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B.TECH – ELECTRICAL POWER SYSTEM

The Bachelor of Technology (B.Tech) in Electrical Power System program is designed to provide students with a deep understanding of electrical power generation, transmission, distribution, and utilization. The curriculum focuses on the theory and practical application of electrical power systems, with a focus on ensuring energy efficiency, sustainability, and reliability. Graduates of this program are well-prepared for careers in energy generation, power distribution, renewable energy integration, smart grids, and more, with an emphasis on modern electrical infrastructure and advanced technological solutions in the energy sector.

PROGRAMME  SEMESTRE   DURATION  CREDIT  PARTNER INSTITUTION  ACCREDITATION  
ELECTRICAL POWER SYSTEM   6 SEMESTERS  3 YEARS  360  UNIVERSITY OF BUEA   

CORE OBJECTIVES

1.Develop a Strong Understanding of Electrical Power Systems 

  • – Power Generation: Teach students the principles and technologies of electrical power generation, including thermal, hydroelectric, nuclear, and renewable energy sources. 
  • – Transmission and Distribution: Provide a comprehensive understanding of the transmission and distribution systems, focusing on high-voltage transmission, substation design, and distribution network management. 
  • – Power System Protection: Equip students with knowledge of protection schemes, fault analysis, and safety measures to prevent damage to electrical systems and ensure the safe delivery of power. 

 

2. Promote Sustainable and Renewable Energy Practices

  • – Renewable Energy Systems: Introduce students to solar, wind, hydro, and biomass energy generation technologies, emphasizing integration with traditional power systems and sustainable energy solutions. 
  • – Energy Efficiency: Teach students strategies for optimizing power generation, reducing transmission losses, and improving the overall energy efficiency of power systems. 
  • – Smart Grids: Provide an understanding of smart grid technologies, including the integration of real-time data, automation, and monitoring systems for improved power distribution and management. 

 

3. Enhance Power System Design and Analysis Skills

  • – Load Flow Analysis: Train students in the calculation of load flow in electrical power systems to determine optimal operation and ensure system stability. 
  • – Stability and Control: Equip students with the tools to analyze and maintain the stability of power systems under dynamic conditions, including voltage and frequency control. 
  • – Power System Operation and Control: Teach students the operation and control of power systems, including the coordination of power generation and demand, grid balancing, and system scheduling. 

 

4. Develop Expertise in Electrical Equipment and Components

  • – Electrical Machines: Provide students with knowledge of electrical machines such as transformers, motors, and generators, and their role in the generation, transmission, and distribution of electrical power. 
  • – Switchgear and Protection Systems: Teach students about the role of switchgear, circuit breakers, and protective relays in maintaining the safety and reliability of power systems. 
  • – Power Electronics: Introduce students to power electronics applications, such as inverters, converters, and rectifiers, for efficient power conversion and distribution. 

 

5. Foster Research and Development in Power Systems

  • – Energy Storage Systems: Encourage students to explore emerging technologies in energy storage, such as batteries, pumped storage, and flywheels, which are vital for stabilizing renewable energy output. 
  • – Advanced Power System Simulation: Provide students with opportunities to engage in research and use software tools for simulating power system performance, stability, and fault conditions. 
  • – Innovation in Power Distribution: Guide students to innovate in power distribution systems by exploring solutions such as microgrids, decentralized energy systems, and the integration of Internet of Things (IoT) devices. 

 

6. Prepare Students for Energy Policy and Regulation

  • – Energy Policy: Equip students with an understanding of government policies, regulatory frameworks, and international standards that govern energy production, distribution, and environmental impacts. 
  • – Environmental Impact of Power Systems: Teach students to assess and mitigate the environmental impact of power generation and distribution, including strategies to reduce carbon emissions and improve the sustainability of energy practices. 
  • – Global Energy Trends: Educate students on global trends in energy markets, including the shift towards renewable energy, energy security, and the role of emerging economies in the global energy transition. 

 

7. Strengthen Communication, Leadership, and Teamwork Skills

  • – Effective Communication: Equip students with the ability to communicate complex electrical power concepts to technical and non-technical stakeholders through reports, presentations, and technical documentation. 
  • – Leadership and Project Management: Develop leadership and management skills to lead electrical power projects, manage teams, and make strategic decisions in the energy sector. 
  • – Collaboration and Networking: Promote collaboration with industry professionals, researchers, and policymakers through internships, projects, and networking events to build valuable industry connections. 

