Video summary

AMT711 W14 | Intedisciplinary & Assignment 3 brief

Main summary

Key takeaways

Educational

Main Ideas & Lessons Conveyed

1) What the course section is about (design + contemporary issues)

  • This lecture is framed as the final portion of AMT711, focusing on contemporary design issues rather than historical design movements.
  • Students are encouraged to:
    • Form a personal viewpoint on how contemporary issues relate to design.
    • Use what they learn to choose a topic for the final reflective assignment.
  • The course emphasizes design as a bridge across fields, allowing discussion to “go from anything,” as long as it returns to design challenges and implications.

2) Assignment structure and sources of support

Students have already completed:

  • An individual project (recently submitted)
  • Observed group projects

The final assignment:

  • Is a reflective assignment delivered as:
    • an A3 poster plus
    • an A4 summary
  • Requires selecting one contemporary design challenge to discuss.

Design & Technology: Contemporary Themes to Explore

The instructor provides several technology-driven “headers,” with the explicit instruction to relate each topic back to design opportunities/challenges.

A) Robotics (AI-driven humanlike concern)

  • Robotics has existed for a long time; earlier fears focused on robots appearing “too human.”
  • Today’s discussion shifts with AI:
    • Robots/AI may “behave,” “talk,” and show humanlike awareness.
  • A recurring concern is a future point where robots “think for themselves” (later referred to as “singularity”).
  • Discomfort indicators discussed include:
    • AI apologizing or claiming awareness/disposition (described as unsettling)
  • Design connection:
    • Explore how human–robot/AI communication affects UX/UI, interfaces, and user comfort.
    • Consider how future systems might move from touch → audio → intuitiveness/empathy.

B) Smart materials (wearables, OLED screens, interactive fabrics)

  • Smart materials have evolved beyond basic “smart” physics applications.
  • Examples mentioned:
    • OLED technology
    • Wearables: clothing/dresses with embedded screens/projection
  • Design opportunity:
    • How wearable digital garments look under different lighting/patterns/styles.
    • Use this space for humor or controversial expression through design.

C) 4D printing (products that change over time)

  • 4D printing involves printing products that transform after use, due to materials with “memory.”
  • Example scenario:
    • Furniture assembles itself from a flat box into a table/chair after unboxing.
  • Design connection:
    • Ask what this enables for user experience and for the designer’s field (opportunities/challenges).

D) Seamless digital–physical interaction

  • “Seamlessness” is discussed as going beyond QR/multi-channel information.
  • Possible direction:
    • Physical store interaction using swipe/hand gestures with environmental/lighting feedback.
  • Example referenced:
    • A prototype where physical interaction with objects makes them appear 3D on screen.
  • Design direction:
    • Investigate technologies that enable manipulation of digital objects in physical spaces.

E) AR/VR/MR drawing and immersive creative interaction

  • The lecture discusses drawing/manipulating 3D elements in immersive, non-traditional ways.
  • Example referenced:
    • A Microsoft product launch where drawing in space is possible with VR.
  • Design connection:
    • Creative fields (e.g., fine art) could adapt to 3D immersive creation, breaking constraints of 2D/3D surfaces.

F) Additional “keyword areas”

The instructor suggests further exploration using these keywords:

  • AR (Alternate Reality)
  • VR (Virtual Reality)
  • MR (Mixed Reality)
  • IoT (Internet of Things)
    • Example: smart fridge, rice cooker scheduling, activating appliances while commuting
  • 3D printing
  • Blockchain
    • Mentioned as of interest in fine art/graphic design/visual communication
  • Neurotechnology and brain-related technologies
  • Singularity (again referenced as the point where robots gain self-determination)
  • Broader guidance:
    • Keep looking for new areas and new angles.

Designing for Social Change: Frameworks and Examples

Core rationale

Social change is positioned as a space where design can be especially impactful. Innovation on social/human interaction is portrayed as more “attainable” for designers than purely technological innovation because it focuses on:

  • How people behave
  • How needs are met
  • How humans interact

A) People-first principle

  • Repeated emphasis: design must prioritize the people.
  • Research/design should target human needs; otherwise projects risk failure.
  • Diagnostic guideline:
    • If things go wrong, revisit whether you lost sight of the target users/people.

B) Social responsibility & design interventions (case examples)

  1. Enhancing a natural “worker hiring” social space

    • A designer observes an informal early-morning job-hiring area.
    • Intervention:
      • Expand it into a space with small businesses (drinks/coffee, advertising).
    • Lesson:
      • Strengthen environments that already emerge organically—without forcing participation.

  2. Traditional cookstove adoption re-framed

    • Instead of asking “how do we increase adoption?”
    • The lecture recommends: “how can we design so that people want to use cookstoves?”
    • Lesson:
      • Shift from product-focused thinking to people-focused design.

