively and contributes, step by step, to a better built environment.

H.O.M.E Program

The H.O.M.E. program is a 6 week corporate sponsored Summer Bridge Program providing incoming engineering scholar's at North Carolina A&T State University with early exposure to rigorous academics, hands-on engineering projects, and corporate engagement in a supportive, cohort-based environment. Completing the 2024 program strengthened my academic preparation, professional development, and understanding of collaborative engineering culture through mentorship and leadership guidance. As a civil engineering student, I am grateful for this transformative experience and look forward to applying these lessons as I continue my studies alongside other driven STEM scholars.

Urban Town Planning & Design Certification

This urban and town planning and design course covers the essential elements of the urban design planning process. We lay out the principles used to prepare neighborhood housing and economic development plans and go through the important phases in the creation of a transportation plan. We also explore functional classification systems for urban streets, bikeway selection and network development, effective sidewalk design characteristics and the tools and program models for traffic calming.

Leadership in Engineering Acceleration Program (LEAP) Certification

Through the Leadership in Engineering Acceleration Program (LEAP), I developed strong leadership, communication, and teamwork skills within a rigorous engineering-focused environment. I collaborated with driven peers, participated in professional development workshops, and strengthened my ability to lead diverse teams while balancing technical excellence with accountability. These experiences are shaping me into a well-rounded engineering leader prepared to manage projects, communicate effectively with stakeholders, and contribute meaningful impact within the engineering profession.

Relevant Coursework

Spring 2026

Engineering Statistics

College of Engineering

Applied probability and statistical methods used to analyze engineering data, quantify uncertainty, and validate design decisions. Supports civil engineering work like quality control, risk/reliability analysis, and interpreting field and lab results.

Spring 2026

Engineering Statistics

College of Engineering

Spring 2026

Fluid Mechanics

College of Engineering

Study of fluid behavior—pressure, flow, energy losses, and pipe/channel systems—used to model and design water-related infrastructure. Directly supports stormwater design, water distribution, drainage systems, and hydraulic performance of civil projects.

Spring 2026

Fluid Mechanics

College of Engineering

Spring 2026

Solid Mechanics

College of Engineering

Analysis of stress, strain, deformation, and failure in materials and structural elements under loads. Forms the technical foundation for designing safe beams, columns, connections, and other components in structural and construction engineering.

Spring 2026

Solid Mechanics

College of Engineering

Spring 2026

Civil Engineering CAD

College of Engineering

Computer-aided drafting and modeling focused on civil layouts, grading, corridors, and plan production for site and transportation projects. Translates design intent into buildable drawings and deliverables aligned with civil standards and real-world constraints.

Spring 2026

Civil Engineering CAD

College of Engineering

Fall 2025

Statics Mechanics I

College of Engineering

Statics is a foundational engineering course focused on analyzing forces acting on bodies at rest. It covers free-body diagrams, equilibrium equations, trusses, frames, beams, and moments, providing the tools needed to understand how structures safely support loads.

Fall 2025

Statics Mechanics I

College of Engineering

Fall 2025

Fundamentals of Surveying

College of Engineering

Surveying is an engineering course that introduces the measurement and mapping of land using both traditional and modern tools. The course covers distance and angle measurement, leveling, coordinate systems, topographic mapping, and GNSS methods used in civil engineering and construction.

Fall 2025

Fundamentals of Surveying

College of Engineering

2024-2025

Physics I & II

College of Science and Technology

Physics I focuses on classical mechanics, covering motion, forces, energy, momentum, and rotational dynamics. Physics II builds on this foundation by exploring electricity, magnetism, circuits, waves, and electromagnetic phenomena.

2024-2025

Physics I & II

College of Science and Technology

2024-2025

Calculus I-III

College of Science and Technology

Calculus I–III cover limits, derivatives, and integrals, then expand into multivariable calculus, partial derivatives, multiple integrals, and vector calculus. Together, these courses provide the mathematical foundation for modeling and analyzing complex engineering systems.

2024-2025

Calculus I-III

College of Science and Technology

Fall 2024

Civil & Architectural Engineering Graphics 101

College of Engineering

CAEE Graphics 101 introduces engineering visualization and design through hands-on use of SketchUp, Revit, and other drafting and modeling software. The course emphasizes structural understanding by combining digital design with physical model construction to communicate and analyze engineering concepts.

Fall 2024