Baraka Nshola

Contribute to modelling and simulation of urban transportation networks and their interaction with bridge and pavement infrastructure using MATLAB and Python. Assist in finite element analysis of structural components and preparation of technical reports and conference abstracts.

Lead tutorials and problem-solving sessions in statics, mechanics of materials, and introductory structural analysis for undergraduate civil engineering students. Support laboratory classes on materials testing, data acquisition, and reporting, emphasizing experimental methods and safety protocols.

Supported research on sustainable construction materials and pavement performance, including data collection, statistical analysis, and visualization. Co-authored posters and abstracts presented at university and regional engineering symposiums.

Assisted in geometric design checks for urban roads, reviewing alignment, cross-sections, and signage against relevant standards. Participated in site inspections, documenting pavement condition, traffic flow, and safety issues to support maintenance and rehabilitation planning.

Supported structural design teams with calculations, drawings review, and quantity take-offs for small building and bridge projects. Prepared technical notes, organized project documentation, and attended coordination meetings with architects, contractors, and municipal officials.

Pursuing a Master of Science in Civil Engineering with a focus on structural and transportation engineering. Planned thesis on integrated structural–transportation modelling for resilient urban infrastructure.

Graduated with a Bachelor of Science in Civil Engineering, focusing on structural mechanics, engineering materials, and transportation systems. Named to the Dean's List from 2023 to 2025.

Grade: 4.0

Graduated with a high school diploma and a 4.0 GPA, completing Advanced Placement courses in Physics, Calculus, Chemistry, and Statistics.

Certified in CPR and First Aid by the American Red Cross.