Ervin Adojaan

Teaching in images

Student projects and classroom practice, guided by Ervin Adojaan at Tallinn Secondary School No. 53.

Branding & visual identity

I have moved from teaching individual software functions towards the whole design process. A brand project gives students a reason to research, sketch, compare alternatives, make prototypes and explain their visual decisions.

Goth Wear — Sofia Gribova & Anastasia-Mia Gavriljuk, Grade 12a

Branding & visual identity / Original presentation slide
Branding & visual identity / Original presentation slide
Maria-Aleksandra Leleivaite
Maria-Aleksandra Leleivaite
Nurr-Murr — Polina Svintsova & Anna Katlerova
Nurr-Murr — Polina Svintsova & Anna Katlerova
Jekaterina Grigorjeva
Jekaterina Grigorjeva
Mari-Kelli Koltunovskaja
Mari-Kelli Koltunovskaja
Mako Päsmel & Jevgeni Sokolov
Mako Päsmel & Jevgeni Sokolov
Darja Viktorova
Darja Viktorova
Laura Gubarev
Laura Gubarev
Ariadna Pavlenko Cosmétiques — Ariadna Pavlenko
Ariadna Pavlenko Cosmétiques — Ariadna Pavlenko
Victoria Belova
Victoria Belova
Daniel Batšinski
Daniel Batšinski
Valentin Makedonski, Grade 12A / Personal visual identity / 1
Valentin Makedonski, Grade 12A / Personal visual identity / 1
Valentin Makedonski, Grade 12A / Personal visual identity / 2
Valentin Makedonski, Grade 12A / Personal visual identity / 2
Valentin Makedonski, Grade 12A / Personal visual identity / 3
Valentin Makedonski, Grade 12A / Personal visual identity / 3

Designing for Tallinn Children’s Hospital

I coordinated the collaboration with Tallinn Children’s Hospital, bringing students into contact with medical specialists and a real communication brief. My role included organising meetings, guiding design development and supporting students through client feedback.

Designing for Tallinn Children’s Hospital / Original presentation slide
Designing for Tallinn Children’s Hospital / Original presentation slide
The partner: Tallinn Children’s Hospital
The partner: Tallinn Children’s Hospital
Introducing the conference brief at school
Introducing the conference brief at school
Hands as a visual starting point
Hands as a visual starting point
Student proposal for the conference identity
Student proposal for the conference identity
Exploring a graphic language of hands and care
Exploring a graphic language of hands and care

Room planning in voxel graphics

I use the same room-modelling theme at different levels of complexity. A 40 × 40 × 40 voxel grid directs attention to essential forms; a 256 × 256 × 256 grid allows finer detail. The shared goal remains understanding three-dimensional space.

Room planning in voxel graphics / Original presentation slide
Room planning in voxel graphics / Original presentation slide
A room translated into a voxel model
A room translated into a voxel model
Working with layout, materials and light
Working with layout, materials and light
A different interpretation of domestic space
A different interpretation of domestic space
Spatial detail developed through the same task
Spatial detail developed through the same task
A simplified model: attention to essential forms
A simplified model: attention to essential forms
A more detailed version of the spatial task
A more detailed version of the spatial task

From pupil to teaching partner

I mentored Laura Gubarev, our school’s graduate and a TalTech engineering student, during her teaching placement from 20 April to 25 May 2026. We connected her AutoCAD expertise with upper-secondary learning.

Laura Gubarev / Teaching placement, 20 April–25 May 2026

Laura Gubarev and Ervin Adojaan / Connecting AutoCAD expertise with teaching
Laura Gubarev and Ervin Adojaan / Connecting AutoCAD expertise with teaching
Laura Gubarev / TalTech engineering student and school graduate
Laura Gubarev / TalTech engineering student and school graduate
Individual support during the AutoCAD teaching placement
Individual support during the AutoCAD teaching placement
Working with upper-secondary students in the classroom
Working with upper-secondary students in the classroom
Supporting learners through the modelling process
Supporting learners through the modelling process

Different routes to the same goal

I support learners with special educational needs (HEV in Estonian) by adapting tools, task complexity and guidance. In Grade 7, students designed a miniature fingerboard skatepark in Tinkercad and produced it with 3D printing. Voxel modelling and Roblox Studio offer further routes to an achievable result.

Collaborative digital-world building in Roblox Studio
Collaborative digital-world building in Roblox Studio
A learner developing an interactive environment
A learner developing an interactive environment
A simplified voxel task / Adapting the level of detail
A simplified voxel task / Adapting the level of detail
A more detailed version / One theme, different levels of complexity
A more detailed version / One theme, different levels of complexity
Mini fingerboard skatepark / Grade 7 · Tinkercad and 3D printing / View 1
Mini fingerboard skatepark / Grade 7 · Tinkercad and 3D printing / View 1
Mini fingerboard skatepark / Grade 7 · Tinkercad and 3D printing / View 2
Mini fingerboard skatepark / Grade 7 · Tinkercad and 3D printing / View 2
Mini fingerboard skatepark / Grade 7 · Tinkercad and 3D printing / View 3
Mini fingerboard skatepark / Grade 7 · Tinkercad and 3D printing / View 3
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 1
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 1
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 2
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 2
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 3
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 3
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 4
Grade 7D / Collaborative Editing and Team Create in Roblox Studio / 4

Historical artefacts, rebuilt in 3D

Museum visits and reference photography give digital modelling a cultural purpose. I connect history, close observation and construction, helping students see how separate pieces of knowledge can contribute to one meaningful task.

Historical artefacts, rebuilt in 3D / Original presentation slide
Historical artefacts, rebuilt in 3D / Original presentation slide
Reconstructing the form of a historical object
Reconstructing the form of a historical object
Exploring surface and relief
Exploring surface and relief
An artefact interpreted as a digital model
An artefact interpreted as a digital model
Modelling ornament and repeated forms
Modelling ornament and repeated forms
A further reconstruction
A further reconstruction
From reference photographs to a model
From reference photographs to a model

Medals, orders & digital reconstruction

When students could choose any historical object, some selected forms too complex for their skills or the available time. I refined the criteria and reviewed proposals with learners before modelling began.

Medals, orders & digital reconstruction / Original presentation slide
Medals, orders & digital reconstruction / Original presentation slide
Student models of historical awards
Student models of historical awards
A broader collection of reconstructed artefacts
A broader collection of reconstructed artefacts

Chemistry in augmented reality — Portugal

In the Erasmus+ project at Forave in Portugal, practical work on water quality provided the scientific context. I introduced ways of presenting the experience through 3D modelling and augmented reality, connecting our digital expertise with our partners’ chemistry teaching.

Chemistry in augmented reality — Portugal / Original presentation slide
Chemistry in augmented reality — Portugal / Original presentation slide
A shared practical chemistry activity in Portugal
A shared practical chemistry activity in Portugal
Working together in the laboratory
Working together in the laboratory
Introducing molecular visualisation
Introducing molecular visualisation
Connecting the chemistry task with 3D and AR
Connecting the chemistry task with 3D and AR
Demonstrating augmented reality on a tablet
Demonstrating augmented reality on a tablet

Molecular structures, made visible

I work with colleagues to connect their subject content with visual and digital methods. Molecular modelling gives chemistry a spatial form while students practise construction, materials, light and presentation.

