DT End Of Year

Iconic Design

A design that sets a benchmark for its category, breaks new ground, influences future generations, and remains timelessly recognizable with a distinct, iconic silhouette.

Dieter Rams' Core Philosophy

"Less, but better" - a design approach focusing on the absolute essential elements, avoiding unnecessary ornamentation, and prioritizing functional honesty.

Good Design is Innovative

One of Dieter Rams' principles stating that design advances alongside technological breakthroughs but never as an end in itself.

Good Design Makes a Product Useful

One of Dieter Rams' principles stating that a product must satisfy functional, psychological, and aesthetic criteria, optimizing utility while discarding anything that detracts from it.

Good Design is Aesthetic

One of Dieter Rams' principles stating that the aesthetic quality of a product is integral to its utility, as objects we use every day affect our well-being.

Good Design Makes a Product Understandable

One of Dieter Rams' principles stating that design should clarify the product’s structure and make its function completely intuitive to the user.

Good Design is Unobtrusive

One of Dieter Rams' principles stating that products are tools, not decorative objects, and should feature neutral, restrained designs to leave room for user self-expression.

Good Design is Honest

One of Dieter Rams' principles stating that a product must not attempt to look more innovative, powerful, or valuable than it actually is.

Good Design is Long-Lasting

One of Dieter Rams' principles stating that design should avoid being fashionable or trendy, allowing it to survive and remain relevant in a throwaway society.

Good Design is Thorough Down to the Last Detail

One of Dieter Rams' principles stating that nothing must be arbitrary or left to chance; care and accuracy in the design process show respect toward the consumer.

Good Design is Environmentally Friendly

One of Dieter Rams' principles stating that design must minimize physical and visual pollution, conserving resources and reducing impact throughout the product's entire life cycle.

Good Design is As Little Design As Possible

One of Dieter Rams' principles emphasizing a return to simplicity and purity, keeping only the absolute essential aspects.

Iterative Design

A continuous, cyclic design methodology involving prototyping, testing, analyzing, and refining a concept based on hands-on evaluation and continuous feedback.

User-Centred Design (UCD)

A design approach that prioritizes the specific needs, wants, behaviors, and physical limitations of the target end-user throughout every stage of development.

Prototyping

The creation of physical models (low-fidelity like card/foam, or high-fidelity) to test shapes, mechanisms, ergonomics, and user feedback in real-world environments before full production.

Manufactured Boards

Engineered wood sheets made from wood fibers, chips, or veneers bonded with synthetic resin adhesives (e.g., MDF, Plywood, Chipboard), offering dimensional stability and uniform properties.

Medium Density Fibreboard (MDF)

A manufactured board made from fine wood fibers compressed with resin, featuring a uniform texture without grain, making it ideal for CNC routing and painting.

Plywood

A high-strength manufactured board made of thin wood plies glued together at alternating 90-degree grain angles, providing exceptional dimensional stability and resistance to warping.

Chipboard

A manufactured board made of compressed wood flakes or chips bonded with synthetic resin, commonly used for flat-pack furniture and flooring underlays.

Polymorph

A modern smart/programmable polymer that becomes completely malleable at 62°C, allowing it to be shaped easily by hand for rapid ergonomic testing and prototyping.

Composite Materials

High-performance materials formed by bonding a reinforcement phase (e.g., glass or carbon fibers) into a matrix phase (e.g., polyester or epoxy resin) to combine their physical properties.

Glass Reinforced Plastic (GRP)

A composite material made of fine glass fibers embedded in a thermosetting polyester resin matrix, combining high tensile and compressive strength for applications like boat hulls.

Carbon Fibre Reinforced Plastic (CFRP)

An advanced composite material made of woven carbon filaments bonded with epoxy resin, providing an exceptional strength-to-weight ratio for aerospace and motorsport structures.

Synthetic Fibres

Extruded polymers derived from refined petrochemical oil stocks (e.g., Polyester, Nylon, Acrylic) engineered for durability, high tensile strength, and crease resistance.

Kerfing

The process of cutting a series of narrow, parallel, close slots (saw kerfs) into the surface of a rigid piece of timber without cutting completely through, allowing it to bend smoothly into curves.

Template

A rigid, pre-cut profile made from card, plastic, or MDF used to quickly, accurately, and repeatedly trace identical outlines onto stock material.

Jig

A specialized mechanical fixture that holds a workpiece securely in place and guides a cutting tool to ensure highly accurate, repeatable machining operations.

The Systems Approach

An electronic design architecture where all control loops are split into three distinct, sequential blocks: Input Sensors -> Processing Controls -> Output Actuators.

Microcontroller (e.g., PIC Chip)

A miniaturized computer embedded on a single integrated circuit that reads incoming analog or digital signals from sensors and executes pre-programmed software logic. A microcontroller has the ability to store information.

