Interior Design, Packaging & Ergonomics
About us Interior Design, Packaging & Ergonomics
The Certificate Program/Comprehensive Program in Product and Experience Engineering provides a solid foundation applicable to multiple domains (exterior/interior, HMI/UX, Class A surfaces, materials and sustainability, lighting, acoustics, haptics, and technical documentation with AI). The program integrates user-centered design, modeling and simulation, physical/digital prototyping, and lifecycle management (PLM/PDM), connecting conception, validation, and manufacturing to accelerate decision-making and ensure regulatory compliance.
The approach combines technical rigor and business criteria to deliver efficient, safe, and scalable solutions: from requirements definition and ergonomics to change traceability, testing, and certification. Upon completion, you will be able to lead end-to-end design and validation processes, integrate advanced tools (VR/AR, RAG/NLP, CAD/CAM), and coordinate multidisciplinary teams in high-demand environments.
Target keywords (natural in the text): user-centered design, Class A surfaces, HMI/UX, PLM/PDM, simulation, prototyping, sustainability, lighting, acoustics, haptics, regulations, AI/NLP, RAG.
Interior Design, Packaging & Ergonomics
- Format: Online
- Duration: 19 months
- Time: 1900 H
- Practices: Consult
- Language: ES / EN
- Credits: 60 ECTS
- Registration date: 04-07-2026
- Start date: 28-08-2026
- Available places: 6
387.000 $
Skills and results
What you will learn
1. Development of physical and digital prototypes based on efficient manufacturing criteria.
To whom is our:
Interior Design, Packaging & Ergonomics
9.1 Change Strategy: Vision, Scope, and Stakeholder Map
9.2 Effective communication: narratives, channels, and expectation management
9.3 Capacity building: training, mentoring, and internal certifications
9.4 Organizational design: roles, RACI, and scaling structures
9.5 Adoption management: user journeys, friction points, and reinforcement plans
9.6 Process standardization: playbooks, SOPs, and version control
9.7 Maturity models: diagnosis, gaps, and evolution plans
9.8 Change metrics: adoption, time-to-value (TtV), and competencies
9.9 Communities of practice: knowledge sharing, repositories, and lessons learned
9.10 Case study: comprehensive change plan with milestones, indicators, and governance
Capstone-type projects
- Operational cycle optimization: digital twin, simulation, and control; reduction of power consumption and waste.
Testing and compliance: DO-160/IEC plan (vibration, thermal, EMI/lightning) with mitigation measures.
Admissions, fees and scholarships
Do you have any questions?
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