Molecular structures, made visible / Original presentation slide
Molecular structures, made visible / Original presentation slide
Student molecular visualisation / 1
Student molecular visualisation / 1
Student molecular visualisation / 2
Student molecular visualisation / 2
Student molecular visualisation / 3
Student molecular visualisation / 3
Student molecular visualisation / 4
Student molecular visualisation / 4
Student molecular visualisation / 5
Student molecular visualisation / 5
Student molecular visualisation / 6
Student molecular visualisation / 6
Student molecular visualisation / 7
Student molecular visualisation / 7
Student molecular visualisation / 8
Student molecular visualisation / 8
Student molecular visualisation / 9
Student molecular visualisation / 9
Student molecular visualisation / 10
Student molecular visualisation / 10
Student molecular visualisation / 11
Student molecular visualisation / 11

Technical entomology & bionics

Technical entomology brings media, drawing and biology into one project. I help colleagues connect insect morphology with precise vector representation and the development of biomimetic concepts.

Technical entomology & bionics / Original presentation slide
Technical entomology & bionics / Original presentation slide
Technical drawing from insect morphology
Technical drawing from insect morphology
Discussing form and structure
Discussing form and structure
Vector drawing: views, proportions and line
Vector drawing: views, proportions and line
Developing the drawing in Illustrator
Developing the drawing in Illustrator
A further morphological study
A further morphological study
Precision and construction in the work process
Precision and construction in the work process
An AI-assisted biomimetic concept
An AI-assisted biomimetic concept

Physics in reverse

In integrated media and physics lessons, I work with colleagues to turn a scientific premise into a visual problem. Students imagine a world without gravity, then use photography and composition to make their interpretation convincing.

Physics in reverse / Original presentation slide
Physics in reverse / Original presentation slide
Further student interpretations of Physics in reverse
Further student interpretations of Physics in reverse

Graduation invitations: objects & experiences

I connect digital learning with real situations in school life. A graduation invitation offers a purpose for vector graphics, fabrication or augmented reality, while giving students room to make decisions about message and medium.

Graduation invitations: objects & experiences / Original presentation slide
Graduation invitations: objects & experiences / Original presentation slide
Graduation invitation / Individual project photograph / 1
Graduation invitation / Individual project photograph / 1
Graduation invitation / Individual project photograph / 2
Graduation invitation / Individual project photograph / 2
Graduation invitation / Individual project photograph / 3
Graduation invitation / Individual project photograph / 3
Graduation invitation / Individual project photograph / 4
Graduation invitation / Individual project photograph / 4
Graduation invitation / Individual project photograph / 5
Graduation invitation / Individual project photograph / 5
Graduation invitation / Individual project photograph / 6
Graduation invitation / Individual project photograph / 6
Graduation invitation / Individual project photograph / 7
Graduation invitation / Individual project photograph / 7
Grade 12 / A 3D-printed graduation invitation / 1
Grade 12 / A 3D-printed graduation invitation / 1
Grade 12 / A 3D-printed graduation invitation / 2
Grade 12 / A 3D-printed graduation invitation / 2
Grade 12 / A 3D-printed graduation invitation / 3
Grade 12 / A 3D-printed graduation invitation / 3
Grade 12 / A 3D-printed graduation invitation / 4
Grade 12 / A 3D-printed graduation invitation / 4
Grade 12 / A 3D-printed graduation invitation / 5
Grade 12 / A 3D-printed graduation invitation / 5

3D valentines: form carries a message

In the 3D keepsake task, empathy is the starting point: who is the gift for, and what should it communicate? I give feedback on proportion, form and meaning alongside printability and intended use.

3D valentines: form carries a message / Original presentation slide
3D valentines: form carries a message / Original presentation slide
Further 3D-valentine designs
Further 3D-valentine designs
Objects, portraits and visual presentation
Objects, portraits and visual presentation
A printed prototype
A printed prototype
A student-designed pendant
A student-designed pendant
Rene Elmuste, Grade 9D / Valentine 3D · Explosive love / 1
Rene Elmuste, Grade 9D / Valentine 3D · Explosive love / 1
Rene Elmuste, Grade 9D / Valentine 3D · Explosive love / 2
Rene Elmuste, Grade 9D / Valentine 3D · Explosive love / 2
Rene Elmuste, Grade 9D / Valentine 3D · Explosive love / 3
Rene Elmuste, Grade 9D / Valentine 3D · Explosive love / 3
3D Valentine / Digital form and a personal message / 1
3D Valentine / Digital form and a personal message / 1
3D Valentine / Digital form and a personal message / 2
3D Valentine / Digital form and a personal message / 2
3D Valentine / Digital form and a personal message / 3
3D Valentine / Digital form and a personal message / 3

Book covers through macro photography

I plan integrated learning around a clear purpose. Book-cover design connects literary interpretation with macro photography and visual storytelling, giving technical work a meaningful subject and an audience.

Book covers through macro photography / Original presentation slide
Book covers through macro photography / Original presentation slide
A student book-cover design
A student book-cover design
A further example of cover typography and composition
A further example of cover typography and composition

Chess, from sketch to printed set

I structure practical work in stages: understanding the task, exploring alternatives, sketching, making a digital model, prototyping and presenting. A chess set connects individual forms with the problem of designing a coherent family of objects.

Chess, from sketch to printed set / Original presentation slide
Chess, from sketch to printed set / Original presentation slide
Chess design / Individual project photograph / 1
Chess design / Individual project photograph / 1
Chess design / Individual project photograph / 2
Chess design / Individual project photograph / 2
Chess design / Individual project photograph / 3
Chess design / Individual project photograph / 3
Chess design / Individual project photograph / 4
Chess design / Individual project photograph / 4
Chess design / Individual project photograph / 5
Chess design / Individual project photograph / 5
Chess design / Individual project photograph / 6
Chess design / Individual project photograph / 6
Mark Riisikamp, Grade 8B / Urban-style chess · Illustrator and 3D printing / 1
Mark Riisikamp, Grade 8B / Urban-style chess · Illustrator and 3D printing / 1
Mark Riisikamp, Grade 8B / Urban-style chess · Illustrator and 3D printing / 2
Mark Riisikamp, Grade 8B / Urban-style chess · Illustrator and 3D printing / 2
Mark Riisikamp, Grade 8B / Urban-style chess · Illustrator and 3D printing / 3
Mark Riisikamp, Grade 8B / Urban-style chess · Illustrator and 3D printing / 3

3D-printed school slippers

I connect digital technologies with practical everyday use and build on students’ interests. Product-making offers a reason to discuss function, materials and manufacturing alongside the visual qualities of a design.

Project author: Denis Shchurikov, Grade 7B

3D-printed school slippers / Original presentation slide
3D-printed school slippers / Original presentation slide
School-slipper project / Individual photograph / 1
School-slipper project / Individual photograph / 1
School-slipper project / Individual photograph / 2
School-slipper project / Individual photograph / 2
School-slipper project / Individual photograph / 3
School-slipper project / Individual photograph / 3
School-slipper project / Individual photograph / 4
School-slipper project / Individual photograph / 4
School-slipper project / Individual photograph / 5
School-slipper project / Individual photograph / 5

Baking moulds: testing a digital design

The baking-mould project follows the complete path from a digital contour to a tested physical tool. I use the finished cutter with learners to examine how shape and detail transfer into dough.

