The Architecture Portfolio Guide

A sequence of observational and imaginative sketches that trains your eyes and hands to think like an architect.

Introduction

Sketching is architecture's first language. These pages show that you can observe real spaces, simplify complex forms, and explore ideas quickly. For you, Leonidas, this links the way you already break down robots and spaces in your head with a visible record of that thinking on paper.

Admissions teams study sketchbooks to see curiosity, patience, and growth. This project displays skills in observation, perspective, proportion, and visual communication.

Tools and Materials

• Sketchbook (9x12 or 11x14, unlined)
• Graphite pencils (HB, 2B, 4B) and eraser
• Fine-liner pens (0.1 to 0.5)
• Ruler or straightedge
• Optional: kneaded eraser, blending stump

Process, Step by Step

1. Warm up each session with 5 to 10 minutes of straight lines, circles, and ellipses.
2. Draw 2 to 3 everyday objects from life (shoes, tools, headphones, robot parts).
3. Create one interior view (your room, a hallway, a shop) using two-point perspective.
4. Draw an exterior building from life or reference photos, focusing on big shapes first.
5. Design 1 to 2 original small structures (pavilion, cabin, tower) in perspective.
6. Label interesting details (materials, light, scale) with small notes around the drawing.
7. At the end, mark your best 3 to 5 pages with sticky tabs for portfolio use.

Photography

Lay the sketchbook flat near a window or outside in open shade. Hold your phone directly above the page so the edges stay straight. Use light editing to boost contrast so lines are crisp while the paper still looks natural.

Challenges and Notes

• Wanting every drawing to be perfect instead of treating pages as practice.
• Perspective lines not converging cleanly, making spaces feel tilted.
• Over-erasing and damaging the paper surface.

A small digital pavilion that moves from thumbnail sketches into a clean 3D model and renders.

Introduction

This project shows that you can translate an idea into a three-dimensional structure using professional tools. It connects your interest in 3D software and robotics to architecture and proves you can think about space, light, and material inside a digital environment.

Skills on display: spatial reasoning, 3D modeling, composition, material sense, and basic lighting and rendering.

Tools and Materials

• Blender installed on your computer
• Sketchbook for thumbnails
• Reference images of pavilions or small structures
• Basic HDRI environment map (optional but helpful)

Process, Step by Step

1. Collect 5 to 8 reference images that match the vibe you like (minimal, futuristic, wooden, etc.).
2. Sketch 3 to 4 tiny pavilion thumbnails exploring different forms.
3. In Blender, block out the chosen concept with simple boxes and planes, no details yet.
4. Refine the form: add openings, platforms, stairs, and a clear entrance.
5. Assign simple materials (wood, concrete, metal) and avoid over-texturing.
6. Set up 2 to 3 strong camera views and an HDRI or simple sun light.
7. Render high-resolution images and save them in a dedicated "Pavilion" folder.

Export

Export renders without any Blender interface. Aim for calm lighting and clean backgrounds so the form is easy to read. Consider one daylight render and one softer, evening-style shot.

Challenges and Notes

• Spending too long on tiny details instead of a clear overall form.
• Messy geometry leading to strange shadows or shading artifacts.
• Dark, noisy renders that hide your design work.

A small, functional build (shelf, rack, or stand) documented from first sketch to finished object.

Introduction

Architecture lives in real materials. This project shows that you can design, measure, and build something that actually works. For you, Leonidas, it ties your comfort with tools and making into a clear, visual story.

Skills displayed: planning, measurement, joinery basics, material awareness, and process documentation.

Tools and Materials

• Sketchbook or graph paper for plans
• Measuring tape, carpenter's square, pencil
• Saw (hand or power, used safely), drill, screws and wood glue
• Lumber for a small project (shoe rack, robot storage, bedside shelf, etc.)
• Sandpaper or sander, optional stain or clear coat
• Phone or camera for process photos

Process, Step by Step

1. Choose a realistic project you'll actually use (for example, a rack for running shoes or robot parts).
2. Draw a measured plan with top and side views plus final dimensions.
3. Create a cut list for each piece of lumber.
4. Cut pieces carefully, checking measurements off the list as you go.
5. Dry fit everything before gluing or screwing pieces together.
6. Assemble, keeping corners square and surfaces aligned.
7. Sand edges and finish with paint, stain, or clear coat if desired.
8. Take photos during planning, cutting, assembly, and the final setup.

Photography

Shoot in daylight with a simple background. Capture one wide shot in context (how it's used), plus close-ups of details like joints or handles. Keep angles consistent across photos to feel intentional.

Challenges and Notes

• Measurements being off slightly, throwing the whole build out of alignment.
• Forgetting process photos as you get into the build.
• Rushing finish work and leaving rough edges or visible glue.

A detailed diagram of one robotics mechanism that explains how forces and motion move through the system.

Introduction

Many buildings include moving parts, such as doors, shading systems, bridges, and mechanical cores. This project shows you understand motion, load paths, and how components work together by dissecting a robot mechanism you know well.

Skills displayed: systems thinking, diagramming, labeling, and the ability to simplify complex mechanics.

Tools and Materials

• An existing robot or mechanism (arm, drivetrain, lift, claw, etc.)
• Camera or phone for reference photos
• Sketchbook and fine-liner pens
• Optional: drawing tablet for a clean digital version

Process, Step by Step

1. Choose a mechanism with interesting motion (for example, a 4-bar arm, intake, or lift).
2. Photograph it from multiple angles, including close-ups of joints and gears.
3. Draw a simplified "x-ray" view showing all moving parts with minimal clutter.
4. Label motors, pivots, gears, belts, and linkages with arrows and short notes.
5. Write a short numbered list explaining how the mechanism moves from start to finish.
6. Highlight one design problem you solved (binding, torque, weight) and how you fixed it.

