The Bachelor of Systems Engineering in Electrical Engineering is designed to provide flexibility for working professionals and aspiring engineers. The program combines electrical engineering fundamentals with systems-level thinking to prepare students for designing, analyzing, and managing complex electrical and electronic systems across various industries.

Assessments emphasize practical, application-oriented assignments, system design projects, simulations, and analytical case studies. Continuous feedback ensures students develop strong problem-solving, analytical, and professional engineering competencies.

• General Education Courses – 30 Credits
  Build core academic and communication skills through courses in mathematics, physics, computer literacy, ethics, and humanities.

• Core Electrical Engineering Courses – 60 Credits
  Develop foundational knowledge in key areas such as:

  • Circuit Analysis & Network Theory

  • Electrical Machines & Power Systems

  • Electronics & Digital Systems

  • Signals & Systems

  • Control Systems Engineering

  • Electromagnetic Fields & Applications

• Systems Engineering & Specialization Courses – 60 Credits
  Gain advanced systems-focused expertise in areas including:

  • Systems Modeling & Simulation

  • Embedded Systems & IoT

  • Power Electronics & Smart Grids

  • Automation & Industrial Control Systems

  • Systems Integration & Engineering Management

• Elective Courses – 30 Credits
  Choose electives to explore emerging technologies, interdisciplinary engineering topics, or advanced electrical engineering subjects to enhance technical depth and career flexibility.

• Capstone Project – 30 Credits
  Apply learning in a comprehensive systems engineering project involving real-world electrical or integrated systems challenges. The capstone demonstrates design capability, analytical thinking, and professional engineering competence.

Students can focus on power systems, automation, embedded systems, smart grids, or systems integration, allowing them to develop in-demand skills aligned with modern engineering industries.

Graduates will be prepared for careers in electrical engineering, systems engineering, automation, power generation and distribution, telecommunications, manufacturing, and technology-driven industries. The program emphasizes systems thinking, technical excellence, and practical application.

• Academic Qualification: Recognized high school diploma or equivalent with strong background in mathematics and physics.

• Work Experience: Relevant engineering or technical experience is advantageous but not mandatory.

• English Proficiency: Non-native English speakers may need to submit IELTS, TOEFL, or equivalent scores.

• Supporting Documents: Completed application form, academic transcripts, CV/resume, and any additional documents requested by admissions.

• Western Global University is the sole awarding institution for all its programmes.

• Degrees are nationally recognized and internationally accredited, ensuring credibility and global acceptance.

• Graduates receive qualifications that reflect academic excellence and industry-relevant competencies.