Baking moulds: testing a digital design / Original presentation slide
Baking moulds: testing a digital design / Original presentation slide
Preparing a digital outline
Preparing a digital outline
Printing the cutter
Printing the cutter
Finished tools ready to test
Finished tools ready to test
Testing the result
Testing the result
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 1
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 1
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 2
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 2
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 3
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 3
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 4
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 4
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 5
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 5
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 6
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 6
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 7
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 7
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 8
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 8
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 9
Grades 11B and 10A / From designing a cookie cutter to testing it with dough / 9

A computer game, made together

In collaborative projects, I create opportunities for learners to contribute through their strengths. In Wolf Catch Eggs, programming and student-created graphics come together, giving different skills a place within a shared interactive result.

Development: Marek Müürsepp · Graphics: Grade 10 students · Screensaver: Polina Svintsova & Anna Katlerova

A computer game, made together / Original presentation slide
A computer game, made together / Original presentation slide
Game design / Screen from the project / 1
Game design / Screen from the project / 1
Game design / Screen from the project / 2
Game design / Screen from the project / 2
Game design / Screen from the project / 3
Game design / Screen from the project / 3
Game design / Screen from the project / 4
Game design / Screen from the project / 4

A new shape for a tabletop tree

I use familiar objects as starting points for purposeful design tasks. Reinterpreting a tabletop tree connects cultural reference, form development and digital fabrication in a manageable project.

A new shape for a tabletop tree / Original presentation slide
A new shape for a tabletop tree / Original presentation slide
Tabletop-tree design / Individual student work / 1
Tabletop-tree design / Individual student work / 1
Tabletop-tree design / Individual student work / 2
Tabletop-tree design / Individual student work / 2
Tabletop-tree design / Individual student work / 3
Tabletop-tree design / Individual student work / 3
Tabletop-tree design / Individual student work / 4
Tabletop-tree design / Individual student work / 4
Tabletop-tree design / Individual student work / 5
Tabletop-tree design / Individual student work / 5

A workshop beyond the timetable

Since 2022, I have led a free computer graphics club where students can explore their interests beyond the timetable. It combines individual projects with a community in which learners share methods and experience.

A workshop beyond the timetable / Original presentation slide
A workshop beyond the timetable / Original presentation slide
Individual objects and digital-fabrication experiments
Individual objects and digital-fabrication experiments
Further personal projects from the workshop
Further personal projects from the workshop

German pronoun dice

I connect 3D design with the development of teaching materials. Alongside German pronoun dice, my portfolio documents supporting a colleague to adapt a student research idea into printed resources for an Estonian-language lesson.

German pronoun dice / Original presentation slide
German pronoun dice / Original presentation slide
Making practical objects with digital fabrication
Making practical objects with digital fabrication
From screen to a physical teaching tool
From screen to a physical teaching tool
A set of printed learning dice
A set of printed learning dice
Trying the objects in use
Trying the objects in use
Sharing the learning-material project
Sharing the learning-material project

From scanning to a physical model

Introducing 3D scanning and printing means working with unfamiliar tools and occasional technical difficulties. I approach this uncertainty openly and include troubleshooting in the learning process.

From scanning to a physical model / Original presentation slide
From scanning to a physical model / Original presentation slide
Capturing a physical form
Capturing a physical form
Examining the digital model
Examining the digital model
A scanned object developed for presentation
A scanned object developed for presentation
Introducing the process in class
Introducing the process in class
Working with a scanned portrait
Working with a scanned portrait
A model in the printer
A model in the printer

A classroom open to the world

I welcome visiting educators, pupils and alumni into the classroom. My commission responses document encounters with Marko Mihkelson, Italian school groups, Belgian school directors and school owners from Nairobi, sharing student work and demonstrating digital approaches to learning.

Marko Mihkelson visiting the classroom / Discussing Independence Day poster design
Marko Mihkelson visiting the classroom / Discussing Independence Day poster design
Italian students and teachers visiting the art and design classroom / 20 February 2025
Italian students and teachers visiting the art and design classroom / 20 February 2025
Directors of two Belgian schools exploring our approach to STEAM learning
Directors of two Belgian schools exploring our approach to STEAM learning
School alumni visiting the classroom and discovering recent student work
School alumni visiting the classroom and discovering recent student work
German Embassy representatives visiting our learning environment / 10 September 2026
German Embassy representatives visiting our learning environment / 10 September 2026

