Communications and digital technology week 1 introduction to the unit week 1 introduction to the unit.

Slides:



Advertisements
Similar presentations
Electronic Lesson Plan (Introduction to Photo Composition)
Advertisements

Rajlakshmi Ghosh Cadey Korson Being a TA in a Science Lab.
Research & Information Technology RIT Prof. Rob Bobeldyk IDIS 110h.
Introduction to the unit. Research digital artform within contemporary art practice Traditional workbook — paper-based with written/oral material and.
Introduction CSCI102 - Systems ITCS905 - Systems MCS Systems.
101/06/2015 Module lectures template Your Name Your University European Joint Master in Water and Coastal Management Universidade do Algarve
Computers in Principle & Practice I - V Deena Engel Computers in Principle and Practice I V , Sections 1 & 2 Fall, 2009 Deena Engel .
TC 310 The Computer in Technical Communication Dr. Jennifer Turns Week 4, Day 1 (4/21)
CS 331 / CMPE 334 – Intro to AI CS 531 / CMPE AI Course Outline.
TC 310 The Computer in Technical Communication Dr. Jennifer Turns Week 6, Day 1 (5/5)
CIS101 Introduction to Computing Week 05 Spring 2004.
Welcome to LT1H02N Studying Service Sector Management.
Csc111 :Programming with Java First semester H.
EDCI650 Curriculum Design Lecture 1 – Overview Our Electronic Classroom Two primary ways of getting around the classroom –Grand Central Station –Course.
Introduction CSCI102 - Introduction to Information Technology B ITCS905 - Fundamentals of Information Technology.
Maximizing Teaching & Learning For the Short Course.
CSIS-116: Survey of Information Technology Dr. Eric Breimer.
BBI 2420 ORAL INTERACTION SKILLS 1 ST FACE TO FACE SESSION 15 FEBRUARY 2015 SEM 2, 2014/2015.
Graphic Design YOUR NAME Elements & Principles of.
Introduction to WebCT Sheridan College Architectural Technology.
CS 115 TA Orientation Fall More students! Enrollment up to sections + night about 22% CS majors (50 on 8/16)
New experiences with teaching Java as a second programming language Ioan Jurca “Politehnica” University of Timisoara/Romania
E-marketing for Tourism and Hospitality (Course Introduction)
1 ITQ 2009 at Bilston Resource Centre Information Technology NVQ 2009 Use the ARROW keys to move to next slide.
Math 0300 Course Structure Requirements Study Plan/Workflow, MyMathLab Teaching Information & Resources.
A Blended Learning Model for "Multimedia Systems" Course Natasa Hoic-Bozic, Division of multimedia systems and e-learning Odjel za informatiku, Sveučilište.
CE0825 Object-Oriented Programming 2 © Allan C. Milne Abertay University v
ST-CS Introduction to Web Interface Design Fall 2010 Dr. Angela Guercio ( Course Web.
Lecture 1 Page 1 CS 111 Summer 2015 Introduction CS 111 Operating System Principles.
Opening the Doors to Communication in the EFL Classroom Janet S. Rachidi EFL Instructor United Arab Emirates University Al Ain, United Arab Emirates.
BBI 2420 Oral Interaction Skills SESI BERSEMUKA PERTAMA 18 Disember 2010 SEMESTER KEDUA 2010/2011 PROGRAM BACELOR PJJ UPM.
CST 229 Introduction to Grammars Dr. Sherry Yang Room 213 (503)
The University of Nottingham Malaysia Campus School of Computer Science Faculty of Science.
SE3183 Advance Web Programming Programming Session 2013/2014.
