Product design a level [Real Research]

Last updated : Aug 28, 2022

Is product design a hard a level?

In order of easiest to most difficult, our list of the top 15 hardest A-Levels are: Art, Design & Technology (Product Design), Business Studies, Politics, Economics, History, English Literature, Psychology, Modern Languages, Mathematics, Computer Science, Biology, Chemistry, Further Mathematics, and Physics.

What is product design as a subject?

Product Design is a course which deals with the design, manufacturing, and use of products around us. A course in Product Design prepares students for a career in product designing and manufacturing industries.

What can I do with a DT a level?

Popular careers for people with design and technology qualifications include: fashion designer, tailor, product designer, architect, software engineer, civil engineer, carpenter and chef.

What is product design A levels?

A Level Product Design enables you to combine an understanding of materials and manufacturing processes with your own creative visions by taking charge of the design process. You will develop analytical and evaluative skills alongside drawing and practical abilities, giving you the power to solve design problems.

What is the hardest A-Level subject?

The 12 hardest A-Level subjects are Mathematics, Further Mathematics, History, Chemistry, Biology and Physics. The list also includes English Literature, Art, Psychology, Computer Programming and Music. You might be looking at some of these subjects and thinking, “No way!

Which is the easiest A-Level?

• Classical Civilisation. Classical Civilisation is a particularly easy A-Level, especially as you don't need to learn languages such as Greek or Latin.
• Environmental Science.
• Food Studies.
• Drama.
• Geography.
• Textiles.
• Film Studies.
• Sociology.

Is math needed for product design?

Now that we've established that indeed, you need math in the product design field, let me introduce you to some basic concepts that you might want to get yourselves familiar with. No advanced math knowledge is needed to understand them — they're all pretty simple, and they can set you up for further studies.

Is maths compulsory for product design?

No it is not mandatory.

Is product design a good course?

Job outlook for Product Designers Digital product design is expected to grow by 8% through 2029, making this a good field in which to start a career. Product designers specializing in applications and other technology for high-growth fields will enjoy a larger pool of job prospects.

Is product design in demand?

Product Designers The most in-demand role companies will be hiring for in 2022 are product designer jobs. Product designers are responsible for coming up with solutions to real-world problems people have.

Why do I want to study product design?

Product design bolsters a skill set that could make you invaluable in many different job markets, all over the world. Product design doesn't have to be just one job. There is potential for employment in many different areas, including design research, art direction or even desktop publishing.

What skills do you need to become a product designer?

• Ideation skills.
• UX assessment skills.
• Information Architecture Skills.
• Workflow skills.
• Skills in functional design.
• Visual Design.
• Interaction Design.
• Guidelines.

WHAT A levels go well with product design?

A-level Design combines well with other practical subjects such as Graphics, Art or Photography. Mathematics and Physics also complement the subject well.

What subjects go well with product design?

Which subjects go well with Product Design? Most subjects go well with Product Design however the following subjects are particularly useful; Maths, Physics, English Literature, Art, Business Studies.

Is design and technology a good A level?

Choosing Design and Technology at A level prepares you well for a world of opportunities in higher education and careers. Some examples include but are not limited to: Architecture, including interior architecture and landscape architecture.

What are the least respected A levels?

1. Environmental studies.
2. Home Sciences.
3. Performing Arts.
4. Information Technology.
5. Geography.
6. Modern Foreign Languages.
7. Religious Studies.
8. Media / Film Studies.

Which A levels are most respected?

• A-Level Further Maths (very strong connection)
• A-Level Physics.
• A-Level Chemistry.
• A-Level Biology.
• A-Level Computer Science.

How do you get an A * in A-Level?

1. Class time is key. Definitely try and focus during class because teachers can help explain concepts better and you can ask questions when you don't understand.
2. Revise later.
3. Speak up.
4. Revise some more.
5. Limit distractions.
6. Go over your mistakes.
7. Have a plan.
8. Ask for help.

What is the most popular A level?

