Overall SDG Alignment Evaluation:
The Bachelor of Engineering in Mechanical Engineering program is holistically and fundamentally aligned with the Sustainable Development Goals by training professionals who are the architects of modern technology, energy systems, and industrial processes. The curriculum's philosophy, which emphasizes technical expertise, innovative design, and a strong foundation in physical sciences, makes it a powerful contributor to sustainable development. The program is a cornerstone of SDG 9 (Industry, Innovation, and Infrastructure) and SDG 7 (Affordable and Clean Energy), with its entire core dedicated to machinery design, manufacturing, thermodynamics, and energy conversion. It is a direct driver of SDG 8 (Decent Work and Economic Growth) by enhancing industrial productivity and SDG 12 (Responsible Consumption and Production) by optimizing energy and material efficiency. Furthermore, the curriculum's focus on renewable energy, pollution control, and sustainable transport systems contributes significantly to SDG 11 (Sustainable Cities and Communities) and SDG 13 (Climate Action). As a professional engineering program, it is a flagship of SDG 4 (Quality Education) and is built upon extensive industry partnerships, embodying the spirit of SDG 17.
Alignment Summary: The program supports good health through the engineering of systems for human comfort and safety. The study of air conditioning and refrigeration is vital for creating healthy indoor environments in hospitals and homes, while an understanding of fluid mechanics is applicable to the design of biomedical devices.
Course Code | Course Title | Alignment Rationale |
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ME333201 | Air Conditioning and Refrigeration | Contributes to health and well-being by providing the engineering principles for creating controlled, healthy indoor environments, which is crucial for hospitals and public health (Target 3.9). |
Alignment Summary: This professional engineering program provides a high-quality, specialized education that equips students with advanced technical and analytical skills. Through a rigorous curriculum combining theory, extensive laboratory work, and cooperative education, it ensures graduates are competent, skilled professionals capable of lifelong learning and innovation.
Course Code | Course Title | Alignment Rationale |
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ME430498 | Mechanical Engineering Project | Enhances education for sustainable development by enabling students to conduct a comprehensive design or research project, applying their knowledge to solve real-world engineering problems (Target 4.7). |
EN014002 | Engineering Cooperative Education | Provides inclusive and equitable quality education through extensive, supervised professional work experience, ensuring students acquire the technical and vocational skills for employment (Target 4.4). |
Alignment Summary: The program contributes to clean water by providing the mechanical engineering expertise for water infrastructure. The design of pumps, piping systems, and the machinery used in water and wastewater treatment plants are all core applications of mechanical engineering principles.
Course Code | Course Title | Alignment Rationale |
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ME332401 | Fluid Mechanics II | Supports the efficient operation of water and sanitation infrastructure by teaching the principles of fluid machinery, such as pumps and turbines, which are essential for water distribution and treatment (Target 6.4). |
Alignment Summary: This program is the embodiment of engineering for affordable and clean energy. Its curriculum is dedicated to the principles of energy conversion, thermal systems, and power generation. It provides the core knowledge needed to design and improve power plants, engines, and renewable energy systems, and to enhance energy efficiency across all sectors.
Course Code | Course Title | Alignment Rationale |
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ME332201 | Thermodynamics II | Is fundamental to ensuring access to modern energy, as it covers the analysis of power generation cycles (gas, vapor, refrigeration) which are the basis of all power plants (Target 7.1). |
ME434204 | Power Plant Engineering | Directly contributes to increasing the share of renewable energy by covering the design and operation of various power plants, including those using solar thermal, geothermal, and biomass energy (Target 7.2). |
ME434205 | Renewable Energy | Enhances international cooperation to facilitate access to clean energy research and technology by focusing specifically on various renewable energy sources like solar, wind, and biofuels (Target 7.A). |
ME434203 | Energy Conservation | Contributes to doubling the global rate of improvement in energy efficiency by teaching the principles and techniques of energy auditing and conservation in industrial and commercial buildings (Target 7.3). |
Alignment Summary: The program is a direct driver of economic growth by producing engineers who design the machinery and processes that are the foundation of all manufacturing and industrial activity. It promotes decent work by instilling the principles of professional ethics and safety in the design and operation of mechanical systems.
Course Code | Course Title | Alignment Rationale |
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ME231301 | Engineering Drawing | Is a foundational skill for all manufacturing, contributing to higher levels of economic productivity through precise technical communication for production (Target 8.2). |
EN010003 | Professional and Ethical Practice | Promotes decent work by ensuring graduates understand and adhere to the ethical and professional standards that protect labor rights and promote safe working environments (Target 8.8). |
Alignment Summary: This program is the very definition of building industry, innovation, and infrastructure. Mechanical engineering is the discipline that designs and builds the machines, power systems, and manufacturing processes that are the heart of all industries. The curriculum is focused on design, manufacturing, and innovation to create a resilient and sustainable industrial base.
