Footwear Engineering
Understand construction, lasts, pattern development, fit, comfort and functional requirements.
- Product anatomy
- Fit systems
- Performance criteria
Independent education · Product science
Where materials, movement and manufacturing meet.
Explore how footwear and human-centered products are designed, engineered and evaluated—from material selection and digital modeling to circular systems and biomechanics.
01Observe
User & context
User & context
02Model
Shape & behavior
Shape & behavior
03Make
Process & material
Process & material
04Measure
Fit & performance
Fit & performance
6Connected disciplines
3Guided pathways
6Public research profiles
OpenIndependent learning
Connected knowledge
Learn the complete product system
Technical products succeed when design choices connect human needs, material behavior, production systems and evidence.
Digital Product Design
Explore CAD, 3D geometry, visualization, scanning and data-driven product development.
- CAD workflows
- 3D representation
- Digital prototypes
Materials & Testing
Relate polymers, textiles, leather and composites to durability, comfort and processing.
- Material selection
- Physical testing
- Failure analysis
Advanced Manufacturing
Connect automation, additive manufacturing and flexible production to industrial practice.
- Industry 4.0
- Process planning
- Quality control
Circular Systems
Evaluate environmental impacts across sourcing, manufacturing, use, recovery and end of life.
- Life-cycle thinking
- Supply resilience
- Design for recovery
Human Movement
Learn how gait, pressure, loading and movement evidence inform products for the body.
- Biomechanics
- Plantar pressure
- Wearer studies
Structured study
Choose a learning pathway
Each sequence moves from essential vocabulary to applied reasoning.
Pathway 01 Foundation
From Brief to Product
- Define user requirements
- Translate needs into specifications
- Develop shape and construction
- Select materials and processes
- Evaluate the prototype
Pathway 02 Intermediate
Digital Manufacturing
- Understand digital geometry
- Build CAD/CAM workflows
- Connect physical and virtual models
- Plan automated production
- Use data for quality
Pathway 03 Intermediate
Movement & Performance
- Gait and loading basics
- Footwear–body interaction
- Pressure and motion measurement
- Comfort and fit evidence
- Responsible interpretation
Featured lesson
Good design is a chain of evidence
A product is not improved by one isolated decision. Evidence must travel from the user to the specification, through the material and process, and back through testing.
Study question
What evidence would show that a lighter product is also safer, durable and comfortable?
Context
Who will use the product, where and for what task?
Requirement
Convert observations into measurable design targets.
Decision
Select geometry, material and process as a connected system.
Validation
Test whether the product performs as intended without unintended tradeoffs.
Public academic profiles
Research references
Starting points for learners who want to follow specialist work and academic outputs.
Independence notice: Profiles are public educational references. Inclusion does not imply affiliation, employment or endorsement. Addresses on this domain are labeled platform contacts and are not presented as verified institutional email.
ECSpain
Eduardo Calabuig
INESCOP · Footwear Technology Centre
Advanced manufacturing, CAD/CAM, 3D product modeling and Industry 4.0 applications.
- Platform contact
- eduardo.calabuig@annurstudios.org
RSBangladesh / USA
Md. Rayhan Sarker
University of Dhaka · Kansas State University
Circular economy, sustainable fashion, supply chains, life-cycle assessment and footwear.
- Platform contact
- rayhan.sarker@annurstudios.org
- ORCID
- 0000-0001-9024-5148
JBCzech Republic
Jitka Baďurová
Tomas Bata University in Zlín
Production engineering, footwear materials, textiles and applied technology education.
- Platform contact
- jitka.badurova@annurstudios.org
- ORCID
- 0000-0001-9114-2984
CPUnited Kingdom
Carina Price
University of Salford
Foot health, footwear research, gait analysis, pressure measurement and product innovation.
- Research area
- Footwear biomechanics
- ORCID
- 0000-0002-5633-1250
LMLuxembourg
Laurent Malisoux
Luxembourg Institute of Health
Running biomechanics, injury prevention, physical activity and the effects of shoe features.
- Research area
- Movement & injury prevention
- ORCID
- 0000-0002-6601-5630
UKGermany
Uwe G. Kersting
German Sport University Cologne
Biomechanics, orthopaedics, human movement and footwear-related performance research.
- Research area
- Applied biomechanics
- ORCID
- 0000-0001-9373-2080
Open reference desk
Learning library
01What is a digital prototype?+
A digital prototype is a computable representation used to examine geometry, construction, appearance or behavior before committing to a physical sample.
02How is footwear comfort evaluated?+
Comfort combines subjective wearer reports with fit, pressure, movement and task context.
03What is circular product design?+
Circular design considers longevity, repair, disassembly, material recovery and viable reuse systems from the beginning.
04What does plantar pressure show?+
Plantar-pressure systems map forces beneath the foot over time.
05Why test materials and finished products?+
Material tests isolate properties; product tests reveal interactions among geometry, assembly and use.
06What does Industry 4.0 change?+
Connected data, automation and virtual models can shorten feedback loops between design, production and quality.
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About the project
Learning across boundaries
Form & Function Learning is an independent educational portal for exploring the relationships among people, products, materials and production.
It is not a university, accreditation body or degree-granting institution. Content supports foundational learning and should be extended through standards, textbooks and peer-reviewed research.
Make specialist concepts understandable without removing necessary nuance.
Connect user needs with materials, processes, evidence and consequences.
Point learners toward public profiles and further academic exploration.
Separate educational reference from institutional affiliation.