Mostafa Essam Albatal
Mechatronics Engineer
A multidisciplinary tech engineer bridging mechanical design and hydraulics, automotive mechanics, electronics, and programming.
Skills & Tools
- Central Laboratory for Measurement and CalibrationCentral Laboratory for Measurement and Calibration
- Spectroscopic LaboratorySpectroscopic Laboratory
- small car assemblysmall car assembly
- Laser cutting machineLaser cutting machine
- CNCCNC
- Gear WorkshopGear Workshop
- hardness testing laboratoryhardness testing laboratory
- Heat TreatmentHeat Treatment
- 3P designs3P designs
- MATLABMATLAB
- MontageMontage
- Autodesk Fusion 360Autodesk Fusion 360
- BlenderBlender
- Programming in Ctt
- Electronic Ignition &Fuel Injection SystemsElectronic Ignition &Fuel Injection Systems
- Engine control systemEngine control system
- Engine electrical & Electronically BasicsEngine electrical & Electronically Basics
- Engine maintenance and diagnosisEngine maintenance and diagnosis
- Cooling & lubricating systemCooling & lubricating system
- Power torque & compression ratioPower torque & compression ratio
- Engine mechanics & overhaulingEngine mechanics & overhauling
- Four stroke cycleFour stroke cycle
- Engine main componentsEngine main components
About Me
Motivated Mechatronics student at the Higher Technological Institute (HTI) with a strong foundation in mechanical, electronic, and software systems. Eager to apply hands-on experience in industrial automation, programming, and CAD design to professional engineering challenges.
Work Experience
Automotive Mechanical Engineer
Bosch
Education
2024_2028
Bachelor of Mechatronics Technology
Higher Technological Institute in Beni Suef
Selected Work
Sequential Electropneumatic Handling System
Overview:
This pro ject is an integrated electropneumatic control system designed to automate a sequential mechanical motion using two double-acting cylinders. The system utilizes Relay Logic linked with a series of limit switches to ensure high precision and consistent repeatability in operations, mimicking real-world industrial production lines. Our primary goal was to achieve a perfect balance between performance efficiency, design optimization, and industrial safety standards.
Automatic Mixing Tank System
Our system is designed to automate the liquid mixing process with precision and reliability. Key components include:
Pual Tank System: A robust setup featuring a mixing tank and a discharge tank, ensuring a seamless workflow.
Integrated Mechanical Pesign: A custom-engineered impeller design using 3D-printed PETG to ensure optimal fluid homogenization and prevent settling zones.
Control & Automation: The system is managed by a centralized control room, utilizing sensors and nd pumps to maintain precise control over the mixing and discharge phases.
Optimized Performance: By calculating precise tip speeds and implementing a 370 RPM operational limit, we ensured the system operates efficiently without cavitation or motor stress.
This project was a collaborative effort that challenged us to design, prototype, and implement a fully functional automated system. I am proud of the dedication shown by our team in bringing this vision to life!
Training in military production factories 999
Training
Visit to the Linto Ceramics factory
An invitation from Linto Factory for a tour inside the factory to see how the ceramic production line works, the quality control lab, and the PLC.