Local Civil Engineer

NOW AVAILABLE AT CBU LUSAKA CAMPUS!!
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Looking to build a career in the Built Environment? The Copperbelt University’s Lusaka Campus is now offering the following programmes for the January 2027 Intake.

To Apply Visit: https://www.cbu.ac.zm/opus/applyNew/ or call/WhatsApp: +260960871744.

The Copperbelt University - Knowledge and Service!!

Student Engineers, no matter how long it’ll take, you’ll become an engineer one day. Keep pursuing your dream.

Higher education is one of the few industries where customers pay for the privilege of being stressed 😂

Flexible Pavement vs Rigid Pavement

Flexible Pavement

Mainly uses bituminous/asphalt layers.

Load is distributed gradually through multiple layers.

Generally has lower initial construction cost.

More susceptible to deformation, rutting, and temperature effects.

Maintenance and periodic resurfacing are commonly required.

Rigid Pavement

Mainly uses a concrete slab.

The slab distributes wheel loads over a wider area.

Usually has higher initial construction cost.

Generally provides high structural strength and durability.

Joints are provided to control movement and cracking.

Key Difference: Flexible pavement relies mainly on the combined strength of its layered system, while rigid pavement relies heavily on the structural capacity of the concrete slab.

LCE

Masters degree opportunity in South Korea

Ati "Babe today I am working nightshift"

Guys, when did they introduce nightshift ku Engineering?

A highway horizontal curve is a curved section of a road that connects two straight segments (tangents), allowing vehicles to change direction smoothly and safely on a horizontal plane

Rutting vs Cracking vs Ravelling

Rutting: Permanent longitudinal depressions or grooves form in the wheel paths due to repeated traffic loading, weak pavement layers, or poor compaction.

Cracking: Cracks develop in the asphalt surface due to fatigue, temperature changes, aging, or structural movement. Severe fatigue cracking can form interconnected “alligator” patterns.

Ravelling: Asphalt aggregate particles become loose and detach from the pavement surface because of poor bonding, aging, inadequate compaction, or weathering.

In short:
Rutting = Depression
Cracking = Fissures
Ravelling = Loss of Aggregate

If you desire to learn structural design and analysis for high-rise buildings, this is for you.

You are invited to the Structural Design and Analysis Technical Information Session on Friday, 2nd October 2026, at 8:00 PM E.A.T.

During this session, we will walk you through;

🎯 Expected learning outcomes

🎯 How the training can help advance your career

🎯 Structure of the training

🎯 Course outline

🎯 Showcase the project you will be working on.

It will also be a good opportunity to ask any questions before we begin the program.

You will start from a point of clarity.

Register in advance for this meeting:

https://us06web.zoom.us/meeting/register/zgH4H-NTQYGqBaAGPMwNzA

After registering, you will receive a confirmation email containing information about joining the meeting.

Clay soils may appear similar on the surface, but their mineral composition determines how they perform in the field.

Kaolinite offers stability, illite provides moderate performance, and montmorillonite presents significant engineering challenges due to its high swelling potential.

For geotechnical engineers, understanding clay mineralogy is essential for designing safe, durable, and economical infrastructure.

Successful construction starts with understanding not only the soil, but also the minerals that control its behavior.

LCE