Sneaker design: an idea in motion

Inspired by shoe designer Tinker Hatfield, students develop their own sneaker collections in Photoshop. I connect masks, brushes, textures and lighting with a personal design idea. From 2025, AI-generated settings also help students explore how a product can be presented.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Sneaker design / Student collection / Original presentation slide
Sneaker design / Student collection / Original presentation slide
Sneaker design in progress / Students developing their concepts in Photoshop / 1
Sneaker design in progress / Students developing their concepts in Photoshop / 1
Sneaker design in progress / Students developing their concepts in Photoshop / 2
Sneaker design in progress / Students developing their concepts in Photoshop / 2
Sneaker design in progress / Students developing their concepts in Photoshop / 3
Sneaker design in progress / Students developing their concepts in Photoshop / 3
Sneaker design in progress / Students developing their concepts in Photoshop / 4
Sneaker design in progress / Students developing their concepts in Photoshop / 4
Sneaker design in progress / Students developing their concepts in Photoshop / 5
Sneaker design in progress / Students developing their concepts in Photoshop / 5
Sneaker design in progress / Students developing their concepts in Photoshop / 6
Sneaker design in progress / Students developing their concepts in Photoshop / 6
Sneaker design in progress / Students developing their concepts in Photoshop / 7
Sneaker design in progress / Students developing their concepts in Photoshop / 7
Sneaker design in progress / Students developing their concepts in Photoshop / 8
Sneaker design in progress / Students developing their concepts in Photoshop / 8
Sneaker design in progress / Students developing their concepts in Photoshop / 9
Sneaker design in progress / Students developing their concepts in Photoshop / 9
Sneaker design / Masks, brushes, textures and light / Original presentation slide
Sneaker design / Masks, brushes, textures and light / Original presentation slide
Sneaker design / Exploring colour and character / Original presentation slide
Sneaker design / Exploring colour and character / Original presentation slide
Sneaker design / AI-assisted presentation scenes / Original presentation slide
Sneaker design / AI-assisted presentation scenes / Original presentation slide
Sneaker design / Student Photoshop collection 2022 / 1
Sneaker design / Student Photoshop collection 2022 / 1
Sneaker design / Student Photoshop collection 2022 / 2
Sneaker design / Student Photoshop collection 2022 / 2
Sneaker design / Student Photoshop collection 2022 / 3
Sneaker design / Student Photoshop collection 2022 / 3
Sneaker design / Student Photoshop collection 2022 / 4
Sneaker design / Student Photoshop collection 2022 / 4
Sneaker design / Student Photoshop collection 2022 / 5
Sneaker design / Student Photoshop collection 2022 / 5
Sneaker design / Student Photoshop collection 2022 / 6
Sneaker design / Student Photoshop collection 2022 / 6
Sneaker design / Student Photoshop collection 2022 / 7
Sneaker design / Student Photoshop collection 2022 / 7
Sneaker design / Student Photoshop collection 2022 / 8
Sneaker design / Student Photoshop collection 2022 / 8
Sneaker design / Student Photoshop collection 2023 / 1
Sneaker design / Student Photoshop collection 2023 / 1
Sneaker design / Student Photoshop collection 2023 / 2
Sneaker design / Student Photoshop collection 2023 / 2
Sneaker design / Student Photoshop collection 2023 / 3
Sneaker design / Student Photoshop collection 2023 / 3
Sneaker design / Student Photoshop collection 2023 / 4
Sneaker design / Student Photoshop collection 2023 / 4
Sneaker design / Student Photoshop collection 2024 / 1
Sneaker design / Student Photoshop collection 2024 / 1
Sneaker design / Student Photoshop collection 2024 / 2
Sneaker design / Student Photoshop collection 2024 / 2
Sneaker design / Student Photoshop collection 2024 / 3
Sneaker design / Student Photoshop collection 2024 / 3
Sneaker design / Student Photoshop collection 2024 / 4
Sneaker design / Student Photoshop collection 2024 / 4
Sneaker design / Student Photoshop collection 2024 / 5
Sneaker design / Student Photoshop collection 2024 / 5
Sneaker design / Student Photoshop collection 2024 / 6
Sneaker design / Student Photoshop collection 2024 / 6
Sneaker design / Student Photoshop collection 2024 / 7
Sneaker design / Student Photoshop collection 2024 / 7
Sneaker design / Student Photoshop collection 2024 / 8
Sneaker design / Student Photoshop collection 2024 / 8
Student sneaker mockups / AI-assisted presentation scenes / 1
Student sneaker mockups / AI-assisted presentation scenes / 1
Student sneaker mockups / AI-assisted presentation scenes / 2
Student sneaker mockups / AI-assisted presentation scenes / 2
Student sneaker mockups / AI-assisted presentation scenes / 3
Student sneaker mockups / AI-assisted presentation scenes / 3
Student sneaker mockups / AI-assisted presentation scenes / 4
Student sneaker mockups / AI-assisted presentation scenes / 4
Student sneaker mockups / AI-assisted presentation scenes / 5
Student sneaker mockups / AI-assisted presentation scenes / 5
Student sneaker mockups / AI-assisted presentation scenes / 6
Student sneaker mockups / AI-assisted presentation scenes / 6
Student sneaker mockups / AI-assisted presentation scenes / 7
Student sneaker mockups / AI-assisted presentation scenes / 7
Student sneaker mockups / AI-assisted presentation scenes / 8
Student sneaker mockups / AI-assisted presentation scenes / 8
Student sneaker mockups / AI-assisted presentation scenes / 9
Student sneaker mockups / AI-assisted presentation scenes / 9

Learning to think in vectors

I teach Illustrator through visual problems rather than isolated commands. Students explore light with gradient meshes, build forms from polygons, work with perspective, blend shapes and trace images. Posters, patterns and printed T-shirts connect these skills with a purpose and an audience.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Gradient mesh / Colour, light and volume / Original presentation slide
Gradient mesh / Colour, light and volume / Original presentation slide
Low Poly / Building form with polygons / Original presentation slide
Low Poly / Building form with polygons / Original presentation slide
Perspective / Drawing on a spatial grid / Original presentation slide
Perspective / Drawing on a spatial grid / Original presentation slide
Perspective / Student architectural studies / Original presentation slide
Perspective / Student architectural studies / Original presentation slide
Blend / Transitions of shape and colour / Original presentation slide
Blend / Transitions of shape and colour / Original presentation slide
Image tracing / From raster to vector / Original presentation slide
Image tracing / From raster to vector / Original presentation slide
Poster design / National holidays / Original presentation slide
Poster design / National holidays / Original presentation slide
Pattern design / Gift wrap and 3D presentation / Original presentation slide
Pattern design / Gift wrap and 3D presentation / Original presentation slide
T-shirt design / A final Illustrator project / Original presentation slide
T-shirt design / A final Illustrator project / Original presentation slide
Grade 11 / Blend Tool · Transitions of colour and form / 1
Grade 11 / Blend Tool · Transitions of colour and form / 1
Grade 11 / Blend Tool · Transitions of colour and form / 2
Grade 11 / Blend Tool · Transitions of colour and form / 2
Grade 11 / Blend Tool · Transitions of colour and form / 3
Grade 11 / Blend Tool · Transitions of colour and form / 3
Grade 11 / Blend Tool · Transitions of colour and form / 4
Grade 11 / Blend Tool · Transitions of colour and form / 4
Grade 11 / Blend Tool · Transitions of colour and form / 5
Grade 11 / Blend Tool · Transitions of colour and form / 5
Grade 11 / Blend Tool · Transitions of colour and form / 6
Grade 11 / Blend Tool · Transitions of colour and form / 6
Grade 11 / Blend Tool · Transitions of colour and form / 7
Grade 11 / Blend Tool · Transitions of colour and form / 7
Grade 11 / Blend Tool · Transitions of colour and form / 8
Grade 11 / Blend Tool · Transitions of colour and form / 8
Grade 11 / Gradient Mesh · Colour transitions and volume / 1
Grade 11 / Gradient Mesh · Colour transitions and volume / 1
Grade 11 / Gradient Mesh · Colour transitions and volume / 2
Grade 11 / Gradient Mesh · Colour transitions and volume / 2
Grade 11 / Gradient Mesh · Colour transitions and volume / 3
Grade 11 / Gradient Mesh · Colour transitions and volume / 3
Grade 11 / Gradient Mesh · Colour transitions and volume / 4
Grade 11 / Gradient Mesh · Colour transitions and volume / 4
Grade 11 / Gradient Mesh · Colour transitions and volume / 5
Grade 11 / Gradient Mesh · Colour transitions and volume / 5
Grade 11 / Gradient Mesh · Colour transitions and volume / 6
Grade 11 / Gradient Mesh · Colour transitions and volume / 6
Grade 11 / Gradient Mesh · Colour transitions and volume / 7
Grade 11 / Gradient Mesh · Colour transitions and volume / 7
Grade 11 / Gradient Mesh · Colour transitions and volume / 8
Grade 11 / Gradient Mesh · Colour transitions and volume / 8
Grade 11 / Gradient Mesh · Colour transitions and volume / 9
Grade 11 / Gradient Mesh · Colour transitions and volume / 9
Grade 11 / Gradient Mesh · Colour transitions and volume / 10
Grade 11 / Gradient Mesh · Colour transitions and volume / 10
Grade 11 / Gradient Mesh · Colour transitions and volume / 11
Grade 11 / Gradient Mesh · Colour transitions and volume / 11
Grade 11 / Gradient Mesh · Colour transitions and volume / 12
Grade 11 / Gradient Mesh · Colour transitions and volume / 12
Grade 11 / Gradient Mesh · Colour transitions and volume / 13
Grade 11 / Gradient Mesh · Colour transitions and volume / 13
Grade 11 / Gradient Mesh · Colour transitions and volume / 14
Grade 11 / Gradient Mesh · Colour transitions and volume / 14

