Comprehensive Study Notes on Entertainment and Multimedia Computing (EMC)

“Expectation vs. Reality: What Other Courses Think EMC Students Do vs. What We Actually Do”

Participant Background and Academic Statistics

  • Anagelena Concepcion

    • Current Institution: Holy Angel University.

    • Academic Department: School of Hospitality and Tourism Management.

    • Degree Program: International Gastronomy.

    • Academic Standing: She is currently in her third year and is expected to graduate within the next academic year (11 year remaining).

  • Hannah Rosete

    • Current Institution: Holy Angel University.

    • Degree Program: Bachelor of Science in Psychology.

  • Jen

    • Current Institution: Holy Angel University.

    • Degree Program: Bachelor of Science in Architecture.

Defining the Entertainment and Multimedia Computing (EMC) Student

  • Conceptual Role: EMC students are described as bridging the structural gap between human imagination and technology. They are characterized as the "architects of modern digital experiences."

  • Core Objectives:

    • Developing digital entertainment and multimedia content.

    • Bringing stories to life through visual assets.

    • Studying the intersection of technology and computing.

Academic Disciplines and Key Competencies

  • Cognitive Demands: The curriculum requires a dual-focus approach, utilizing both left-brain (logical/technical) and right-brain (creative/artistic) thinking.

  • Technical Proficiencies:

    • Coding and Programming: Fundamental to the course, involving complex logic and computing.

    • Mathematical Application: The coursework involves "a little bit of math."

    • Software Expertise: Extensive use of the Adobe CloudSuite and various other digital tools.

Specific Projects and Daily Tasks

  • Development and Construction:

    • Building functional games entirely from scratch.

    • Creating full-scale animations from the ground up.

    • 3D modeling and visual asset creation.

  • Creative Production:

    • Drawing and digital illustration.

    • Graphic design.

    • Multimedia production.

  • Digital Communication:

    • Web development.

    • Social media advertising.

    • HSN: Identified as a specific area of work (verbatim from transcript).

Challenges and Hardships in the EMC Program

  • The Technical-Artistic Balance: The most significant challenge identified is maintaining equilibrium between technical programming requirements and the desire for artistic perfection.

  • Psychological Pressure: Students often struggle with being "too hard on themselves" due to high self-imposed standards for their projects.

  • Practical Obstacles:

    • Time Management: There is a heavy workload associated with the course, leading to difficulties in managing schedules.

    • Nature of Programming: Programming is noted as a difficult specialty that is "not for everyone" because it requires a specific mindset for logic and computing.

  • Philosophical Perspective on Art: Interaction with art is described as a balance between personal expression and the appreciation of the viewer.

Questions & Discussion

  • Question: What do you think EMC students do?

    • Response: Participants believe they bridge imagination and technology, act as architects of digital experiences, perform coding, create games, draw, and model visual assets to bring stories to life. They also learn to create digital entertainment and multimedia content focused on technology and computing.

  • Question: What subjects, projects, or tasks do you think EMC students usually work on?

    • Response: Subjects include programming, animation, graphic design, and multimedia production. Projects involve building games and animations from scratch, social media advertising, and web development. They utilize tools like the Adobe CloudSuite and manage tasks requiring both left-brain and right-brain thinking.

  • Question: What do you think is the hardest part of being an EMC student?

    • Response: The primary difficulties include the struggle for artistic perfection vs. technical programming, severe time management issues due to a high volume of work, and the inherent difficulty of learning programming, which involves complex ideas and mathematics.