Sustainable Energy Engineering

Admission into this program is competitive, and applicants must meet the following minimum requirements:

• Successfully completed GCE Ordinary levels or equivalent in Sciences with at least a Grade C Mathematics, English and or French
• Successfully completed GCE Advanced Level or equivalent in Sciences with at least a grade D in

Physics, Mathematics, Chemistry and or Geology

• No more than 4 repeats
• All transfer students must meet the minimum requirements of the program

Language Requirement Bypass

Students who do not meet the language requirements but meet all the other requirements are eligible and will have to retake the subject (English or French) and present a pass result to the admission office before the start of the next academic year without which the student will not be allowed to register for courses.

Registration

Upon Registration, Students are required to present copies of the following documents

• Secondary School Certificate / Results Slip: GCE Ordinary Level or CAP or Intermediate Technical Certificate (ICT)
• High School Certificates / Results: GCE Advanced level or Baccalaureate or Advanced Technical

Certificate (ATC) or Advanced Professional Certificate (APC)

Transfer Students are required to present;

• All other documents listed in the admission requirement for the program
• One copy of your most recent transcripts of courses / records, signed and authorized by your home institution (s).
• Any student applying for a transfer must have related academic background

The tuition and general fees for this program is as

TUITION AND GENERAL FEES – HND PROGRAM

TUITION AND GENERAL FEES – MASTERS

Tuition and fee shown above applies just for the 2024/2025 Academic year and it subjected to change

NB : Fees are paid in three instalments and this does not include the initial registration fee. Payment Schedule given as follows; 5 0% before 24 October 2024, 30% before 09 January 2025 and 20% before 20 March 2025.

We strongly recommend that students review the requirements for this program before applying for admission and note should be taking that students who apply and meet this requirement may have to undergo an interview before the final decision on their application is made ( Link admission timeline here )

For further information about admission into this program please contact admissions@stalwartuniversityinstitute.com

TUITION AND GENERAL FEES

Tuition and fee shown above applies just for the 2024/2025 Academic year and it subjected to change

NB : Fees are paid in three instalments and this does not include the initial registration fee. Payment Schedule given as follows; 5 0% before 24 October 2024, 30% before 09 January 2025 and 20% before 20 March 2025.

We strongly recommend that students review the requirements for this program before applying for admission and note should be taking that students who apply and meet this requirement may have to undergo an interview before the final decision on their application is made ( Link admission timeline here )

For further information about admission into this program please contact admissions@stalwartuniversityinstitute.com

TUITION AND GENERAL FEES

Tuition and fee shown above applies just for the 2024/2025 Academic year and it subjected to change

NB : Fees are paid in three instalments and this does not include the initial registration fee. Payment Schedule given as follows; 5 0% before 24 October 2024, 30% before 09 January 2025 and 20% before 20 March 2025.

We strongly recommend that students review the requirements for this program before applying for admission and note should be taking that students who apply and meet this requirement may have to undergo an interview before the final decision on their application is made ( Link admission timeline here )

For further information about admission into this program please contact admissions@stalwartuniversityinstitute.com

TUITION AND GENERAL FEES

Tuition and fee shown above applies just for the 2024/2025 Academic year and it subjected to change

NB : Fees are paid in three instalments and this does not include the initial registration fee. Payment Schedule given as follows; 5 0% before 24 October 2024, 30% before 09 January 2025 and 20% before 20 March 2025.

We strongly recommend that students review the requirements for this program before applying for admission and note should be taking that students who apply and meet this requirement may have to undergo an interview before the final decision on their application is made ( Link admission timeline here )

For further information about admission into this program please contact admissions@stalwartuniversityinstitute.com

TUITION AND GENERAL FEES

Tuition and fee shown above applies just for the 2024/2025 Academic year and it subjected to change

NB : Fees are paid in three instalments and this does not include the initial registration fee. Payment Schedule given as follows; 5 0% before 24 October 2024, 30% before 09 January 2025 and 20% before 20 March 2025.

We strongly recommend that students review the requirements for this program before applying for admission and note should be taking that students who apply and meet this requirement may have to undergo an interview before the final decision on their application is made ( Link admission timeline here )

For further information about admission into this program please contact admissions@stalwartuniversityinstitute.com

TUITION AND GENERAL FEES

In today’s age of energy crisis, fossil fuel depletion, and climate issues, a career in energy engineering is a great choice. Regardless of the technology used to generate and store energy, there is a growing need to create systems that make efficient use of energy, facility management, plant engineering, environmental compliance. This means sustainable/renewable energy engineers will always be in high demand.

Types of Energy Engineering Positions

Due to the broad definition of an energy engineer, it’s not feasible to list every subcategory. This list, however, provides a good starting point.

Green Building Engineer

The typical median salary in the United States is around $ 100,000 per year.

Infrastructure developers are constantly looking at building structures trying to ensure they make the most effective use of energy. This means that every single aspect of the construction and design needs to be analyzed from an energy efficiency perspective. (Enter: green building engineer). This includes the procurement of energy efficient raw materials, all the way to the design of the structure. Some buildings even produce and store their own energy and are completely off the grid. Other responsibilities of a green building engineer include analyzing the energy usage of existing buildings; recommending ways to improve energy efficiency; and designing buildings that make use of passive methods to cool and heat themselves.

Energy Systems Engineer (ESE)

The typical median salary in the United States is roughly $ 85,000 per year.

In terms of energy use, an energy system engineer’s focus is on the bigger picture. An ESE is tasked with improving energy storage systems, managing energy distribution, analyzing the effect of energy practices on the local environment, and understating the effects of energy-related activities on the economy. An ESE needs to have a broad knowledge of basic engineering covering even the economics of energy systems.

Other responsibilities include the analysis of existing energy plants and systems to determine their efficiency, recommending ways to improve their efficiency, and evaluating the economic and environmental impact of new energy installations.

Alternative / Renewable Energy Engineer

The typical median salary in the United States is about $ 70,000 per year.

Huge renewable energy projects are coming online all over the world. And the trend only looks set to increase. These include 2000-megawatt solar arrays, 6800-megawatt wind farms, wave power generators and geothermal power plants. Thankfully, coal and nuclear power stations are falling behind the constant innovation of the renewable energy sector. This is because of impressive technological advances which have decreased their overall cost. Advances are less apparent in the coal and nuclear fields as the barrier to entry is prohibitively expensive. For instance, the time that it takes to bring a solar farm or wind farm online is significantly shorter and cheaper than building a new conventional power plant – good news for all of us.

As a renewable energy engineer you can expect to be involved in designing renewable energy systems (such as solar and wind plants), optimising existing energy systems, and researching and designing new renewable technologies and methods. You also have the opportunity to be part of a revolution (in energy generation) that ultimately could save the world. What could be more exciting than that?