Then and Now: portraits across time

Inspired by Dutch photo artist Ard Gelinck, Grade 10 students combine childhood photographs with recent portraits. The Photoshop project connects personal storytelling with careful work on scale, light, edges and composition.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Then and Now / Inspired by Ard Gelinck / Original presentation slide
Then and Now / Inspired by Ard Gelinck / Original presentation slide
Then and Now / Student portrait collection / Original presentation slide
Then and Now / Student portrait collection / Original presentation slide

T-shirt design: from vector to fabric

For the final Grade 11 Illustrator project, students take a vector design onto a T-shirt. They prepare artwork for a cutting plotter and transfer it onto fabric with an iron, connecting digital precision with practical making.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

T-shirt design / Grade 11 final Illustrator project / Original presentation slide
T-shirt design / Grade 11 final Illustrator project / Original presentation slide
T-shirt design / From Illustrator artwork to print production / 1
T-shirt design / From Illustrator artwork to print production / 1
T-shirt design / From Illustrator artwork to print production / 2
T-shirt design / From Illustrator artwork to print production / 2
T-shirt design / From Illustrator artwork to print production / 3
T-shirt design / From Illustrator artwork to print production / 3
T-shirt design / From Illustrator artwork to print production / 4
T-shirt design / From Illustrator artwork to print production / 4
T-shirt design / From Illustrator artwork to print production / 5
T-shirt design / From Illustrator artwork to print production / 5
T-shirt design / From Illustrator artwork to print production / 6
T-shirt design / From Illustrator artwork to print production / 6
T-shirt design / From Illustrator artwork to print production / 7
T-shirt design / From Illustrator artwork to print production / 7
T-shirt design / From Illustrator artwork to print production / 8
T-shirt design / From Illustrator artwork to print production / 8
T-shirt design / From Illustrator artwork to print production / 9
T-shirt design / From Illustrator artwork to print production / 9
T-shirt design / From Illustrator artwork to print production / 10
T-shirt design / From Illustrator artwork to print production / 10
T-shirt design / From Illustrator artwork to print production / 11
T-shirt design / From Illustrator artwork to print production / 11
T-shirt design / From Illustrator artwork to print production / 12
T-shirt design / From Illustrator artwork to print production / 12
T-shirt design / From Illustrator artwork to print production / 13
T-shirt design / From Illustrator artwork to print production / 13
T-shirt design / From Illustrator artwork to print production / 14
T-shirt design / From Illustrator artwork to print production / 14
T-shirt design / From Illustrator artwork to print production / 15
T-shirt design / From Illustrator artwork to print production / 15
T-shirt design / From Illustrator artwork to print production / 16
T-shirt design / From Illustrator artwork to print production / 16
T-shirt design / From Illustrator artwork to print production / 17
T-shirt design / From Illustrator artwork to print production / 17
T-shirt design / From Illustrator artwork to print production / 18
T-shirt design / From Illustrator artwork to print production / 18
T-shirt design / From Illustrator artwork to print production / 19
T-shirt design / From Illustrator artwork to print production / 19

Our school, reimagined

Students reimagine their school through digital collage and AI-generated elements. I connect Photoshop, Camera Raw and purposeful prompting with composition and editing, helping learners express a personal view of a familiar place.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

We Love Our School / Photoshop, photomontage and AI / Original presentation slide
We Love Our School / Photoshop, photomontage and AI / Original presentation slide
We Love Our School / Student collage collection / Original presentation slide
We Love Our School / Student collage collection / Original presentation slide
My School / Digital collage with Photoshop and generated visual elements / 1
My School / Digital collage with Photoshop and generated visual elements / 1
My School / Digital collage with Photoshop and generated visual elements / 2
My School / Digital collage with Photoshop and generated visual elements / 2
My School / Digital collage with Photoshop and generated visual elements / 3
My School / Digital collage with Photoshop and generated visual elements / 3
My School / Digital collage with Photoshop and generated visual elements / 4
My School / Digital collage with Photoshop and generated visual elements / 4
My School / Digital collage with Photoshop and generated visual elements / 5
My School / Digital collage with Photoshop and generated visual elements / 5
My School / Digital collage with Photoshop and generated visual elements / 6
My School / Digital collage with Photoshop and generated visual elements / 6
My School / Digital collage with Photoshop and generated visual elements / 7
My School / Digital collage with Photoshop and generated visual elements / 7
My School / Digital collage with Photoshop and generated visual elements / 8
My School / Digital collage with Photoshop and generated visual elements / 8
My School / Digital collage with Photoshop and generated visual elements / 9
My School / Digital collage with Photoshop and generated visual elements / 9
My School / Digital collage with Photoshop and generated visual elements / 10
My School / Digital collage with Photoshop and generated visual elements / 10
My School / Digital collage with Photoshop and generated visual elements / 11
My School / Digital collage with Photoshop and generated visual elements / 11
My School / Digital collage with Photoshop and generated visual elements / 12
My School / Digital collage with Photoshop and generated visual elements / 12

A portrait, redrawn in vectors

Grade 11 students transform portraits into vector images with Illustrator’s Image Trace, then edit and refine the results. I connect the conversion process with choices about colour, shape and detail, helping learners develop an image with its own character.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Vector portrait / Coming of age · Student artwork
Vector portrait / Coming of age · Student artwork
Grade 11 / Image Trace and vector portrait editing / 1
Grade 11 / Image Trace and vector portrait editing / 1
Grade 11 / Image Trace and vector portrait editing / 2
Grade 11 / Image Trace and vector portrait editing / 2
Grade 11 / Image Trace and vector portrait editing / 3
Grade 11 / Image Trace and vector portrait editing / 3
Grade 11 / Image Trace and vector portrait editing / 4
Grade 11 / Image Trace and vector portrait editing / 4
Grade 11 / Image Trace and vector portrait editing / 5
Grade 11 / Image Trace and vector portrait editing / 5
Grade 11 / Image Trace and vector portrait editing / 6
Grade 11 / Image Trace and vector portrait editing / 6
Grade 11 / Image Trace and vector portrait editing / 7
Grade 11 / Image Trace and vector portrait editing / 7
Grade 11 / Image Trace and vector portrait editing / 8
Grade 11 / Image Trace and vector portrait editing / 8
Grade 11 / Image Trace and vector portrait editing / 9
Grade 11 / Image Trace and vector portrait editing / 9
Grade 11 / Image Trace and vector portrait editing / 10
Grade 11 / Image Trace and vector portrait editing / 10
Grade 11 / Image Trace and vector portrait editing / 11
Grade 11 / Image Trace and vector portrait editing / 11
Grade 11 / Image Trace and vector portrait editing / 12
Grade 11 / Image Trace and vector portrait editing / 12
Grade 11 / Image Trace and vector portrait editing / 13
Grade 11 / Image Trace and vector portrait editing / 13
Grade 11 / Image Trace and vector portrait editing / 14
Grade 11 / Image Trace and vector portrait editing / 14
Digital portraits / Image Trace in Adobe Illustrator / 1
Digital portraits / Image Trace in Adobe Illustrator / 1
Digital portraits / Image Trace in Adobe Illustrator / 2
Digital portraits / Image Trace in Adobe Illustrator / 2
Digital portraits / Image Trace in Adobe Illustrator / 3
Digital portraits / Image Trace in Adobe Illustrator / 3
Digital portraits / Image Trace in Adobe Illustrator / 4
Digital portraits / Image Trace in Adobe Illustrator / 4
Digital portraits / Image Trace in Adobe Illustrator / 5
Digital portraits / Image Trace in Adobe Illustrator / 5
Digital portraits / Image Trace in Adobe Illustrator / 6
Digital portraits / Image Trace in Adobe Illustrator / 6
Digital portraits / Image Trace in Adobe Illustrator / 7
Digital portraits / Image Trace in Adobe Illustrator / 7
Digital portraits / Image Trace in Adobe Illustrator / 8
Digital portraits / Image Trace in Adobe Illustrator / 8
Digital portraits / Image Trace in Adobe Illustrator / 9
Digital portraits / Image Trace in Adobe Illustrator / 9
Digital portraits / Image Trace in Adobe Illustrator / 10
Digital portraits / Image Trace in Adobe Illustrator / 10
Digital portraits / Image Trace in Adobe Illustrator / 11
Digital portraits / Image Trace in Adobe Illustrator / 11
Digital portraits / Image Trace in Adobe Illustrator / 12
Digital portraits / Image Trace in Adobe Illustrator / 12
Digital portraits / Image Trace in Adobe Illustrator / 13
Digital portraits / Image Trace in Adobe Illustrator / 13