Photography

Use a clean table or floor as your background. Take one overall photo of the robot and a few tight close-ups that match your diagram. Good lighting makes labels easier to understand.

Challenges and Notes

• Trying to capture every tiny detail instead of simplifying to essential parts.
• Labels overlapping or becoming hard to read.
• Using dense technical language that might confuse non-robotics viewers.

Identify one real frustration in your environment and redesign it through drawings and notes.

Introduction

Architects solve problems. This project proves you can see an issue clearly, generate options, and design a specific improvement rather than a vague "better room."

Skills displayed: problem framing, ideation, iteration, and clear communication of a proposed solution.

Tools and Materials

• Sketchbook and pencils or pens
• Ruler
• Camera for "before" photos
• Optional: cardboard or scrap wood for a quick prototype

Process, Step by Step

1. Choose one frustration: tangled cables, messy gear, bad shoe storage, awkward workspace, etc.
2. Write a one-sentence problem statement explaining why it's an issue.
3. Take 2 to 3 photos of the current situation without cleaning it up.
4. Brainstorm at least 3 different design ideas, sketch each idea quickly.
5. Select the strongest idea and draw a plan (top) view, a side elevation, and a perspective view in context.
6. Annotate materials, sizes, and how someone uses it step by step.
7. Optional: build a rough prototype and photograph it.

Photography

Use the same angle for your "before" and "after" or prototype photos so the improvement is obvious. Keep the background honest, this is about real life, not staged perfection.

Challenges and Notes

• Picking a problem that's too big (for example, "my whole room") rather than one clear issue.
• Jumping to one solution too quickly without exploring options.
• Forgetting to show how a person interacts with the design.

A curated set of photos that show how you see buildings, light, shadow, and rhythm in the world around you.

Introduction

Architecture is as much about seeing as it is about drawing. This project demonstrates your eye for composition, light, and structure by turning everyday spaces into intentional images.

Skills displayed: composition, visual rhythm, contrast, and the ability to find design in ordinary places.

Tools and Materials

• Phone or digital camera
• Editing app (Snapseed, Lightroom Mobile, etc.)

Process, Step by Step

1. Choose 3 to 4 locations: bleachers, hallways, stairwells, bridges, barns, athletic facilities.
2. Shoot mainly in early morning or late afternoon for softer light.
3. Look for leading lines, repetition of elements, and strong shadows and contrast.
4. Take 100 to 150 photos without overthinking, use different heights and angles.
5. Later, select your strongest 6 images that feel like a family.
6. Edit gently: adjust exposure, contrast, and straightness, avoid heavy filters.
7. Plan a grid layout for the six final images on a single portfolio page.

Photography

Turn on your phone's grid to keep lines straight. When in doubt, step back and include more of the structure, then crop.

Challenges and Notes

• Over-editing and losing natural light quality.
• Too many random subjects instead of a focused set of structures.
• Blurry shots from low light or quick movement.

A simple interface design for monitoring a "smart" space, showing that you can design both space and data views.

Introduction

Buildings and interfaces are increasingly connected. This project highlights your coding mindset and visual organization by designing a dashboard for a room, lab, or small facility.

Skills displayed: information hierarchy, interface layout, systems thinking, and aesthetic restraint.

Tools and Materials

• Figma, Adobe XD, or similar UI tool (or a well-structured drawing if software isn't available)
• Paper and pencil for rough wireframes

Process, Step by Step

1. Choose a space: Smart Studio, Robotics Lab, Training Center, or dorm floor.
2. List the data you would monitor: temperature, lighting, occupancy, doors, energy, etc.
3. Sketch a main dashboard and a detail screen on paper.
4. Build clean versions in your UI tool, grouping related information and controls.
5. Create a simple flow diagram that shows how a user moves between screens.
6. Export final screens and the flow as PNGs for the portfolio.

Export

Export at high resolution with a neutral background. Use a limited color palette, let one or two accent colors carry the hierarchy.

Challenges and Notes

• Trying to put every possible control on a single screen.
• Using many bright colors that compete for attention.
• Forgetting to show how the user actually navigates the system.

A physical or printed model that explores proportion, light, and shadow in simple forms.

Introduction

Models make ideas feel real. This project shows that you can move from drawing or digital concept to a tangible object you can hold, rotate, and light.

Skills displayed: model-making, precision cutting or printing, spatial intuition, and presentation photography.

Tools and Materials

• Option A: chipboard or foam board, metal ruler, knife, cutting mat, white glue
• Option B: 3D printer, slicing software, filament
• Desk lamp or window light for photography

Process, Step by Step

1. Sketch 3 simple massing ideas (stacked volumes, carved blocks, bridging forms).
2. Pick one and translate it into measured faces or a 3D file.
3. Cut or print pieces carefully, aiming for clean edges and tight joints.
4. Assemble the model, correcting minor fit issues as you go.
5. Experiment with a lamp to see how light and shadow move across the form.
6. Photograph from eye-level, low angles, and one overhead shot.

Photography

Use a white or pale background and side lighting for soft shadows. Avoid clutter in the frame so the model feels like a small building, not a craft project on a messy desk.

Challenges and Notes

• Ragged edges from dull blades or rushed cuts.
• Glue smears on visible surfaces.
• Over-complicated designs that are fragile or hard to build.