 

8. Foster an Understanding of Ethics and Sustainability in Power Systems

  • – Ethics in Energy: Teach students about ethical considerations in the energy sector, including fair labor practices, environmental responsibility, and the socio-economic impacts of power infrastructure. 
  •  – Sustainable Power Systems: Encourage students to design energy solutions that balance the need for reliable power with environmental conservation and sustainability goals, focusing on green technologies and low-carbon energy systems. 

 

9. Prepare Students for Career Readiness and Professional Development

  • – Internships and Practical Experience: Offer students the opportunity to gain hands-on experience in power system design, operation, and maintenance through internships with power companies and energy-related organizations. 
  • – Professional Certifications: Guide students in preparing for certifications such as Professional Engineer (PE), Certified Energy Manager (CEM), or other relevant qualifications that enhance career prospects. 
  • – Career Services and Networking: Provide career counseling, resume-building support, and networking opportunities with professionals in the energy and power sectors to help students transition from education to employment. 

 

10. Encourage Lifelong Learning and Continuous Improvement

  • – Commitment to Lifelong Learning: Instill a mindset of continuous learning, encouraging students to stay current with new technologies, industry developments, and emerging trends in the power systems field. 
  • – Innovation and Adaptability: Prepare students to innovate and adapt to the rapidly evolving energy landscape, focusing on the adoption of new energy generation technologies and grid management solutions 

CAREER OPPORTUNITIES

1.Power Systems Engineer 

  • – Design, analyze, and optimize electrical power generation, transmission, and distribution systems, ensuring their stability and efficiency. 

 

2. Electrical Design Engineer 

  • – Focus on designing electrical systems and components for power generation, transmission, and industrial applications, ensuring that designs meet regulatory and safety standards. 

 

3. Renewable Energy Engineer 

  • – Specialize in the integration of renewable energy sources such as solar, wind, and hydroelectric power into existing power systems, focusing on system efficiency and sustainability. 

 

4. Energy Consultant 

  • – Provide expert advice to companies, governments, and organizations on energy management, sustainability, and regulatory compliance, optimizing energy use and promoting renewable solutions. 

 

5. Transmission and Distribution Engineer 

  • – Manage the operation and maintenance of high-voltage transmission and distribution systems, ensuring reliable and safe power delivery to consumers and industries. 

 

6. Power Plant Operator 

  • – Oversee the daily operations of power plants, ensuring efficient and safe generation of electrical power while maintaining equipment and complying with environmental standards. 

 

7. Smart Grid Engineer 

  • – Work on the design and implementation of smart grid technologies, focusing on automation, real-time data analytics, and renewable energy integration into modern power systems. 

 

8. Substation Engineer 

  • – Specialize in the design, operation, and maintenance of substations, which are critical for voltage regulation, fault detection, and ensuring a stable flow of electricity.

 

9. Energy Storage Systems Engineer 

  • – Focus on the development and integration of energy storage technologies to improve the reliability and efficiency of renewable energy systems and manage peak demand. 

10. Electrical Power System Researcher 

  • – Engage in research and development activities focused on advancing power system technologies, including exploring new power generation methods, energy storage solutions, and smart grid systems. 

CRITERES D'ADMISSION

PROGRAMME   LEVEL OF ADMISSION  STUDENT PROFILE  ADMISSION TEST  APPLICATION FILE  APPLICATION FEE 
ELECTRICAL POWER SYSTEM  All GCE A/L (with minimum 2 papers Without Religion), All Baccalaureat, or Equivalent  Entrance Exam (general knowlegde and  English) 
  • A hand written application addressed to the director 
  • a certified copy of birth certificate 
  • a certified copy of ordinary GCE level 
  • a certified copy of advanced level/result slip 
  • an A4 envelope carrying the candidate’s address 

 

 

25.  000 F CFA 
ELECTRICAL POWER SYSTEM   has Validated Minimum of 1 year (60 Credits) after Gce A/L in a relevant discipline, GCE A/L (with minimum 2 papers Without Religion), Baccalaureat, or Equivalent  File Study 
  • A hand written application addressed to the director 
  • a certified copy of birth certificate 
  • a certified copy of ordinary GCE level 
  • a certified copy of advanced level/result slip 
  • an A4 envelope carrying the candidate’s address 
  • Transcript of year 1  

 

25.  000 F CFA 
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