Course Code | Course Title | Alignment Rationale |
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ME333101 | Manufacturing Processes | Is fundamental to industry, providing the knowledge of how products are made, which is essential for developing and upgrading industrial capabilities (Target 9.2). |
ME333102 | Machine Design | Directly supports the development of reliable and resilient industrial infrastructure by teaching the principles of designing and creating machinery (Target 9.4). |
ME434301 | Automatic Control | Promotes innovation and upgrades the technological capabilities of industrial sectors by teaching the principles of automation, which is key to modern manufacturing (Target 9.4). |
ME430498 | Mechanical Engineering Project | Enhances scientific research and innovation by training students to develop new mechanical designs and technologies (Target 9.5). |
Alignment Summary: The program is essential for making cities sustainable. Mechanical engineers design the HVAC systems that make buildings habitable and energy-efficient, the engines for public transportation, and the power generation systems that cities rely on. The focus on automotive engineering and air conditioning is directly relevant to creating sustainable urban environments.
Course Code | Course Title | Alignment Rationale |
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ME434101 | Automotive Engineering | Contributes to providing access to safe, affordable, accessible and sustainable transport systems for all by providing the core technology for vehicles. A focus on efficiency supports sustainability (Target 11.2). |
ME333201 | Air Conditioning and Refrigeration | Contributes to making cities inclusive, safe, and resilient by providing the technology for healthy and comfortable indoor environments in residential and commercial buildings (Target 11.3). |
ME434202 | Pollution Control in Mechanical Engineering | Aims to reduce the adverse per capita environmental impact of cities by teaching how to control pollution from engines and industrial sources (Target 11.6). |
Alignment Summary: The curriculum promotes responsible production patterns by focusing on the efficient use of energy and materials. The principles of thermodynamics, heat transfer, and machine design are all applied to create more efficient processes and products that consume fewer resources and generate less waste.
Course Code | Course Title | Alignment Rationale |
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ME434203 | Energy Conservation | Promotes the sustainable management and efficient use of natural resources by teaching methods to reduce energy consumption in industrial and commercial processes (Target 12.2). |
ME333101 | Manufacturing Processes | Contributes to responsible production by analyzing manufacturing techniques to improve material efficiency and reduce scrap and waste (Target 12.5). |
ME434202 | Pollution Control in Mechanical Engineering | Directly supports the environmentally sound management of wastes by teaching technologies to control and minimize pollution from industrial sources (Target 12.4). |
Alignment Summary: The program provides the essential engineering expertise to take action on climate change. It is central to the transition to a low-carbon economy through the development of renewable energy systems, high-efficiency engines, and technologies for energy conservation, all of which are critical for mitigating greenhouse gas emissions.
Course Code | Course Title | Alignment Rationale |
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ME434205 | Renewable Energy | Contributes to climate change mitigation by providing the expertise to design and implement renewable energy systems (solar, wind, biomass), integrating climate change measures into national energy strategies (Target 13.2). |
ME434203 | Energy Conservation | Improves education on climate change mitigation by teaching strategies to improve energy efficiency, a key strategy for reducing greenhouse gas emissions (Target 13.3). |
Alignment Summary: The program can contribute to the conservation of aquatic ecosystems through its focus on pollution control. By designing systems to control emissions and waste from power plants and industrial facilities, mechanical engineers help prevent land-based pollution from reaching and harming marine environments.
Course Code | Course Title | Alignment Rationale |
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ME434202 | Pollution Control in Mechanical Engineering | Helps to prevent and significantly reduce marine pollution from land-based activities by teaching how to manage and treat industrial emissions and effluents (Target 14.1). |
Alignment Summary: The program contributes to building strong institutions by instilling a deep understanding of professional ethics. This is fundamental to creating an engineering profession and related industries that operate with accountability, transparency, and a commitment to public safety and welfare.
Course Code | Course Title | Alignment Rationale |
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EN010003 | Professional and Ethical Practice | Contributes to developing effective, accountable and transparent institutions by grounding future engineers in the ethical principles that must govern their profession, helping to combat corruption (Target 16.5). |
Alignment Summary: The program fosters partnerships through its cooperative education model, which creates a vital bridge between the university and the manufacturing, energy, and automotive industries. This collaboration is essential for ensuring that engineering education is relevant and that graduates are prepared to contribute to a sustainable economy.
Course Code | Course Title | Alignment Rationale |
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EN014002 | Engineering Cooperative Education | Directly encourages and promotes effective public-private partnerships by immersing students in real-world engineering companies, building collaborative experience (Target 17.17). |