Apprenticeship Programme Overview

Orientation and Induction

Overview of the Program:

Program Structure:

• Duration: Outline of the entire program duration, including the breakdown of semesters or phases.
• Weekly Schedule: Explanation of the weekly schedule, highlighting theoretical learning days and hands-on practical sessions.
• Key Milestones: Important milestones such as assessments, project submissions, and reviews.

Learning Objectives:

• Clear articulation of the skills apprentices are expected to acquire.
• Emphasis on both technical skills (electrical engineering, electrical CAD, etc.) and soft skills (communication, teamwork).

Assessment and Evaluation:

• Detailed description of assessment methods (written exams, practical tests, project evaluations).
• Criteria for successful completion and progression to the next stages.

Year 1 Foundational Training

On-Site Practical Training (3 Days/Week):

• Workplace Orientation: Understanding company policies, safety protocols, and professional behavior.
• Basic Engineering Practices: Introduction to tools, equipment, and basic engineering tasks.
• Hands-On Projects: Simple project assignments under the supervision of senior engineers.

Theoretical Learning (2 Days/Week):

• Electrical Engineering Fundamentals: Basic Electrical Principles, Circuit Theory, Electrical Machines and Transformers, etc
• Technical Drawing and CAD: Introduction to technical drawing and computer-aided design.
• Health and Safety: Comprehensive safety training relevant to engineering environments.
• Mathematics for Engineers: Core mathematical principles applicable to engineering problems.

Year 2 Advanced Training

On-Site Practical Training (3 Days/Week):

• Advanced Engineering Tasks: More complex assignments, focusing on specialized areas.
• Project Management: Involvement in larger projects, learning project planning and execution.
• Mentorship and Evaluation: Regular feedback sessions with mentors to assess progress.

Theoretical Learning (2 Days/Week):

• Specialized Courses: Advanced topics in chosen engineering fields (e.g., robotics, renewable energy).
• Innovation and Technology Trends: Latest developments in engineering and technology.
• Business Skills: Basics of project management, communication, and leadership.
• Industry Certifications: Preparation for relevant industry-standard certifications.