Course image Engineering Mathematics II
Electrical Technology
The broad objective of this module of mathematics II is based on helping the students to acquire a required background of system of linear equations, matrices and determinants, Ordinary differential equations, Fourier series, Laplace Transform, and Introduction to Probability and Statistics with a logical and creative understanding. That is Having successfully completed the module, students should be able to demonstrate knowledge and understanding of: • System of linear equations, matrices and determinants, • Ordinary Differential equations, • Fourier series, • Laplace transforms, • Introduction to Probability and Statistics.
Course image Engineering Physics II
Electrical Technology
Engineering Physics II is a course designed for the students pursuing Advanced Diploma in  Electrical Technology; it is an introductory electromagnetism course.

 After a brief mathematical preliminary about, mainly, vectors, the student is then introduced to the principles and laws of electrostatics and magnetostatics(Coulomb's law, superposition of electrostatic forces and fields, Gauss's laws for electric  and magnetic fields,  electrostatic potential as a conservative scalar field and its relationship with the electrostatic field, Biot-Savart law, Ampere's law, etc.). In the last part of the course, the central idea is the inter-connectedness of time-varying electric and magnetic fields. The student first learns Faraday's law of electromagnetic induction, mutual and self-inductance.  Second, the student learns writing down and interpreting the four Maxwell's equations in both their integral and differential forms, and may manipulate these equations to see how they  lead to electromagnetic waves. Finally, an amount of time is spent learning more about the features of  electromagnetic waves.


For a complete description of the module, refer to the module description section.
Course image English for Technology
Electrical Technology

MODULE DESCRIPTION

1. Name of Institution: IPRC Musanze

2. Name of Department: Electronics and Electrical Engineering .

3. Year of Study: Year 1

4. Semester of Study : Semester 2

5. Module Name: English for Technology

6. Module Code: ENG 102

7. Number of Credits hours to cover: 60 Contact Hours + 40 Non-contact Hours

8. General objectives of the Module:

Having successfully completed the module, students should be able to demonstrate knowledge and understanding of:

1. Forming words from others in English,

2. Paragraph writing to express technology-based ideas and views

3. Composing a formal letter and a CV,

4. Taking minutes of a meeting,

5. Naming workshop equipment and explain their utility

9. Teaching method to be used:

The teaching method in this module is Learner Centred Method made up of:

1. Lecturing method

2. Group discussions and activities

3. Presentations

4. Self-directed learning activities

10. Module Units:

I. Word formation:

  1. Affixation
  2. Blending
  3.  Compounding
  4. Acronym
  5. Conversion
  6. Abbreviation
  7. Back-formation
  8. Loan words

II.Paragraph writing

  1. Features of a paragraph
  2. Descriptive paragraph
  3. Narrative paragraph
  4. Persuasive paragraph
  5. Expository paragraph

III. Letter writing

  1. Types of letter
  2. Letter format
  3. Parts of a formal letter
  4. Writing a formal letter
  5. CV writing
  6. Reports writing 

IV. Comparative & superlative forms

  1. One syllable adjectives/adverbs
  2. Two syllable adjective
  3. Adjectives with three/more syllables
  4.  Irregular adjectives
  5. Two syllables adjectives with two rules

V.Reading and analyzing texts related to the field of study

  1. Reading techniques (Skimming and scanning,..)
  2. Reading and analyzing

VI. Basic technical vocabularies:

  1. Tools in the workshop
  2. Measurement
  3. Terminologies

VII. Revision

VIII.Exam

IX.Examination marking and processing (Results submission)

X. Assessment Methods

Formative and summative assessment including: Presentations, group assignment, individual assignments, quiz, invigilated tests and final exam.