  3. Airbnb during earthquake disruptions (business model as social support)

    • When disasters reduce travel/rental demand, Airbnb shifts to offer lower-cost housing for displaced people.
    • Constraint noted:
      • Airbnb can discount but cannot fully “give away” rentals due to middleman responsibilities.
    • Lesson:
      • Socially responsive businesses can create win-win outcomes.

C) Encouraging new ways of doing business

  • The lecture critiques the idea that business only makes money from causing problems.
  • Promotes the mindset:
    • Profit can come from solving problems, increasing creativity in business models.

D) Additional social change research topic areas (keywords)

Suggested exploration keywords include:

  • Community engagement
  • Global health (including COVID-era impacts: physical design + signage + communication)
  • Accessibility and inclusion
  • Design activism
  • Social innovation (linked to social entrepreneurship)
  • Mental health
    • Communication design challenges: stigma, encouraging help-seeking, addressing bullying normalization
  • Social justice
  • Ethics
    • Including ethics in AI contexts and appropriation/copying of ideas

E) Social entrepreneurship example (income + community + sustainability)

An example described a food/beverage delivery model involving:

  • Single mothers preparing items
  • A community network delivering to patron locations (Petronas stations mentioned)

Lesson:

  • Social enterprise can be sustainable if the model:
    • Pays participants (income)
    • Covers operational/logistics costs
    • Generates enough revenue to continue and scale

Design in Behavioral & Social Sciences: Methodology + Key Theory

A) Why social sciences matter to design

  • Design research methodologies borrow from:
    • behavioral theories
    • human factors
    • social/communication behavior
  • This area is described as having strong potential for research projects.

B) Design is subjective, context-dependent

  • Design value depends on context.
  • The lecture contrasts:
    • “exclusive design” perceptions (only designers understand)
    • with the reality that people buy/use what is useful (usability still matters).

C) Human-centered research methods (experiments + user journeys + inclusion)

  • COVID communication example:
    • Teams found video conferencing reduced productivity.
    • They experimented with iPads mounted on self-built robots to enable more productive “remote presence.”
    • Design benefit:
      • Remote communication that allows movement/view changes.
  • Inclusion via “little people” user journey:
    • A user journey map follows a person whose needs differ from assumed “normal” experiences (e.g., airport check-in).
    • Even well-intended support can cause discomfort if the user does not want to feel “disabled.”
  • Design implication:
    • Use observation/interviews and user journey mapping to understand pain points.
    • Connect to service design and experience design, not just product design.

D) Behavioral design and emotion: Don Norman’s 3 levels

The instructor presents a structured model attributed to Don Norman.

Don Norman’s 3 levels of processing

  • Visceral
    • Appearance/first attention capture
    • Often linked to bright colors and immediate attraction
    • (Includes discussion of whether toys should be muted to reduce distraction)
  • Behavioral
    • How people interact/use something
    • Includes pleasure, functionality, usability
  • Reflective
    • Value, meaning, memory, identity, sustainability beliefs
    • Examples:
      • Recycling as reflection of values/knowledge about scarcity
      • Feelings about positive memories and personal peace

Key relationship emphasized

  • Visceral does not directly connect to reflective.
  • Reflective typically becomes possible through behavioral experience.
  • Design takeaway:
    • To reach “value/identity” (reflective), you still need behavioral success (action/usability), not only appealing visuals.

Example scenarios for behavior and design

  • Kettle-hot fear:
    • Prior experience influences perception and quick reaction (reflection affecting motor behavior)
  • Squishy/doll surfaces:
    • Sensory and impulse to press
  • Roller coaster fear:
    • Reflection can overcome visceral fear when accomplishment/meaning is framed
  • Campaign example:
    • Singapore chewing gum ban leading to behavior change then habit

E) Behavioral design in spaces: calm vs emergency mode (environment design)

  • The lecture uses control rooms and emergency exits as design evidence.
  • Key points:
    • Control rooms: calm, neat/tidy to support holistic big-picture monitoring
    • Emergency mode: sirens/lights/panic cues raise heightened attention and single-minded focus for fast problem solving
  • Design scenarios for architecture/interiors:
    • Studio ideation favors calm atmosphere (big-picture thinking)
    • Solution development favors urgency/panic-like states (timing pressure leading to insight)
  • Emergency staircase/exit design:
    • Staircases should prevent people from continuing into danger during panic.
    • Design must anticipate natural panic behavior.

Psychology & Persuasion in Design (Applied Guidance)

The lecture provides guidance on using psychology to shape behavior ethically.