Review Class The entire period will be used to review gases and thermochemistry (text Chapters 6 and 7). The review will be most useful to students who.
CS355 Advanced Computer Architecture Fatima Khan Prince Sultan University, College for Women.
1 Software Systems Development CEN Spring 2011 TR 12:30 PM – 1:45 PM ENB 116 Instructor:Dr. Rollins Turner Dept. of Computer Science and Engineering.
Course Orientation Who are we? Dr. Amr Jamal Dr. Ahmed Albarrak
Advanced Database Course (ESED5204) Eng. Hanan Alyazji University of Palestine Software Engineering Department.
WELCOME TO THE WONDERFUL WORLD OF Business Image Management and Multimedia (BIMM) MS WEBB-YANCY ROOM B105.
IT Semester 1 Course Introduction IT Portfolio IT 1140 ( Semester 1) Hong Kong Baptist University IT 1140 – IT Portfolio – Course Introduction.
CSC8417 Advanced Web Data Management S Examiner: Dr Stijn Dekeyser Moderator: Dr Hua Wang.
Introduction to the Module CTEC2608 Multimedia and Internet Technology.
GEOGRAPHY Remote Sensing & Digital Image Processing T/Th 1:00 - 2:50 Location:
Introduction Fall Dr. Chuck Lillie – Oxendine 1219 – – –
CGMB324: MULTIMEDIA SYSTEM DESIGN
MAT 279 Data Communication and the Internet Prof. Shamik Sengupta Office New Building
Book Trailer Project Conceiving, designing, creating an audio visual promotion of a chosen fiction book in order to encourage others to read it. Lucia.
Page 1 Preparation for Professional Practice IPE Poster 05/06 By Add names and student numbers of all group here e.g. Andrea Student - A IPE group.
Winter 2016CMPE212 - Prof. McLeod1 CMPE212 Object Oriented Programming for Engineers Course Web Site: Lecture.
Cheating The School of Network Computing, the Faculty of Information Technology and Monash as a whole regard cheating as a serious offence. Where assignments.
CS151 Introduction to Digital Design Noura Alhakbani Prince Sultan University, College for Women.
Business and Computing Deanery Multimedia Week 1 What is Multimedia?
+ DGM 3870 Web Graphics (Photoshop) Bryce Newell, J.D.
OCR Nationals: Unit 1: ICT Skills for Business Introduction to the course and unit.
PDA IN APPLICATIONS OF ICT IN LIBRARIES Levels 7 & 8.
Computer Science I ISMAIL ABUMUHFOUZ | CS 180. CS 180 Description BRIEF SUMMARY: This course covers a study of the algorithmic approach and the object.
Fourth Grade Home Directory/H-Drive The location on the server where individual users can save their work. This directory is named the same as the username.
Examination Administration Dr. Richard Cuthbertson MBA Chair of Examiners.
Math 1316 Prof. Thomas Jay. Homework: Homework problems are designed to reinforce the lecture/reading. If you miss a class, you should attempt to do.
CS140 – Computer Programming 1 Course Overview First Semester – Fall /1438 – 2016/2017 CS140 - Computer Programming 11.
Math 1316 Prof. Thomas Jay.
Lecture 1. Introduction to Information and Web Technologies
CSIS 1117A Computer Programming (C++)
Foundations of Visualization 8/30/05 Lecture Notes
Introduction to General Biology BI 101
Notetaking and Study Skills Syllabus
Introduction to Microbiology BI 234
Important information about your assessment in 2017/18
Course Outline Highlights
Presentation transcript:

