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Core Objectives

Our Core Objectives are designed to decouple design brilliance from normative communication skills, ensuring that a student’s grade reflects their mastery rather than their social performance or physical/health barriers.

Core Objectives

Core Objectives

1. Eliminating Barriers

Implement Universal Design for Learning (UDL) by offering digital modeling, asynchronous feedback, and multiple submission formats.

2. Legal Compliance

Align all university operations with the Malaysian Persons with Disabilities Act 2008 and RPM 2026–2035.

3. Psychological Safety

Create a culture that respects neurodivergent traits and manages health-related absences without academic penalty.

1. Eliminating Barriers

Key Actions

Implement Universal Design for Learning (UDL) by offering digital modeling, asynchronous feedback, and multiple submission formats.

Student Benefit

Freedom of Expression: Student may choose how to demonstrate mastery without being limited by physical or sensory constraints.

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Operational Impacts

Operational Impacts

Strategic Objective

Institutional Actions

Operational Impact (Time, Space, Price)

1. Pedagogical Flexibility

Mandate UDL standards, providing digital modeling and asynchronous feedback as default options.

Time: Shift to self-paced milestones; Price: Potential investment in specialized AI/software licenses for adaptive learning.

2. Legal & Regulatory Duty

Enforce compliance with the Malaysian PWD Act 2008 and RPM 2026–2035 mandates.

Space: Retrofitting physical and digital infrastructure to meet universal accessibility standards.

3. Psychological Safety

Normalize neurodivergent traits and health-related absences without academic or social penalty.

Time: Extension of degree completion windows; Space: Provision of low-sensory/quiet zones for exams and study.

4. Operational Resource Scaling

Allocate funding and scheduling to support individualized learning paths.

Tuition Fee Structure: Transitioning from "per-hour" tuition to "per-competency" models; Space: Hybrid-first room configurations.

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Important Additions & Considerations

Assessment Scheduling (Time): Moving away from the "8 AM High-Stakes Exam." This policy implies that some students may need "Split-Testing" (breaking one long exam into two shorter sessions) to manage cognitive fatigue.

Infrastructure Design (Space): This isn't just ramps. It includes Sensory Architecture—adjusting lighting, acoustics, and crowding in common areas to prevent sensory overload for neurodivergent students.

Financial Sustainability (Fees): While there is an upfront cost to "Accessibility by Design," it reduces the long-term cost of individualised "emergency" accommodations. It also improves retention rates, which is a direct financial win for the university.

Digital Equity: To support asynchronous learning, the university must ensure all students have equal access to high-speed bandwidth and hardware, potentially through a "Tech-Equity" fund or subsidy.

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