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iOS apps in Swift:

What will you learn?

Here are just a few things you’ll be able to do

Learn to create mobile applications using Swift for iOS devices

How to build your own digital scale for weighing things

You'll receive a certificate of completion for the Apple Swift course

What We Cover?

  • Understand the fundamentals of programming in Swift, building modern mobile apps, iOS, Xcode
  • Demonstrate an understanding of object-oriented programming
  • Develop algorithms to solve problems using operators, functions and more
  • Write code that makes decisions about what lines of code should be executed
  • Create a basic iOS app
  • Learn how to debug and troubleshoot
  • Create visual interfaces using the Interface Builder from Xcode

Fun Facts:

What will you build?

A digital scale for your phone

Time to complete

20 – 30 Hours

Average Salary for mobile app developer

US$100,000 per year

Exam Certification Available

No exam. Certificate of completion only

Real World Project

Build a digital scale
for your mobile phone

iOS apps in Swift

This course is coming soon. To get notified when it launches – fill out your details here. 

Subscribe to stay informed

TechWays Copyright 2022

Indentation – In the written form of many languages, an indentation or indent is an empty space at the beginning of a line to signal the start of a new paragraph.

type ( ) is a built-in function (still to cover what built-in functions are later) that determines the Data Type of any data presented. 

To book your spot – click here

We will be talking to Jason Suttie from Devson. Jason has been in the tech world since he was six years old. He headed IT innovation unit at RMB and has since left to start up his own software consulting company – solving problems and building solutions for clients around the world. 

Let’s hear more about the trends in the software and programming industries, where jobs are moving to and what kind of skills you’ll need in this exciting world of opportunities out there. 

Book your spot HERE

To book your spot – click here

We will be talking to Noelene Kinsley from GC Network. Noelene has been specialised in the exciting career of Genetic Counseling and wants to share her passion for making the world a healthier place using genetics….and data science technology. 

Let’s hear more about the trends in the health/genetics industries, where jobs are moving to and what kind of skills you’ll need in this exciting world of opportunities out there. 

This event is suitable for learners, parents and their teachers. Book your spot HERE

To access the recording – click here

Calling on all high schoolers interested in tech as a career to join us on 16 September at 5:30pm. If you missed it, we’ll host another one on 18 November. 

We covered the following:

  • general tech career tips
  • a few “hot button/in-demand” career pathways and jobs
  • the skills needed to access these careers
  • some of the job realities in these careers

To access the recording – click here

To book your spot – click here

Calling on all high schoolers interested in tech as a career. Join us on Thursday 18 November at 5:30pm.

We will be sharing:

  • general tech career tips
  • a few “hot button/in-demand” career pathways and jobs
  • the skills needed to access these careers
  • some of the job realities in these careers

There are only 100 spaces – so book your spot now – please RSVP here Book

To book your spot – click here

#WOW – What Outstanding Work – Awards: join us to learn from our students. 

Our top 20 learners are from St Andrews for Girls, Reddam Umhlanga, Evolve Online, Nova Pioneer and Sutherland High. 

Learners will be presenting their final projects. Come celebrate their successes and lessons learnt with us at our TechWays #WOW Awards.

This event is suitable for learners, parents and their teachers. Book your spot HERE

Variables

More about variables

Info about variables

Integrated Development Environment – A digital environment used to develop games, software, hardware, that offers integration from debugging to compiling. 

print ( ) is a built-in function (still to cover what built-in functions are later) that executes data inside the brackets. The results get printed out on the console/results section.

input ( ) is a built-in function (still to cover what built-in functions are later) allows a user to insert info into a program/the code. 

Mad Libs is a phrasal template word game created by Leonard Stern and Roger Price. It consists of one player prompting others for a list of words to substitute for blanks in a story before reading aloud.

Text editor – is the part of the IDE where you write the code. Most text editors highlight words with different properties like functions to help you distinguish them from one another. 

str ( ) is a built-in function that converts and sequence of characters (numbers especially) in to text. 

\ – escape character is a string character that tell Python that the next character after it should be taken as a string and not as an instruction.

In programming Concatenation is a process of appending one string to another. 

String Special Characters

There a number of special string characters that have different functions when used inside ” “. Here’re some useful and common ones:

  • \n – Newline – Everything after it goes to next line.
  • \t – Horizontal tab – creates a tab space, similar to when you use ‘tab’ on keyboard.
  • \b – backspace – deletes the character before the it.
  • \r – carriage return – same as \n

String Built-in Functions/Methods

There are a lot of strings functions/methods in Python. Find full list in course manual. Here’s are some that you find useful in this course:

Functions

  • len(varName) – Returns the length of a list, string
  • “char to add”.join(varName) – Converts the elements of an iterable into a string.

Methods 

  • varName.capitalize() – Converts the first character to upper case.
  • varName.center(length) Returns a centered string
  • varName.count(“?”) Returns the number of times a specified value occurs in a string.
  • varName.endswith(“?”) – Returns true if the string ends with the specified value.
  • varName.find(“?”) – Searches the string for a specified value and returns the position of where it was found.
  • varName.format(placeholder = value) – Formats specified values in a string.
  • varName.index(“?”) – Searches the string for a specified value and returns the position of where it was found.
  • varName.isalnum() – Returns True if all characters in the string are alphanumeric.
  • varName.isalpha() – Returns True if all characters in the string are in the alphabet.
  • varName.isascii() – Returns True if all characters in the string are ascii characters.
  • varName.isdecimal() – Returns True if all characters in the string are decimals.
  • varName.isdigit() – Returns True if all characters in the string are digits.
  • varName.isidentifier() – Returns True if the string is an identifier.
  • varName.islower() – Returns True if all characters in the string are lower case.
  • varName.isupper() – Returns True if all characters in the string are upper case.
  • varName.isnumeric() – Returns True if all characters in the string are numeric.
  • varName.isprintable() – Returns True if all characters in the string are printable.
  • varName.isspace() – Returns True if all characters in the string are whitespaces.
  • varName.istitle() – Returns True if the string follows the rules of a title.
  • varName.ljust(value) – Returns a left justified version of the string.
  • varName.rjust() Returns a right justified version of the string.
  • varName.lower() – Converts a string into lower case.
  • varName.upper() – Converts a string into upper case.
  • varName.strip() – Returns a trimmed version of the string.
  • varName.lstrip() – Returns a left trim version of the string.
  • varName.rstrip() Returns a right trim version of the string.
  • varName.partition() – Returns a tuple where the string is parted into three parts.
  • varName.replace(“old”, “new”) – Returns a string where a specified value is replaced with a specified value.
  • varName.rfind() – Searches the string for a specified value and returns the last position of where it was found.
  • varName.rindex() – Searches the string for a specified value and returns the last position of where it was found.
  • varName.rpartition() – Returns a tuple where the string is parted into three parts.
  • varName.rsplit() – Splits the string at the specified separator, and returns a list.
  • varName.split() – Splits the string at the specified separator, and returns a list.
  • varName.splitlines() – Splits the string at line breaks and returns a list.
  • varName.startswith() – Returns true if the string starts with the specified value.
  • varName.swapcase() – Swaps cases, lower case becomes upper case and vice versa.

Troubleshooting is a form of problem solving, often applied to repair failed products or processes on a machine or a system. It is a logical, systematic search for the source of a problem in order to solve it, and make the product or process operational again.

Prompt – to  cause or bring about; to make something happen. For example making someone to say or write something.

Heterogeneous – diverse in character or content; containing different things

Homogeneous – of the same kind; alike throughout.

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