Mechanical Engineering | Engineering and Applied Science School

About Program

Mechanical Engineering (MENG) is the most attractive engineering discipline that many aspirants join every year. MENG provides students with an outstanding educational experience by adopting academic bylaws compatible with both the American credit hour system and with the (ECTS) European Credit Transfer and Accumulation System.
The program provides students with a unique opportunity to study abroad one semester in European universities through student exchange agreements, which gives students unique experiences.

Mission

The program provides an outstanding educational level that adopts the competency-based learning methodology. This is done by adopting modern teaching methods such as project-based learning, student-centered learning, and the integration of curricula with each other vertically and horizontally. The program also attaches importance to entrepreneurship, innovation, and sustainable development, as well as means of continuing education to keep pace with technological leaps and changes in the labor market requirements, so that the graduate is qualified to practice professional and research work locally and globally in the fields of mechatronics engineering and thermal sciences and energy engineering.

The program offers two majors namely:

Mechatronics Engineering: for program Specs click here
Thermal Sciences & Energy Engineering: for program Specs click here

Career Path:

Robotics Engineering.
Autonomous Vehicles.
Smart Homes and Cities.
Stress-Analysis Engineering.
Iron and steel making, metal forming.
Automotive, Aerospace and Marine Industries.
Heating, ventilation, and air conditioning (HVAC).
Conventional Nuclear, and Renewable Energy Power Plants.
Computer-aided design (CAD) and Computer-Aided Manufacturing (CAM).
Turbomachinery industries.

Promoted Facilities

HVAC and Fluid Mechanics Lab

The HVAC and fluid mechanics lab complement Fluid Mechanics I (MENG305), Fluid Mechanics II (MENG344), and Refrigeration and Air-Conditioning (MENG446) lecture courses providing the students with the necessary practical experience in the specialization track thermal sciences and Energy. The lab also supports graduating students in graduation projects MENG 493 and MENG 495. Experiments cover

Thermodynamics and Heat Transfer Lab

Thermodynamics and Heat Transfer Lab is an educational laboratory. It aims to connect the theoretical part with the prototype experiments to enhance the educational process. The lab consists of different thermodynamic experiments that elaborate the basics for other topics. Moreover, several heat transfer experiment modules help the students understand the basics of heat transfer and heat

Mechatronics and Smart Sensors Lab

Mechatronics serves a variety of control and robotics courses. This lab is based on Quanser™ multiple lab solutions that help the industry and academia. The development boards (Magnetic levitation, Inverted pendulum, VTOL, 5 bar mechanism robot, and sensor and actuator kits) are compatible with Nile University’s curriculum and vision. The lab also consists of a Vibration lab based on LMS

Renewable Energy and Modern Control Lab

A specialized lab to aid students in understanding the fundamental concepts related to Control of Robotics (Serial Industrial Arm – Mobile Robot – Humanoid Robot), Motion Control Systems, Programming using Arduino or Raspberry pi, Use of different Sensors, Renewable Energy using Solar panels, Renewable Energy using a wind turbine, and Hybrid system renewable energy.

Soft Robotics Lab

To begin with, soft robotics is a robot using soft materials. With the improvement of soft robotics science toward modeling and sensing its motion, the Embodiment of Telligent definition rises as a solution. One of the Embodiments of intelligent techniques is physical morphology. We attempted to learn this technique in our publications at the beginning of our work and searched for how to model and

/program/mechanical-engineering