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Reflective Learning Log

Week Learning/Experience/Skill achieved Comments and Relationship to ILP

26/09/14 • Walking around the campus and discovering the university buildings.

• Enrolling to the modules and getting the studying timetable.

• Understanding each module handbook and know all the assessments required for each one. • Starting to understand what to do during the first year.

• Making a study plan for the first term and managing time for studying.

03/10/14 • Reviewing the Mathematics basics and explain some examples of the students background.

• Learning the basics about binary numbers on the Electronics lecture.

• Working on the lab and learn about the equipment and how run each one to use it during lab work. • Getting a good revision on the basics of each module.

• Refreshing students background information to be able to start learning new things.

10/10/14 • Working on the Microsoft Visual Studio 2013 and being able to run the program by typing programing codes.

• On the Electrical Principles the lecturer and tutor explains different kinds of examples on the DC-circuits. • Learning a new programing language (C++) and understanding how to write the codes on the program.

• I got some examples to work on during the weekend of the Electrical Principles.

17/10/14 • Electronic Design Manufacture and test lab session showed how to build inverting and non-inverting amplifier circuits and test the using the oscilloscope to get the results.

• Working on the Multisim Software during the Professional Development practical session to design DC-circuits and get the results. • Being able to build circuits on the lab by soldering the components using the iron solder to connect the circuit on the breadboard.

• Being familiar with the Multisim to design DC-circuits and test them before building them at the lab.

24/10/14 • Learning more about the complex numbers on the Mathematics and Electronic Principles lectures and how to add, subtract, multiply and divide them.

• On the Electronics lecture we learnt about the Logic Gates like AND, OR and NOT gates and how to use them on our circuits. • I learnt more about the complex numbers and how to use them on solving problems on Mathematics and Electronic Principles.

• I understood the roles of the logic gates and how the output will be for each gate depending on the inputs.

07/11/14 • On Computer Programing lecture and practical we learnt more codes to make calculations using the C++ language by inputting numbers and make the program give the answer as an output.

• Learning more about electrical circuits and how the total resistance should be calculated depending on how they are connected either in series or parallel. • I learnt more skills on how to type computer programing codes simply and use it to do my mathematical calculations on C++.

• I am able to solve DC-circuits that have resistors connected in series or parallel to find the current and voltage by getting the resistance first.

21/11/14 • Professional Development lecturer showed more skills of how to make a professional presentation and use some techniques to deliver the information to the audience simply without any pressure on the presenter.

• On the Electronic Design and Manufacture Design and Test session we learnt how to design and build circuits using PCB software to us it instead of the breadboard and test it. • I learnt how to plan for my presentation and how to manage the topics to link them together so the audience will not feel board and avoid the stress before and while presenting.

• I knew how to use the PCB software and use PCB board to build the circuit and test it professionally instead of the classic breadboard.

05/12/14 • Learning about Matrices on the Mathematics lecture describing how to add and subtract matrices and showed some examples on it can be different depending on the number of rows and columns.

• On the Electronics practical session we worked on designing and building simple traffic controller circuit using combinational logic. • I learnt how the matrices work and how we can solve mathematical problems that required using matrices.

• I worked on logic gates to design a traffic controller circuit using only NAND gates and I build it and test it to check if it is working right and I wrote my result and comments on each chip we used to add it to the log book.