Persuasion examples and concepts mentioned

  • Reciprocity
    • Example: gifts/keychains on tables can create the feeling it is “already yours,” increasing purchase likelihood.
  • Commitment / foot-in-the-door style behavior
    • Start with a small commitment (e.g., signing for a cause)
    • Lead to stronger later commitments (e.g., donating or paying)

Lesson: Psychological principles can be incorporated into design, but the lecture also implies awareness of manipulation and scam risks.

Additional Design Methods & Frameworks (Examples and Learning Resources)

Design ethnography / user-centered design / human factors

  • The lecture notes:
    • user-centered design overlaps with communication design concerns
    • psychology and design theories support research and behavioral-change campaigns
  • Design ethnography is described as observing culture/design context by observing people.

IP, open source, and design protection (briefly explained)

  • The instructor discusses IP/propriety ship broadly:
    • copyright, trademarks, patents, industrial design, confidential information
  • Guidance:
    • Don’t mix up terms (IP vs patent vs copyright).
  • Mentions:
    • Licensing/royalties concerns, especially with AI and media content (songs/sounds/videos).
  • Open source example: Arduino
    • Includes learning/community examples (including “Makers” groups in Malaysia)
  • Open-tech project examples:
    • graffiti wall printer
    • plant-to-phone interaction concept
    • assistive devices controlled with minimal movement
    • low-cost machine-building compared with commercial versions

Design thinking basics (process + iteration)

A design thinking model is described with an emphasis on iteration:

  1. Empathize
  2. Define
  3. Ideate
  4. Prototype
  5. Test
  • Explicit note:
    • Design thinking is iterative; teams should revisit earlier stages when new evidence appears.
  • Strategy warning:
    • Iteration is messy, but strategy is needed to avoid expensive failures (time/cost management).

“IDEO” and contemporary method discovery

  • The instructor highlights IDEO’s approach to design thinking and method exploration.
  • Mentions toolkits/cards and examples such as:
    • role playing (designers act as patients)
    • observing blind spots (e.g., ceiling view when patients lie down)
  • Lesson:
    • Empathy + creative data collection can uncover latent user needs.

Final Assignment (Detailed Instructions)

Deliverables

  • A3 poster (portrait orientation; standing up)
  • A4 summary (one page; max 300 words; magazine/editorial style)

A3 poster requirements (content elements)

The poster must include:

  • Introduction / background using readings (context for the contemporary issue)
  • Timeline/story structure (example: how ideas like “play” and “ugly but pretty” evolved)
  • SWOT analysis
    • Must include the role of design in the chosen area/topic
  • Strategy sections, tied to:
    • Innovation
    • Ethics
    • Sustainability
  • The poster must clearly communicate a discussion, not just information dumping.

Editorial/critical expectations

  • Use scholarly sources/readings to support context.
  • Include your own point of view and how design contributes in a contemporary setting.
  • Instructor expects “dialogue” and critical thinking (not repetitive summaries).
  • Poster should be visually engaging:
    • incorporate images/infographics/illustrations as appropriate

A4 summary requirements

  • One-page magazine-style editorial matching the poster visually.
  • Must include:
    • Catchy title
    • Summary of the poster’s main argument and discussion
  • Word limit: ≤ 300 words
  • Include a visual element aligned with the poster.

Format & submission

  • Submit as PDF through the assignment page.
  • Weighting: contributes 30% of the course grade.
  • Deadline: 22 July 2026 (Wednesday) by 11:59 (before 23rd)

Submission “do’s”

Include on the poster:

  • Your name
  • Student ID
  • Group/program (e.g., AD703/AD704)
  • Ensure fonts remain readable even when zoomed.

How the Lecture Concludes (Expectations and Course Stance)

  • Emphasizes:
    • a lifelong learning mindset
    • the world as an open “classroom”
    • creativity and analytical reflection as key grading criteria
  • Encourages:
    • early supervisor coordination
    • early ethics/data collection
  • Warning:
    • starting too late risks insufficient time for high-quality design and research.

Speakers / Sources Featured

  • Dr. Shalida (providing guidance; instructor cites her about setting messages to unread)
  • Don Norman (explicitly credited for the 3-level emotion/processing model: visceral/behavioral/reflective)
  • IDEO (consultancy referenced for design thinking methods and data collection techniques)
  • Stanford Design School (design thinking model attribution)
  • Microsoft (referenced in connection with an earlier VR drawing-in-space product launch)
  • Petronas (mentioned in a social entrepreneurship example)
  • Airbnb (mentioned in the earthquake social responsibility/business model example)
  • Singapore campaign re: chewing gum (mentioned as a behavior-change example; fines then habit formation)
  • Arduino (open-source/open-tech example)
  • Social/COVID-19 context (referenced broadly as a societal driver for communication and design changes)

Original video