A prototype meets its players

Grade 6B student Alisa Kozubnja tests her designed and 3D-printed tic-tac-toe game with other pupils. The project makes the testing stage of design thinking visible: a prototype has to work in someone’s hands, beyond its appearance on screen.

Alisa Kozubnja / Grade 6B · Teacher: Ervin Adojaan

Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 1
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 1
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 2
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 2
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 3
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 3
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 4
Alisa Kozubnja, Grade 6B / Testing a 3D-printed tic-tac-toe prototype / 4

A place for every brush

Sofia Katlerova, Grade 6B, designs and 3D-prints a brush and pencil organiser. Grade 5C student Kareem Khadzhir develops another school-supplies organiser. These projects connect digital modelling with everyday needs, giving shape, scale and arrangement a concrete purpose.

Sofia Katlerova / Grade 6B · Kareem Khadzhir / Grade 5C · Teacher: Ervin Adojaan

Sofia Katlerova, Grade 6B / A 3D-printed brush and pencil organiser / 1
Sofia Katlerova, Grade 6B / A 3D-printed brush and pencil organiser / 1
Sofia Katlerova, Grade 6B / A 3D-printed brush and pencil organiser / 2
Sofia Katlerova, Grade 6B / A 3D-printed brush and pencil organiser / 2
Sofia Katlerova, Grade 6B / A 3D-printed brush and pencil organiser / 3
Sofia Katlerova, Grade 6B / A 3D-printed brush and pencil organiser / 3
Kareem Khadzhir, Grade 5C / A 3D-printed school-supplies organiser / 1
Kareem Khadzhir, Grade 5C / A 3D-printed school-supplies organiser / 1
Kareem Khadzhir, Grade 5C / A 3D-printed school-supplies organiser / 2
Kareem Khadzhir, Grade 5C / A 3D-printed school-supplies organiser / 2
Kareem Khadzhir, Grade 5C / A 3D-printed school-supplies organiser / 3
Kareem Khadzhir, Grade 5C / A 3D-printed school-supplies organiser / 3

School subjects become characters

Grade 11B student Polina Svintsova creates a Chibi character series representing school subjects. Hand-drawn sketchbook ideas are redrawn in Krita and prepared as stickers for the cutting plotter, connecting a personal illustration style with a physical result.

Polina Svintsova / Grade 11B · Teacher: Ervin Adojaan

Polina Svintsova / The complete school-subject character series
Polina Svintsova / The complete school-subject character series
Polina Svintsova / Music
Polina Svintsova / Music
Polina Svintsova / Computer Science
Polina Svintsova / Computer Science
Polina Svintsova / Biology
Polina Svintsova / Biology
Polina Svintsova / Design
Polina Svintsova / Design
Polina Svintsova / Geography
Polina Svintsova / Geography
Polina Svintsova / Estonian
Polina Svintsova / Estonian
Polina Svintsova / Literature
Polina Svintsova / Literature
Polina Svintsova / Mathematics
Polina Svintsova / Mathematics
Polina Svintsova / Producing the stickers with a cutting plotter
Polina Svintsova / Producing the stickers with a cutting plotter

Small worlds, imagined through a lens

Inspired by Tatsuya Tanaka, Grade 10 students imagine a miniature world. Everyday objects become settings as photography and Photoshop combine scale, viewpoint and light into a visual story.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 1
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 1
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 2
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 2
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 3
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 3
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 4
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 4
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 5
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 5
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 6
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 6
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 7
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 7
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 8
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 8
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 9
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 9
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 10
Grade 10 / Miniature scenes inspired by Tatsuya Tanaka / 10

A poster with something to say

After watching Banksy and the Rise of Outlaw Art, Grade 10 students create artivism works for International Children’s Day. Photography, montage and design help them express opinions about school and their rights, connecting visual choices with a message and an audience.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Artivism / Protest art and poster design / Original presentation slide
Artivism / Protest art and poster design / Original presentation slide
Grade 10 / Artivism posters and visual statements / 1
Grade 10 / Artivism posters and visual statements / 1
Grade 10 / Artivism posters and visual statements / 2
Grade 10 / Artivism posters and visual statements / 2
Grade 10 / Artivism posters and visual statements / 3
Grade 10 / Artivism posters and visual statements / 3
Grade 10 / Artivism posters and visual statements / 4
Grade 10 / Artivism posters and visual statements / 4
Grade 10 / Artivism posters and visual statements / 5
Grade 10 / Artivism posters and visual statements / 5
Grade 10 / Artivism posters and visual statements / 6
Grade 10 / Artivism posters and visual statements / 6
Grade 10 / Artivism posters and visual statements / 7
Grade 10 / Artivism posters and visual statements / 7
Grade 10 / Artivism posters and visual statements / 8
Grade 10 / Artivism posters and visual statements / 8
Grade 10 / Artivism posters and visual statements / 9
Grade 10 / Artivism posters and visual statements / 9
Grade 10 / Artivism posters and visual statements / 10
Grade 10 / Artivism posters and visual statements / 10
Grade 10 / Artivism posters and visual statements / 11
Grade 10 / Artivism posters and visual statements / 11
Grade 10 / Artivism posters and visual statements / 12
Grade 10 / Artivism posters and visual statements / 12
Grade 10 / Artivism posters and visual statements / 13
Grade 10 / Artivism posters and visual statements / 13
Grade 10 / Artivism posters and visual statements / 14
Grade 10 / Artivism posters and visual statements / 14
Grade 10 / Artivism posters and visual statements / 15
Grade 10 / Artivism posters and visual statements / 15
Grade 10 / Artivism posters and visual statements / 16
Grade 10 / Artivism posters and visual statements / 16
Grade 10 / Artivism posters and visual statements / 17
Grade 10 / Artivism posters and visual statements / 17
Grade 10 / Artivism posters and visual statements / 18
Grade 10 / Artivism posters and visual statements / 18

Animals, built from light and polygons

In integrated Art and Biology lessons, Grade 11 students illustrate animals with Low Poly graphics. With biology teacher Inga Kuljanova, I connect observation with geometric simplification, light and colour.

