Mobile Application Development: Difference between revisions
JStallings (talk | contribs) No edit summary |
JStallings (talk | contribs) No edit summary |
||
| Line 6: | Line 6: | ||
teacher = [[Suzan Ozkilic]] | teacher = [[Suzan Ozkilic]] | ||
sessions = 1 | sessions = 1 | ||
prerequisites = | prerequisites = Introduction to Computer Science]] <br /> [[Computer Programming | ||
note = | note = | ||
grcode = [[ | grcode = [[CAEL]] | ||
offered = | offered = | ||
opento = [[Courses Available to Freshmen|Freshmen]]<br />[[Courses Available to Sophomores|Sophomores]]<br />[[Courses Available to Juniors|Juniors]]<br />[[Courses Available to Seniors|Seniors]] | opento = [[Courses Available to Freshmen|Freshmen]]<br />[[Courses Available to Sophomores|Sophomores]]<br />[[Courses Available to Juniors|Juniors]]<br />[[Courses Available to Seniors|Seniors]] | ||
Revision as of 11:13, 12 May 2019
coursename = Mobile Application Development
description = Google’s Android OS runs 86% of smartphones worldwide and has shipped over one billion units this past year alone. Meanwhile, the search for talented Android developers continues, making it one of the most in-demand software development skills today.
Students will apply what they’ve learned through hands-on labs and exercises, including developing apps with MIT App Inventor. Students will also work with web application development — using HTML5 and CSS3 — for mobile, different operating systems, Android, iPhone, Windows, etc.
department = Computer Science
teacher = Suzan Ozkilic
sessions = 1
prerequisites = Introduction to Computer Science]]
[[Computer Programming
note =
grcode = CAEL
offered =
opento = Freshmen
Sophomores
Juniors
Seniors
requiredby = Career & College
Fine Arts
Liberal Arts
STEM
09 = y
10 = y
11 = y
12 = y
CC = y
FA =
LA =
ST = y
Google’s Android OS runs 86% of smartphones worldwide and has shipped over one billion units this past year alone. Meanwhile, the search for talented Android developers continues, making it one of the most in-demand software development skills today.
Students will apply what they’ve learned through hands-on labs and exercises, including developing apps with MIT App Inventor. Students will also work with web application development — using HTML5 and CSS3 — for mobile, different operating systems, Android, iPhone, Windows, etc.