Transformers

Field of “Electronics and Electricity
Electrical Components Specialization, Transformers Section

 

Profile:

Electrical Components Technician (Specialized in Transformers)

 

Certification:

Student enrolled in this specialization will be awarded with three certificates:

English Language Certificate, accredited by the University of Cambridge, England	Technical Diploma Certificate, accredited by the Ministry of Education and Technical Education of Egypt	Finnish Certificate of Competencies from Omnia Education Partnerships, accredited body by the Finnish Ministry of Education

 

 

Standards and selection criteria of the Partner’s companies:

 

Partner’s factory	www.elsewedyelectric.com/transformers
Factory location	Industrial Zone 3, Cairo-Ismalia Desert Road, 10th Ramadan https://goo.gl/maps/oYhEJjvRAYonyytFA
Mandatory criteria	Applicant must be male. (* As per the technical requirements of partners’ factories) Body height (160 – 180 cm) Possessing good stamina Good visual capacity Passing the colour blindness test Passing the medical examination Fluency in Arabic Fine motor skills (having good abilities in small movements of hands, wrists, fingers) Be very interested in the field Good communication skills Address or place of residence is close to the factory
Additional skills/criteria that will increase selection chances	Maximum weight = height – 100 Physical Fitness Fluency in English Mathematics Skills Problems solving skills Visual thinking skills Proficiency in using Computer and Office package Good presentation skills Having various interests and hobbies (especially in the related field)

 

The benefits and importance of certificates obtained by the student:

• Finland is the leading country in the field of technical education as Finland is distinguished by preparing the educational curricula based on the needs of the labour market and in accordance with the highest European standards by following the latest technologies and modern learning methodologies.  It qualifies students to acquire distinct skills and provides many opportunities for academic graduates to continue their education in Egypt or Finland, as this certificate gives them more alternatives to technical education and training paths.

• Proficiency in the technical English language, through programs delivered by one of the most renowned British University, which qualifies the graduate to work in major multinational factories and companies.

• Experience certificate for the practical training from one of the largest factories specialized in the field

 

Program Brief

This program follows the dual education system providing three-year technical diploma, where student attends 80% of their studies in practical training inside factory and 20% in theoretical studies inside school. It qualifies the graduate in the specialization of cables production that are used in the transmission and distribution of electrical energy.

 The program is designed according to the following three components:

• The first component focuses on technical skills and quality systems for products.
• The second component is concerned with the development of the students’ skills in how to reduce costs during the industrial production process.
• The third component works on building and developing the personality, planning capabilities and the student’s ability to solve problems and interact with other.

 

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Learning outcomes:

• Knowing the organizational structure of the training institution
• Industrial safety, occupational safety and health, environmental protection and optimal use of the environment
• Practical applications on the concepts of cost reduction within production processes
• Using appropriate tools during the production processes
• Using specific analytical tools to solve problems
• Acquiring the fundamental skills of the electrical engineering
• Acquiring the fundamental skills of the mechanical engineering
• Reading and preparing technical documents
• Executing simple products in the engineering workshops
• Using tools, equipment and materials and being aware of their specifications
• Slitting transformer’s sheet
• Cutting transformer’s sheet
• Stacking iron core for transformer
• Processing low voltage coil for transformer
• Processing high voltage coil for transformer
• Assembling the active part of the transformer
• Conducting quality tests at all stages
• Finishing the transformer manufacturing process