Understanding Electrical Engineering for Non-Electrical Engineers (EENEE) Through MATLAB/SIMULINK and Hands-On Experience
COURSE OVERVIEW
This micro-credential provides a non-electrical engineer with a complete understanding of electrical engineering in a simple, understandable manner, guaranteeing a working knowledge of the basics for maximum relevance and practical application. Such activities (design, prediction, and analysis) are made feasible without the need for tedious mathematics, which is generally detested by industry specialists. This is achievable using the built-in MATLAB/SIMULINK electrical modules, which have been tested and approved by reputable industry institutes. The micro-credential will cover fundamental electrical circuits, faults, electric machines, and applications, as well as be run through on-site computer facilities and confirmed by laboratory tests.
KEY TOPICS COVERED
- Basic Concepts -DC Circuits
- Basic Concepts -AC Circuits
- Electromagnetic Energy Conversion
- Electromechanical Energy Conversion
- Electric AC Machines
- Electric DC Machines
- Familiarization with MATLAB/SIMULINK
- Validating MATLAB/SIMULINK with Praxis
TARGET AUDIENCE
High school students, current students, prospective students, adult learners, alumni, business/industry partners, P-12 partners and students and community partners.
Calculus 1
The micro-credential is offered in a hybrid style to facilitate adaptable learning routes aligned with work commitments and individual situations.
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- In-person Face-to-Face Contact with Teaching Staff: 24 hours (3 hours per week over 8 weeks)
- Synchronous Online Contact with Teaching Staff: 16 hours (2 hours per week over 8 weeks)
- Asynchronous Online Learning: 24 hours (recorded tutorials, 3 hours per week over 8 weeks, accessible anytime)
- Guided Project Work: 16 hours (one-time program assignment, completed individually)
Peer-to-Peer Engagement is facilitated through discussion forums and group interactions within the online learning management system, allowing participants to collaborate and exchange insights in a flexible, self-directed manner.
- Written assignments on analyzing and problem solving (20%)
- Computer simulation assignments (20%)
- Practical experimental tests (20%)
- Final project (40%)
Instructor
Domain
Date
To be announced
No of Students
30
Hours
80 hours
Duration
8 weeks
Credit Points
2
Fees
500 BHD
Level
Language
English
Venue
Time
– Thu 5:00 PM – 7:00 PM
CONTACT
For further Information, please contact:
Mr. Mohammed Al-Hooti
Tel: +973-33777339
Email: malhooti@uob.edu.bh