communications and digital technology week 1 introduction to the unit week 1 introduction to the unit

the class  no prerequisites  varying levels of  computing experience  design experience  interest and enthusiasm  average commitment required per week  1 hour lecture preparation  1 hour lecture  2 hour workshop  2 hour weekly problem completion  major assignment  exam preparation  no prerequisites  varying levels of  computing experience  design experience  interest and enthusiasm  average commitment required per week  1 hour lecture preparation  1 hour lecture  2 hour workshop  2 hour weekly problem completion  major assignment  exam preparation

Me  Lars A. Gundersen  Epost:  Kurs-websider:  Lars A. Gundersen  Epost:  Kurs-websider:

unit objectives on completion of this unit, students should be able to:  use contemporary technologies for communication and information access  apply advanced searching techniques to access information from the WWW  understand and apply appropriate strategies for accessing information from a variety of sources and attributing sources  design effective communication products using contemporary technologies;  apply sound design principles to the development of communication products  use images and graphics as effective communications elements  communicate effectively with MS Word and MS Powerpoint  develop simple Web pages for communication purposes. on completion of this unit, students should be able to:  use contemporary technologies for communication and information access  apply advanced searching techniques to access information from the WWW  understand and apply appropriate strategies for accessing information from a variety of sources and attributing sources  design effective communication products using contemporary technologies;  apply sound design principles to the development of communication products  use images and graphics as effective communications elements  communicate effectively with MS Word and MS Powerpoint  develop simple Web pages for communication purposes.

course content  practical  Internet and WWW, Web browsing  MS Word, Powerpoint  Dreamweaver  theoretical  visual communications  visual design  graphics, colour, shape  typography  practical  Internet and WWW, Web browsing  MS Word, Powerpoint  Dreamweaver  theoretical  visual communications  visual design  graphics, colour, shape  typography

the timetable  5 weeks  mid-semester break  7 weeks  5 weeks  mid-semester break  7 weeks

the course  introduction to the unit  the WWW  visualisation  shapes  graphics  page layout  typograpphy  lines  screen design  colour  information organisation  the Internet  introduction to the unit  the WWW  visualisation  shapes  graphics  page layout  typograpphy  lines  screen design  colour  information organisation  the Internet safari powerpoint word dreamweaver

assignments  weekly problems (40%)  5-10 problem solutions submitted online  marked by tutor, aggregate mark of best 5  visual design project (30%)  Web site development  due last week  examination (30%)  Exam week  weekly problems (40%)  5-10 problem solutions submitted online  marked by tutor, aggregate mark of best 5  visual design project (30%)  Web site development  due last week  examination (30%)  Exam week

weekly problem  introduced in the lecture  theoretical support provided in weekly notes  context discussed in lecture  topic explored and researched in workshop  solution planned and developed  solution uploaded to uploads folders (by Sunday night)  tutors mark the solution  solutions reviewed in following lecture  process repeats  introduced in the lecture  theoretical support provided in weekly notes  context discussed in lecture  topic explored and researched in workshop  solution planned and developed  solution uploaded to uploads folders (by Sunday night)  tutors mark the solution  solutions reviewed in following lecture  process repeats

assessment processes  all assessments have due dates  penalties apply for late submission  application to tutor can be made for extension if submitted prior to due date  if you disagree with the marking  chat with the tutor  if still unhappy, complete assessment review sheet  if still unhappy, keep all records and at the end of the semester, complete a unit review sheet  all assessments have due dates  penalties apply for late submission  application to tutor can be made for extension if submitted prior to due date  if you disagree with the marking  chat with the tutor  if still unhappy, complete assessment review sheet  if still unhappy, keep all records and at the end of the semester, complete a unit review sheet

marking policies  all submitted work is assessed  students usually given a grade (and a mark) for each piece of work  grades are  pass (work is of a satisfactory standard)  credit (work is more than satisfactory, creditable)  distinction 70-79(work is more than creditable, distinctive)  high distinction (work is outstanding, highly distinctive)  undergraduate grades  pass, ~35%  credit ~30%  distinction ~20%  high distinction, ~15%  all submitted work is assessed  students usually given a grade (and a mark) for each piece of work  grades are  pass (work is of a satisfactory standard)  credit (work is more than satisfactory, creditable)  distinction 70-79(work is more than creditable, distinctive)  high distinction (work is outstanding, highly distinctive)  undergraduate grades  pass, ~35%  credit ~30%  distinction ~20%  high distinction, ~15%

backing up  student’s responsibility  Files on lab comupters are backed up  thumb drive  CD burners in all machines  keep copies of all work  keep copies of all assessments (even after assessment has been submitted)  only when all marks are in and you are happy with outcomes should you clear old work  keep good work for your electronic portfolio  student’s responsibility  Files on lab comupters are backed up  thumb drive  CD burners in all machines  keep copies of all work  keep copies of all assessments (even after assessment has been submitted)  only when all marks are in and you are happy with outcomes should you clear old work  keep good work for your electronic portfolio

visual design