Grade 11 students / Art: Ervin Adojaan · Biology: Inga Kuljanova

Grade 11 / Animal illustrations from integrated Art and Biology lessons / 1
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 1
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 2
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 2
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 3
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 3
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 4
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 4
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 5
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 5
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 6
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 6
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 7
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 7
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 8
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 8
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 9
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 9
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 10
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 10
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 11
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 11
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 12
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 12
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 13
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 13
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 14
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 14
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 15
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 15
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 16
Grade 11 / Animal illustrations from integrated Art and Biology lessons / 16
Grade 11 / Low Poly · Form, light and geometric simplification / 1
Grade 11 / Low Poly · Form, light and geometric simplification / 1
Grade 11 / Low Poly · Form, light and geometric simplification / 2
Grade 11 / Low Poly · Form, light and geometric simplification / 2
Grade 11 / Low Poly · Form, light and geometric simplification / 3
Grade 11 / Low Poly · Form, light and geometric simplification / 3
Grade 11 / Low Poly · Form, light and geometric simplification / 4
Grade 11 / Low Poly · Form, light and geometric simplification / 4
Grade 11 / Low Poly · Form, light and geometric simplification / 5
Grade 11 / Low Poly · Form, light and geometric simplification / 5
Grade 11 / Low Poly · Form, light and geometric simplification / 6
Grade 11 / Low Poly · Form, light and geometric simplification / 6
Grade 11 / Low Poly · Form, light and geometric simplification / 7
Grade 11 / Low Poly · Form, light and geometric simplification / 7
Grade 11 / Low Poly · Form, light and geometric simplification / 8
Grade 11 / Low Poly · Form, light and geometric simplification / 8
Grade 11 / Low Poly · Form, light and geometric simplification / 9
Grade 11 / Low Poly · Form, light and geometric simplification / 9
Grade 11 / Low Poly · Form, light and geometric simplification / 10
Grade 11 / Low Poly · Form, light and geometric simplification / 10
Grade 11 / Low Poly · Form, light and geometric simplification / 11
Grade 11 / Low Poly · Form, light and geometric simplification / 11
Grade 11 / Low Poly · Form, light and geometric simplification / 12
Grade 11 / Low Poly · Form, light and geometric simplification / 12
Grade 11 / Low Poly · Form, light and geometric simplification / 13
Grade 11 / Low Poly · Form, light and geometric simplification / 13
Grade 11 / Low Poly · Form, light and geometric simplification / 14
Grade 11 / Low Poly · Form, light and geometric simplification / 14
Grade 11 / Low Poly · Form, light and geometric simplification / 15
Grade 11 / Low Poly · Form, light and geometric simplification / 15
Grade 11 / Low Poly · Form, light and geometric simplification / 16
Grade 11 / Low Poly · Form, light and geometric simplification / 16
Grade 11 / Low Poly · Form, light and geometric simplification / 17
Grade 11 / Low Poly · Form, light and geometric simplification / 17

A pattern finds its package

Grade 11 students learn Illustrator’s pattern-making tools and develop repeating designs for gift packaging. Photoshop and Adobe Dimension help them present the artwork on three-dimensional objects, connecting a flat pattern with material, colour and the appearance of a product.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Pattern-making / From Illustrator to a gift presentation / Original presentation slide
Pattern-making / From Illustrator to a gift presentation / Original presentation slide
Grade 11 / Repeating patterns presented on 3D packaging / 1
Grade 11 / Repeating patterns presented on 3D packaging / 1
Grade 11 / Repeating patterns presented on 3D packaging / 2
Grade 11 / Repeating patterns presented on 3D packaging / 2
Grade 11 / Repeating patterns presented on 3D packaging / 3
Grade 11 / Repeating patterns presented on 3D packaging / 3
Grade 11 / Repeating patterns presented on 3D packaging / 4
Grade 11 / Repeating patterns presented on 3D packaging / 4
Grade 11 / Repeating patterns presented on 3D packaging / 5
Grade 11 / Repeating patterns presented on 3D packaging / 5
Grade 11 / Repeating patterns presented on 3D packaging / 6
Grade 11 / Repeating patterns presented on 3D packaging / 6
Grade 11 / Repeating patterns presented on 3D packaging / 7
Grade 11 / Repeating patterns presented on 3D packaging / 7
Grade 11 / Repeating patterns presented on 3D packaging / 8
Grade 11 / Repeating patterns presented on 3D packaging / 8
Grade 11 / Repeating patterns presented on 3D packaging / 9
Grade 11 / Repeating patterns presented on 3D packaging / 9
Grade 11 / Repeating patterns presented on 3D packaging / 10
Grade 11 / Repeating patterns presented on 3D packaging / 10

A pumpkin, from screen to print

Students create pumpkins and ghosts in Illustrator, Blender and Tinkercad, then prepare them for 3D printing. A seasonal design task connects modelling with a tangible object, while software problems and printing difficulties become part of the shared learning process.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

A pumpkin, from screen to print / 1
A pumpkin, from screen to print / 1
A pumpkin, from screen to print / 2
A pumpkin, from screen to print / 2
A pumpkin, from screen to print / 3
A pumpkin, from screen to print / 3
A pumpkin, from screen to print / 4
A pumpkin, from screen to print / 4
A pumpkin, from screen to print / 5
A pumpkin, from screen to print / 5
A pumpkin, from screen to print / 6
A pumpkin, from screen to print / 6
A pumpkin, from screen to print / 7
A pumpkin, from screen to print / 7
A pumpkin, from screen to print / 8
A pumpkin, from screen to print / 8

From CAD to the classroom

Sofia Katlerova, Grade 7A, develops a functional school-supplies tray. The project connects CAD design with prototyping, material testing and refinement, introducing the product-development process before upper secondary school through an object with a familiar everyday purpose.

Sofia Katlerova / Grade 7A · Teacher: Ervin Adojaan

From CAD to the classroom / 1
From CAD to the classroom / 1
From CAD to the classroom / 2
From CAD to the classroom / 2
From CAD to the classroom / 3
From CAD to the classroom / 3

Summer memories in vectors

Grade 11 students turn their summer photographs into Illustrator images and write memories in Estonian. With Svetlana Fedjakova and Evelina Bogdanova, I connect personal experience, visual interpretation and written storytelling.

Grade 11 / Media: Ervin Adojaan · Estonian: Svetlana Fedjakova & Evelina Bogdanova

Summer memories in vectors / 1
Summer memories in vectors / 1
Summer memories in vectors / 2
Summer memories in vectors / 2
Summer memories in vectors / 3
Summer memories in vectors / 3
Summer memories in vectors / 4
Summer memories in vectors / 4
Summer memories in vectors / 5
Summer memories in vectors / 5
Summer memories in vectors / 6
Summer memories in vectors / 6
Summer memories in vectors / 7
Summer memories in vectors / 7
Summer memories in vectors / 8
Summer memories in vectors / 8
Summer memories in vectors / 9
Summer memories in vectors / 9
Summer memories in vectors / 10
Summer memories in vectors / 10
Summer memories in vectors / 11
Summer memories in vectors / 11
Summer memories in vectors / 12
Summer memories in vectors / 12
Summer memories in vectors / 13
Summer memories in vectors / 13
Summer memories in vectors / 14
Summer memories in vectors / 14
Summer memories in vectors / 15
Summer memories in vectors / 15
Summer memories in vectors / 16
Summer memories in vectors / 16
Summer memories in vectors / 17
Summer memories in vectors / 17
Summer memories in vectors / 18
Summer memories in vectors / 18
Summer memories in vectors / 19
Summer memories in vectors / 19
Summer memories in vectors / 20
Summer memories in vectors / 20

Two images, one new meaning

Grades 8A and 9D explore double exposure by combining two or more images into a single composition. Photoshop and Camera Raw help learners connect portraits with other scenes, using layering to suggest new meanings and associations.

