Our Services
Engineering Stores supplies parts and components for students to aid in their labs and projects.
Access Datasheets for ALL parts and components sold by Engineering Stores. This provides an ease of access for students while doing their labs and projects.
We take special orders for students that align with our order periods.
Engineering Labs
In this course students are required to do SIX (6) LABORATORY EXPERIMENTS and a PROJECT. The six experiments carry 30% of the course marks and the project 70% as described in the Course Mark Scheme.
The Laboratory Experiments
There are a total of 6 laboratory experiments scheduled within the first half of the semester. Students are require to do ALL six (6) of these experiments and submit a report for each. Please see the Laboratory Experiments page for more information.
The Project
Students are require to do a project. This year's project is to design and implement a FM Transmitter and Receiver. Please see the FM Project page for more information.
Important Notes:
Students are required to purchase two kits for this course:
- The "ELET2415 Component Kit"
- "FM Transmitter/Receiver Component Kit"
These kits are available for purchase the Lab Kit Section.
In this course students are required to do SIX (6) LABORATORY EXPERIMENTS and a PROJECT. The six experiments carry 30% of the course marks and the project 70% as described in the Course Mark Scheme. Lecturers of the courses related to each experiments should give an overview of the experiments the week before it is scheduled in their respective classes.
The Laboratory Experiments
All students doing this course are require to do six experiments.
Please see the Laboratory Experiments page for more information.
The Project
This year's project is to design and implement a Digital Clock. Please see the Digital Clock page for more information. Students are required to start working on the project from the beginning of the semester.
Experiments Schedule
Week 1:Electrical Circuit components and measuring equipment
Semiconductor Devices:
Week 2: The PN junction diode and its application to rectifiers
Week 3: Transistor characteristics and circuit application
Week 4: Optical semiconductor devices and their circuit application
Week 5: Design Test 1: Application of semiconductor devices
Digital Electronics:
Week 6 TTL logic and Boolean Algebra
Week 7: Combinational Logic circuit and display drivers
Week 8: Flip Flop and 555 Timer applications
Week 9: Design Test 2: A Digital Circuit Design
Analogue Electronics an introduction to communication systems:
Week 10: RLC circuits
Week 11: Op Amp Circuits
Week 12: Amplitude Modulation
Week 13: Design Test 3: An Analogue circuit design
Evaluation:
Nine Laboratory reports (equal weighting) 15%
Three design projects (3 x 15%) 45%
One 2-hour final examination paper 40%