Integrating Video Production into the Curriculum
Video Production Title

The Splice of Life:
Genetic Engineering

Video Type

Documentary

Description/Overview

Integrated with the Splice of Life: Genetic Engineering Research Model

Ultimately, each scientific team will prepare an eight- to ten-minute video to share with the "studio audience" (your class) to "showcase" their particular genetic engineering specialty. In order to enlighten the average American television viewer's knowledge of genetic engineering, each oral presentation must include four basic components as they relate to your team's specialty. These components are:

  • a description of the genetic engineering process
  • specific examples of applications of this process in today's society
  • a showcase of the benefits of the process
  • the identification of the drawbacks of the process
Approximate Time Needed

450 minutes (180 research/write, 90 film, 180 edit)

Curriculum Connections/Outcomes MSDE VSC:
Biology Content Standards/
Core Learning Goals

INDICATOR 3.5.3 The student will interpret how the effects of DNA alteration can be beneficial or harmful to the individual, society and/or the environment.

Information Literacy

AASL: 1, 2, 3

Technology Literacy

MSDE MTLSS: 1, 2, 3, 4 (5 if Internet research is used)

ISTE NETS: 1a, 1b, 2b, 3b, 4b

Media Literacy

CML Core Concepts 1, 2, 3, 4

Learning Styles

Visual, Auditory, Kinesthetic, Tactile, Active, Reflective, Global, Analytical, Field Dependent

Skills
  • Research
  • Script Writing
  • Storyboarding
  • Ability to work in a team
  • Public Speaking
  • Interviewing
  • Performing
  • Camera Techniques
  • Computer Editing
Production Environment

Field Production or Studio

Activities
  1. As a class activity, show a sample
  2. Research topic
  3. Organize research
  4. Gather B-roll and stills
    • of genetic engineering
  5. Storyboard
  6. Write script
    • Students use information found in their research to write their script
  7. Plan production
    • Think about where and when to film
    • Who is performing? Who is running the equipment? WHO'S IN CHARGE?
  8. Rehearse
  9. Shoot and compile
  10. Edit final product
    • Use MovieMaker (or other software)
    • Import the video from camera and/ or other sources
    • Arrange video / pictures
    • Add transitions and titles
    • Edit audio
    • Finalize and save
  11. Present/ share
Differentiation
  • Assign production roles appropriate to student needs and/or abilities
  • Extended time
Assessment Suggestions

Video rubric

Extension
  • Submit to a contest
  • Peer critique and/or gallery walk
  • Submit to BCPS Education Channel
  • Upload to Safari or SchoolTube
  • Embed in a PowerPoint presentation
  • Add to electronic portfolio
  • Broadcast school wide