BEng Materials & Metallurgical Engineering
Free
Description
This program combines the knowledge from biology, chemistry, Mathematics, physics and engineering to develop, design and maintain products and process. Chemical engineers deals principally with production of chemicals from various raw materials and compounds and are also responsible for the extraction and processing minerals They design, build, operate and manage plants for physical; thermal or chemical processing of materials to obtain consumable goods and products such as food and beverages, plastics, soaps and detergents, fertilizers, cement, pharmaceuticals and refined petroleum products. Metallurgical Engineering, a major player in insuring sustainability of minerals processing, prepares engineers to develop, design and operate processes and plants that transform raw materials into useful mineral and metal product.
| UG100 | 1 | ALSS 101 | Technical Writing & Academic Literacy Skills I | Core | Foundation to basic English language concepts and writing. |
| UG100 | 1 | CETG 111 | Engineering Graphics | Core | Introduction to engineering graphics. |
| UG100 | 1 | CHEM 101 | General Chemistry I | Core | Introduction to chemistry. |
| UG100 | 1 | COMP 101 | Introduction to Computing | Core | Introduction to Computing. |
| UG100 | 1 | MATH 101 | Pre-Calculus | Core | Mathematical foundation course. |
| UG100 | 1 | PHYS 101 | Introductory Physics I | Core | Introduction to Physics. |
| UG100 | 2 | CETG 121 | Workshop Practise | Core | Workshop practise. |
| UG100 | 2 | CETG 122 | Introduction to Engineering | Core | Introduction to engineering |
| UG100 | 2 | CHEM 102 | General Chemistry II | Core | Chemistry foundation course. |
| UG100 | 2 | MATH 102 | Introductory Calculus | Core | Introduction to Calculus. |
| UG100 | 2 | PHYS 102 | Introductory Physics II | Core | Physics foundation course. |
| UG100 | 2 | STAT 102 | General Statistics I | Core | Introduction to statistics. |
| UG200 | 1 | ALSS 201 | Technical Report Writing | Core | Basic skills of writing in standard report formats. |
| UG200 | 1 | CHEE 210 | Process Engineering I | Core | Introduction to process engineering. |
| UG200 | 1 | COMP 211 | Procedural Programming | Core | Basics of procedural programming. |
| UG200 | 1 | EMTH 201 | Engineering Mathematics I | Core | Introduction to engineering mathematics. |
| UG200 | 1 | MECE 211 | Engineering Mechanics I (Statics) | Core | General principles of statics. |
| UG200 | 1 | MMEE 210 | Materials Science | Core | Introduction to material science. |
| UG200 | 2 | CHEE 220 | Unit Operations I | Core | Introduction to unit operations. |
| UG200 | 2 | CHEM 206 | Introductory Physical Chemistry | Core | Introductory physical chemistry. |
| UG200 | 2 | EEEN 211 | Fundamentals of Electrical Engineering I | Core | Basic electrical laws and DC circuits. |
| UG200 | 2 | EMTH 202 | Engineering Mathematics II | Core | Advanced engineering mathematics. |
| UG200 | 2 | INME 221 | Design Methods | Core | Steps needed to ideate, execute and test a product. |
| UG200 | 2 | MECE 221 | Strength of Materials | Core | Overview of mechanical and aerospace disciplines. |
| UG300 | 1 | ALSS 301 | Technical Communication & Basic Research Methods | Core | Fundamentals of qualitative and quantitative research. |
| UG300 | 1 | CHEE 311 | Process Control I | Core | Fundamentals of process control. |
| UG300 | 1 | CHEE 312 | Process Engineering II | Core | Advanced process engineering. |
| UG300 | 1 | EMTH 301 | Engineering Mathematics III | Core | Engineering mathematics for advanced students. |
| UG300 | 1 | MMEE 310 | Physical Metallurgy | Core | Fundamentals of physical metallurgy. |
| UG300 | 1 | MMEE 313 | Ferrous Pyrometallurgy | Core | Production of iron and steel. |
| UG300 | 2 | CHEE 322 | Chemical Engineering Thermodynamics | Core | Principles of chemical engineering thermodynamics. |
| UG300 | 2 | EMTH 302 | Engineering Mathematics IV | Core | Application of mathematical models to engineering principles. |
| UG300 | 2 | GEME 321 | Engineering Project Management | Core | Principles and practices of project management by engineers. |
| UG300 | 2 | MMEE 321 | Foundry Technology | Core | Fundamentals of foundry technology |
| UG300 | 2 | MMEE 323 | Polymer Technology | Core | Chemical synthesis and properties of polymers. |
| UG300 | 2 | MMEE 324 | Mineral Processing | Core | Introduction to the processing of minerals. |
| UG400 | 1 | GEME 411 | Economics, Business & Entrepreneurship | Core | The economics of business. |
| UG400 | 1 | MMEE 410 | Heat Treatment Processes | Core | Principles of heat treatment processes. |
| UG400 | 1 | MMEE 411 | Tribology & Corrosion | Core | Methods of tribology and corrosion. |
| UG400 | 1 | MMEE 412 | Manufacturing Processes & Technologies | Core | Fundamental technologies used in manufacturing and processes. |
| UG400 | 1 | MMEE 413 | Hydrometallurgy & Electrotechnology | Core | Processing of non-ferrous metals. |
| UG400 | 1 | MMEE 414 | Leather Technology | Core | Methods of processing leather. |
| UG400 | 2 | CETG 420 | Industrial Attachment | Core | Internship in industry / government enterprises, during the winter semester and the entire semester 2. |
| UG500 | 1 | CETG 510 | Project I | Core (project) | A final year (design) project in engineering. |
| UG500 | 1 | CHEE 514 | Process Modelling & Simulation | Core | Principles of process modelling and simulation. |
| UG500 | 1 | MMEE 512 | Mechanical Metallurgy | Elective | Fundamentals of mechanical metallurgy. |
| UG500 | 1 | MMEE 513 | Ceramics & Glass Technology | Core | Concepts of ceramics and glass technology. |
| UG500 | 1 | MMEE 515 | Introduction to Nanotechnology | Elective | Introduction to nanotechnology methods. |
| UG500 | 1 | MMEE 516 | Coal Technology | Elective | Coal processing methods. |
| UG500 | 2 | CETG 520 | Project II | Core (project) | A final year (research) project in engineering. |
| UG500 | 2 | MMEE 520 | Materials Selection & Economics | Core | Materials, selection and economics concepts. |
| UG500 | 2 | MMEE 521 | Composite Technology | Core | Fundamentals of composite technology. |
| UG500 | 2 | MMEE 522 | Powder Technology | Core | Introduction to powder technology. |
| UG500 | 2 | MMEE 523 | Welding | Elective | Fundamentals of welding. |
| UG500 | 2 | MMEE 524 | Refractory Technology | Elective | Principles of refractory technology. |
Course Features
- Lectures 0
- Quizzes 0
- Duration 5 Years
- Skill level All levels
- Language English
- Students 0
- Assessments Self
Curriculum is empty.
