Jaren Cervantes
SUMMARY
A first-year civil engineering student looking for work experience to help make a positive impact on society and the environment. As humanity faces a growing global environmental crisis, I believe that becoming a civil engineer is one of the biggest ways I could help reduce humanity’s environmental impact while having a lasting positive impact on the community.
This website is a compilation of the coursework, projects, classes, and work experience I have had so far.
Scroll down for more ↓
PROJECTS/COURSEWORK
EDUCATION
I am in Year 1 of my BEng (Hons) Civil Engineering degree at the University of South Wales.
You can see the modules I am currently or will be studying for this academic year below:
This course is accredited by: JBM (Joint Board of Moderators), ICE (Institution of Civil Engineers), CIHT (Chartered Institution of Highways and Transportation), IStructE (Institution of Structural Engineers), and the Permanent Way Institution.
Civil Engineering Materials | Engineering Communication | Mathematics for Engineers |
---|---|---|
Energy usage, carbon emissions, and life cycle of materials. | Practical surveying skills using an auto level and a total station | Matrices, complex numbers and De Moivres theorem |
Alternative construction materials such as GGBS Concrete and Geopolymer concrete. | 2D AutoCAD sketching and communication skills | Statistics, mean and standard deviation, and elementary probability. |
Ways concrete, timber and steel can degrade over time. | Basic data analysis, technical report writing and business communication | Calculus for linear, logarithmic, exponential, and hyperbolic functions. |
Types, composition and properties of concrete, steel and tImber as a construction material. | Introduction to land surveying techniques and associated calculation methodologies. | Linear algebra, trigonometry, co-ordinate geometry, and least squares approximations. |
Engineering Mechanics 1 | Thermo-fluid Mechanics | Professional Engineering |
---|---|---|
Energy, work, power, linear motion and projectile motion | U and R values and structural temperature gradients | Types of foundations, excavations, ground improvement techniques, temporary works and waste management |
Stress transformations, principal and maximum stress, and Mohr's circle. | Energy use in buildings and thermal comfort | Introduction to CDM 2015 regulations, types of construction sites, stages of construction and site investigation |
Method of sections and method of joints for plane trusses | Fluid properties and kinetics and hydrostatics | Introduction to United Nations Sustainable Development Goals 6, 7 and 9 |
Stress, bending and torsion in beams | Basic thermodynamic concepts, definitions and terminology | Application of the code of conduct and statement of ethical principles of the ICE and Engineering Council |