Student work / Tallinn Secondary School No. 53 · Teacher: Ervin Adojaan

Two images, one new meaning / 1
Two images, one new meaning / 1
Two images, one new meaning / 2
Two images, one new meaning / 2
Two images, one new meaning / 3
Two images, one new meaning / 3
Two images, one new meaning / 4
Two images, one new meaning / 4
Two images, one new meaning / 5
Two images, one new meaning / 5
Two images, one new meaning / 6
Two images, one new meaning / 6
Two images, one new meaning / 7
Two images, one new meaning / 7
Two images, one new meaning / 8
Two images, one new meaning / 8
Two images, one new meaning / 9
Two images, one new meaning / 9
Two images, one new meaning / 10
Two images, one new meaning / 10
Two images, one new meaning / 11
Two images, one new meaning / 11
Two images, one new meaning / 12
Two images, one new meaning / 12
Two images, one new meaning / 13
Two images, one new meaning / 13
Two images, one new meaning / 14
Two images, one new meaning / 14

A design-school future, made tangible

I take students to Aalto University with particular attention to its School of Arts, Design and Architecture. Workshops, student exhibitions and the Design Factory connect the digital skills developed at school with possible futures in design education.

A guided visit through the university environment
A guided visit through the university environment
Student design work on display at Aalto
Student design work on display at Aalto
School students visiting Aalto University
School students visiting Aalto University
Discovering the university’s library and learning spaces
Discovering the university’s library and learning spaces
Exploring spaces for making and collaborative work
Exploring spaces for making and collaborative work
Design projects encountered during the visit
Design projects encountered during the visit
A student project as a starting point for discussion
A student project as a starting point for discussion

When Aalto comes to our school

I initiated and organised a school visit by Aalto University representatives on 11 September 2026, inviting students from neighbouring schools too. The meeting introduced study programmes, admissions, campus life and the opportunity to ask questions directly.

Visit organised on 11 September 2026

Aalto University representatives meeting students at our school / 11 September 2026
Aalto University representatives meeting students at our school / 11 September 2026
Introducing Aalto’s study programmes and university life
Introducing Aalto’s study programmes and university life
Students asking questions directly of the visiting representatives
Students asking questions directly of the visiting representatives

Inside the Estonian Academy of Arts

I organise visits to EKA so students can explore study programmes, admissions and the everyday setting of art and design education. A workshop tour led by Katrin-Maria Terras brought materials, processes and possible study pathways into direct view.

The Estonian Academy of Arts / Visiting the design faculty, 2023
The Estonian Academy of Arts / Visiting the design faculty, 2023
EKA / Exploring materials and making in the academy’s workshops
EKA / Exploring materials and making in the academy’s workshops
EKA / Encountering design work in its studio setting
EKA / Encountering design work in its studio setting
EKA / Students exploring the design-school working environment
EKA / Students exploring the design-school working environment
An introduction to study programmes and admissions at EKA
An introduction to study programmes and admissions at EKA
A shared visit to the Estonian Academy of Arts
A shared visit to the Estonian Academy of Arts
Encountering structures and material experiments in EKA’s workshops
Encountering structures and material experiments in EKA’s workshops
A material study encountered during the workshop tour
A material study encountered during the workshop tour
Exploring the relationship between space, form and making
Exploring the relationship between space, form and making
Discussing a material object during the visit
Discussing a material object during the visit
Inside a working space at the academy
Inside a working space at the academy
Designed objects encountered on the earlier EKA visit
Designed objects encountered on the earlier EKA visit
Seeing design practice at close range
Seeing design practice at close range

Research takes shape at EKA

Liona-Magdalena Gerzanitš and Jelizaveta Belova, Grade 11B, investigate wax casting in jewellery and stained-glass techniques in EKA’s workshops. With support from Katrin-Maria Terras and Eve Koha, this partnership connects school research with specialist tools, materials and practical enquiry.

Liona-Magdalena Gerzanitš & Jelizaveta Belova / Grade 11B · Workshop support: Katrin-Maria Terras & Eve Koha · Teacher: Ervin Adojaan

Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 1
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 1
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 2
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 2
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 3
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 3
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 4
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 4
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 5
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 5
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 6
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 6
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 7
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 7
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 8
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 8
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 9
Grade 11B / Jewellery and stained-glass investigations in EKA workshops / 9

Design Night, beyond the classroom

I connect annual Disainiöö visits with classroom learning. For a Grade 10 visit, art teacher Anastassia Kovõtska and I jointly planned an assignment: students analysed a design object’s user, message, audience and visual solution, then justified their observations.

Disainiöö / A festival visit with Grade 10 students
Disainiöö / A festival visit with Grade 10 students
Contemporary objects / Considering material, form and intended use
Contemporary objects / Considering material, form and intended use
Looking at design in its exhibition setting
Looking at design in its exhibition setting
Exploring the relationship between clothing, material and form
Exploring the relationship between clothing, material and form
A design object as the starting point for analysis
A design object as the starting point for analysis
Furniture and spatial design encountered during the festival
Furniture and spatial design encountered during the festival
Discussing use, audience and design choices through exhibited work
Discussing use, audience and design choices through exhibited work
Students taking part in a workshop during Disainiöö 2025
Students taking part in a workshop during Disainiöö 2025
Encountering contemporary product and spatial design
Encountering contemporary product and spatial design
Lighting and form in a design exhibition
Lighting and form in a design exhibition
Colour and materials as prompts for discussion
Colour and materials as prompts for discussion
Learning through a shared festival visit
Learning through a shared festival visit
Exploring design in its exhibition setting
Exploring design in its exhibition setting

A familiar duck, made her own

Grade 9B student Yaroslava Pidbuzhska reimagines the familiar yellow duck as her own original design. Working with Illustrator, Tinkercad and Cura, she takes the idea through digital preparation and 3D printing, turning a recognisable toy into a personal object.

Yaroslava Pidbuzhska / Grade 9B · Teacher: Ervin Adojaan

Yaroslava Pidbuzhska, Grade 9B / Her own yellow-duck design / 1
Yaroslava Pidbuzhska, Grade 9B / Her own yellow-duck design / 1
Yaroslava Pidbuzhska, Grade 9B / Her own yellow-duck design / 2
Yaroslava Pidbuzhska, Grade 9B / Her own yellow-duck design / 2
Yaroslava Pidbuzhska, Grade 9B / Her own yellow-duck design / 3
Yaroslava Pidbuzhska, Grade 9B / Her own yellow-duck design / 3