NUST eLearning
Search results: 1276
- Lecturer: Henrietha Beukes
- Lecturer: Dr Katherine Carter
- Lecturer: Erkkie Haipinge
- Lecturer: Joy Hambabi
- Lecturer: Linda Kambonde
- Lecturer: Brenda Kulobone
- Lecturer: Prof Nikodemus Angula
- Lecturer: Ferdie Dr Lochner
Category: Governance & Management Sciences
This course provides students with the knowledge in broadcasting to advance their skills in the television production environment. The course will further enable students to produce, present, analyse and criticize television content using appropriate equipment and platforms.
- Lecturer: Wonder Guchu
- Lecturer: Dr Phillip Santos
- Lecturer: Dr Julia Indongo
- Lecturer: Johnson Mutirua
- Lecturer: Beatrice Mutonga
Category: Communication and Languages
- Lecturer: Linda Kambonde
- Lecturer: Faith Marais
- Lecturer: Dr Theopolina Negumbo
- Lecturer: Dr Tadeus Shikukumwa
- Lecturer: Joseph Subasubani
Category: Human Sciences
- Lecturer: Alexander Brewis
- Lecturer: Elizabeth Kambwale
- Lecturer: Johnson Mutirua
- Lecturer: Beatrice Mutonga
- Lecturer: Alexander Brewis
- Lecturer: Johnson Mutirua
- Lecturer: Beatrice Mutonga
- Lecturer: Nikanor Abiatar
- Lecturer: Conrad January
Category: Mechanical and Marine Engineering
- Lecturer: Jebasingh Daniel
Category: S1_2025_FEBE
- Lecturer: Dr Vaino Indongo
- Lecturer: Ambicious Lifasi
- Lecturer: Pedro Tjakwanda
Thermodynamics 225 (TDN620S) is a fundamental core course in the fourth semester for Bachelor of Engineering programs, designed to provide a comprehensive understanding of thermodynamic principles. The course delves into the foundational concepts of thermodynamics, essential for mastering the operation and analysis of energy systems.
Students will explore the laws of thermodynamics, including the first and second laws, and their applications in real-world engineering contexts. The curriculum covers the operational principles and efficiencies of various energy systems, including steam power plants, diesel and petrol engines, gas turbine power plants, and refrigeration systems. Emphasis is placed on the practical implications of these principles in designing and optimizing energy systems, preparing students to tackle challenges in power generation, systems, and thermal management.
Through a combination of theoretical knowledge and practical application, this course equips students with the skills needed to analyze and improve the performance of complex thermodynamic systems
- Lecturer: Frans Hanghome
Category: Mechanical and Marine Engineering
Thermodynamics (TMD610) is a core course to be completed in the third semester to master the basics of thermodynamics. The course is designed to provide students with an insight understanding of the basics of thermodynamics and the working principles of power plants and refrigeration systems. The course will further focus on the various laws of thermodynamics and the working principles of steam power plants, diesel and petrol engines, gas turbine power plants and refrigeration systems.
- Lecturer: Frans Hanghome
Category: Mechanical and Marine Engineering
- Lecturer: Dr Munyaradzi Maravanyika
- Lecturer: Stephen Visagie
- Lecturer: Dr Munyaradzi Maravanyika
- Lecturer: Stephen Visagie
- Lecturer: Prof Haileleul Zeleke Woldemariam
Category: Communication and Languages
Time series analysis and modeling is applied in a wide range of areas including economics, meteorology, market stock and exchange rates, epidemics,earthquakes, and many more. In this course, the student will be taken through introductory basics of time series analysis and modelling.
- Lecturer: Dr Josua Mwanyekange
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Category: Governance & Management Sciences
| WELCOME | WEEKLY CONTENT | DISCUSSION FORUM |
| COURSE LEARNING OUTCOMES | REFERENCES SOURCES | CONTACT YOUR FACILITATOR |
| ASSIGNMENTS | COURSE OVERVIEW | STUDY MATERIALS |
- Lecturer: Ethilde Kuwa
Category: Hospitality and Tourism