Microprocessors

A microprocessor is a compact integrated circuit designed to function as the brain of a computer or device, executing instructions from programs and controlling other components. A microprocessor is an integrated circuit that contains no memory.

LDR (Light Dependent Resistor)

A cadmium-sulfide semiconductor input component whose electrical resistance decreases as ambient light (lux) levels increase.

Thermistor (NTC)

A Negative Temperature Coefficient temperature sensor whose electrical resistance drops predictably as thermal energy increases.

Digital Switches

Input components that act as binary open or closed gates to signal state changes, including microswitches, tilt switches, and magnetic reed proximity switches.

LED (Light Emitting Diode)

A high-efficiency semiconductor output actuator that converts electrical energy into light and requires a series resistor to prevent current overloads.

DC Motors and Solenoids

Output components that convert electrical current into physical kinetic work, producing rotary motion or linear mechanical thrust respectively.

Rethink (The 6 Rs)

A sustainability strategy that questions whether a product is truly necessary or if the same task can be accomplished via an entirely different, less resource-intensive method.

Refuse (The 6 Rs)

A sustainability choice to reject the use of toxic manufacturing processes, non-recyclable raw materials, or unsustainable supply chains.

Reduce (The 6 Rs)

A sustainability action focused on decreasing material mass, lowering energy footprints during production, and minimizing retail packaging volumes.

Reuse (The 6 Rs)

Designing an object or its structural casing so that components can easily be assigned a secondary life or function after its primary use ends.

Recycle (The 6 Rs)

The industrial reprocessing of reclaimed consumer or manufacturing waste back down into raw base materials to create new products.

Repair (The 6 Rs)

Engineering products with modular layouts and accessible, tool-friendly replacement components to extend their operational lifespan.

CAD (Computer-Aided Design)

The use of 3D software to build, modify, analyze, and optimize virtual, mathematically precise models and technical drawings.

CAM (Computer-Aided Manufacturing)

The use of automated computer systems and machinery (e.g., CNC routers, laser cutters) to convert digital design data directly into physical components.

.STL File Format

A standard stereolithography 3D file format that converts CAD surfaces into a mesh of triangles, used by slicing software for 3D Printing.

.DXF File Format

Drawing Exchange Format; a vector-based 2D file format used to export paths from CAD software to guide 2-axis machinery like Laser Cutters.

Surface Area Calculations (D&T Application)

Mathematical operations used to determine the exact material coverage needed for sheet stocks, or the volume of protective coatings (paints, varnishes) required.

Volume Calculations (D&T Application)

Mathematical operations used to calculate the physical space occupied by an object, determining raw material requirements for injection molding or shipping container logistics.

Velocity Ratio (VR)

A quantitative mechanical calculation measuring the relationship between interacting gear or pulley profiles to determine changes in rotational speed: Number of teeth on Driven gear / Number of teeth on Driver gear.

Material Yield Percentage

A mathematical calculation evaluating the efficiency of material usage, found by dividing the volume of the finished component by the total volume of raw stock material, multiplied by 100.

Wastage Analysis

The quantitative tracking and minimization of raw material lost during fabrication, accounting for CNC nesting gaps, stamping skeletons, and saw kerf widths.

Nutrients

Chemical substances found in food that the body requires for energy production, cellular growth, tissue repair, and metabolic maintenance.

Macronutrients

Essential nutrients required by the body in large daily quantities to provide energy and structural building blocks, specifically classified into carbohydrates, proteins, and fats.

Micronutrients

Essential nutrients required by the body in minute quantities to regulate cellular functions and biochemical processes, specifically classified into vitamins and minerals.

Organoleptic Descriptors

Technical sensory characteristics used to profile and evaluate food products based on their distinct traits of taste, texture, aroma, and visual appearance.

Type 2 Diabetes

A chronic metabolic condition characterized by insulin resistance, where the pancreas may produce insulin but the body's cells fail to respond to it effectively, resulting in elevated blood glucose levels.

Rubbing-In Method

A pastry-making technique where solid fat is rubbed into flour using fingertips to coat starch granules; this creates a waterproof barrier that prevents water from binding with proteins, limiting gluten development to produce a short, crumbly texture.

The Danger Zone (Food Safety)

The critical temperature range between 5°C and 63°C where pathogenic food-poisoning bacteria multiply most rapidly.

Cross-Contamination

The accidental transfer of harmful bacteria, viruses, or allergens from one food item, surface, or utensil to another, heavily mitigated by the strict use of color-coded chopping boards.

Food Core Temperature

The internal temperature that high-risk foods must reach during cooking (at least 75°C for a minimum of 20 seconds) to ensure pathogenic bacteria are safely destroyed.