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UNISA Mechanical and Industrial Engineering Course Module 2024-2025

UNISA Mechanical and Industrial Engineering Course Module 2024-2025

 

The Mechanical and Industrial Engineering program at UNISA offers an extensive range of modules covering various aspects of engineering, from the basics to more advanced topics. Here’s an overview of some key modules:

Key Modules

Qualitative Techniques I – QUT151Z

Level: NQF 5

Credits: 12

Purpose: Understanding statistical quality control in engineering.

Hydraulic Machines III (Theory) – FMA3602

Level: NQF 6

Credits: 9

Purpose: Study of pumps, fans, water turbines, and hydraulic amplifiers.

Mechanical Engineering Design II – MEE231V

Level: NQF 6

Credits: 12

Purpose: Basics of component design.

Operations Research – OPR2601

Level: NQF 6

Credits: 12

Purpose: Mathematical approaches to solve quantitative problems.

Thermodynamics III (Theory) – THD3601

Level: NQF 6

Credits: 9

Purpose: Advanced study of thermodynamics in systems like compressors, turbines.

Industrial Supply Chain Management – ISM3701

Level: NQF 7

Credits: 12

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Purpose: Principles, processes, and procedures in logistics and supply chain management.

Mechatronics and Measurement Systems – MMS4801

Level: NQF 8 (Honours)

Credits: 12

Purpose: Interdisciplinary experience encompassing measurement systems, electronics, and computer control.

Computer Aided Draughting I – CAD161S

Level: NQF 5

Credits: 12

Purpose: Knowledge of draughting and drawing techniques.

Advanced Manufacturing – ADM2601

Level: NQF 6

Credits: 12

Purpose: Understanding automation and automation technologies in production systems.

Fluid Mechanics III (Practical) – FMAPRA3

Level: NQF 6

Credits: 3

Purpose: Practical aspect of fluid mechanics.

The Mechanical and Industrial Engineering program at UNISA includes a comprehensive array of modules that span a range of topics. Below is a detailed list of all the modules offered in this program:

NQF Level 5 Modules

Computer Aided Draughting I – CAD161S

Engineering Drawing and Graphics – EDG1501

Engineering Graphics – EGP1501

Engineering Work Study I – EWS121Q

Maintenance Engineering I – MEG101T

Manufacturing Technology I – MTC1501

Mechanical Engineering Drawing I – MED161Q

Mechanical Manufacturing Engineering I (Theory) – MME1501

Mechanical Manufacturing Engineering I (Practical) – MMEPRA1

Production Engineering: Industrial I – PEI191V

Qualitative Techniques I – QUT151Z

Mechanics I (Practical) – MCA1PRA

Mechanical Engineering Practice I – MCP101E

Industrial Engineering Practice I – IDP101E

Maintenance Engineering IA – MEN1501

NQF Level 6 Modules

Advanced Manufacturing – ADM2601

Applied Engineering Mechanics – AEM2601

Automation III – ATO331Q

Computer Aided Draughting II – CAD2601

Engineering Modelling – EMO1601

Engineering Production Technology I – EPT1601

Engineering Production Technology II – EPT2602

Engineering Quality Planning and Management – EQP2601

Engineering Work Study II – EWS271L

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Environmental Management – ENV301E

Fluid Mechanics II (Theory) – FMC2601

Fluid Mechanics II (Practical) – FMCPRA2

Hydraulic Machines III (Theory) – FMA3602

Hydraulic Machines III (Practical) – FMAPRB3

Industrial Accounting – IAC2601

Industrial Engineering Statistics – IES2601

Industrial Engineering Practice II – IDP201E

Information Systems for Engineers – ISE3701

Maintenance Engineering II – MEG291X

Maintenance Engineering IIB – MEN2602

Mechanical Engineering Design I – MED2601

Mechanical Engineering Design II – MED2602

Mechanical Engineering Practice II – MCP201E

Mechanical Manufacturing Engineering II (Theory) – MME2601

Mechanical Manufacturing Engineering II (Practical) – MMEPRA2

Mechanics of Fluids I – MFL1601

Mechanics of Fluids II – MFL2602

Mechanics of Machines II (Theory) – MOM2601

Mechanics of Machines II (Practical) – MOMPRA2

Operations Research – OPR2601

Operational Research III – OPR371S

Production Engineering: Industrial II – PEI281S

Quality Assurance II – QAS221U

Solid Mechanics I – SME2601

Solid Mechanics II – SME2602

Strength of Materials II (Theory) – SOM2601

Strength of Materials II (Practical) – SOMPRA2

Thermodynamics II (Theory) – THD2601

Thermodynamics II (Practical) – THDPRA2

Work-directed industry based Mechanical Engineering Project – MPR3601

NQF Level 7 Modules

Automatic Control – ACT3701

Engineering Costing – INC2601

Engineering Project Management – EPM3701

Engineering Quality Management II – EQM3701

Engineering Work Study III – EWS381G

Environmental Engineering – EEN3701

Facilities Planning and Material Handling – FLM271S

Fluid Mechanics and Turbo-Machinery – FMM3701

Industrial Supply Chain Management – ISM3701

Logistics Engineering – LEN3701

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Maintenance Engineering III – MEN3701

Mechanical Design Project – MDP3701

Mechanical Engineering Design III – MEA351A

Production and Systems Engineering – PSE3701

Solid Mechanics IV – SME3701

**Steam Plant III (Theory) –

Admission Requirements

Eligibility: Open to applicants who have received an offer of placement from Unisa and accepted it online.

Registration Period: For the academic year, as per the university’s schedule.

Learning Mode

The program is presented using both online and distance learning modes.

Career Prospects

Graduates from this program can look forward to diverse career opportunities in fields like manufacturing, automation, design, and supply chain management. The program equips students with both theoretical knowledge and practical skills essential in the mechanical and industrial engineering sectors.

Additional Information

Co-Requisites and Pre-Requisites: Essential for successful completion of certain modules.

Experiential Learning: Some modules offer hands-on learning experiences.

This program is ideal for those aiming to pursue a career in mechanical and industrial engineering, providing a blend of theoretical knowledge and practical application to prepare students for challenges in these fields.

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