Programmes & Degrees

Two years of science and technology preparing for the ENP engineering cycle.

Three years of specialization across the 13 departments, concluded by a graduation project (PFE).

Design of complex systems, fluid dynamics, aerospace propulsion, and high-performance thermal modeling.

Smart electrical grids, hybrid microgrids, renewable energy coupling, and robust machines authority.

Industrial automation, optimal feedforward systems, autonomous robotics, and chemical process control loops.

Reaction engineering, refinery technologies, wastewater filtration, pharmaceutical synthesis and bioprocesses.

Operations research, supply chain dynamics, logistics optimization, industrial reliability, and circular economy.

Threat modeling, applied cryptography, critical infrastructure protection, and secured cloud orchestration.

Deep Learning arrays, computer vision filters, Natural Language Processing, and high-performance neural computing.

Advanced alloys synthesis, corrosion barriers, material plasticity diagnostics, and non-destructive testing.

Solid waste processing, soil remediation engineering, flue-gas treatments, and bioenergy reclamation.

Surface hydrology dynamics, urban fluid grids, dam structure modeling, and porous media multi-phase transport.

Research- and expertise-oriented master programmes backed by ENP laboratories.

Doctoral training through research within ENP's accredited laboratories.