• Maths and English. Maths displaced English as the most popular A-Level subject in 2014, and by 2021 had over 20,000 more entries than the next most popular subject, psychology.
• Sciences.
• Humanities.
• Modern foreign languages.
• Arts.
• Social sciences.

Can you go to uni with 2 A-Levels?

For the majority of students, it isn't possible to get into university with only 2 A-Levels. The majority of universities require at least 3 qualifications or better explained as 112 UCAS tariff points.

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hi guys I'm Sophie and welcome back to my channel I've already uploaded two videos on my experience of a level French and English literature I wasn't going to do product designs I didn't think not many people would take it but I thought even if this video helps one person then it's worth it so here it is produce night is my third a novel and I really like it it's hard work but because it's coursework based less pressure on you I think I have to look at the percentages of our coursework and exams because I thought it was 60% coursework but it's not it's actually 50% coursework that ASU do the Innovation Challenge which involves a practical so you have to make something within six hours so three hours making and then you have three hours of written work and then you have the reflection paper after that which you have to answer two questions then you have your piece of course what you do for the first year is really dull because what you do for a s counts towards your final grade A - so it does that need put less pressure on you going into the second year but piece of coursework or 25% each and the Innovation Challenge is 25% and so is your theory so through point design is kind of it's quite broad beaker because you can do I've resisted materials through it graphics or textiles there's a food route but we don't know what in my class does but I chose to do graphics because I do graphics at GTAC and I really enjoyed it I resisted materials and textiles aren't really my thing you can make something which you want to make it's not something you're told okay you're making a chair we're enjoy it if you choose something which surely enjoy making and designing my first chair I wish it my course work but I think I'm allowed so I won't for my course with the first year I designed cereal packaging so I did cookie crisps my friend is scales I can't remember what anyone else did it's really just random things you can make you can just tell it to what you what you love really spend the majority of the first year doing coursework and first in a bit of prep for the intubation challenge but you can't really prepare for it because you get given theme for it so I think ours was entertainment and that's all they give you and then they give you a description then you can prepare for is the reflection paper off once you've done the innovation challenge because there's loads of questions we got a list of Christ and I will try and find them the reflection paper an innovation challenge our teacher gave us these practice questions which we could do within the Innovation Challenge and an Innovation Challenge guidance yeah it's really good because you get a much more corporate a work bag you can take into these I'm with you so you can take materials or just help so we took this it and for each question it basically just gives you a guidance of what you need to include each box should get in the Innovation Challenge is quite broad you need to write it to the mark scheme so Pat take the marks came in with you if you want but I didn't because it I I don't know I just found the booklet easier but if you wants to you protect the might scheme in a guideline of what you need to follow like this structure this was my intervention challenge my mark of 60 and then the reflection papers out of 20 so this part is a bigger vintage of the Innovation Challenge so in that I've got 54 you know I did show everybody in my yes then and any paper - I've got 9 which was a year which was really bad and they i've already came to a B so in my mother got a B over which which always really happy with the Innovation Challenge you it's a six hour exam which is really long and after it you do feel really drained and tired six different ideas you can do one is food-based sometimes it's graphic ones graphics but mainly it's like resistive materials because that's more product designer and so for us for entertainment in our mark I chose challenge three series the event will attract a large number of young people and their families organizers require temporary signage to direct visitors it should be easily identifiable in both the day and night so might so I had to create signage which was a real I was really happy without question this was my mark because sometimes I don't have a graphics question in there so I'd kind of struggle if it didn't come up space it's like dude your coursework but condensed into six hours in my AAS I kind of panicked a bit when my question came up because I was like I don't know what to do I don't know which challenge to pick but I did pick one and then I just kind of yeah I knew I didn't do very well in it we it just didn't turn out as well as my mark so in the innovation challenge I've got a D and then in my course we have got an A so it brought me up to a B overall which I was happy with reflection paper I was really looking for two questions that I'd revised loads came up so I was so thankful for that the reflection paper you can only revise for after innovation challenges one of the questions could be about how you would improve your product or yep I can't over the questions but they were really quite random and if you didn't understand what the word man you could not really answer the question because they were looking for certain things innovation challenge you can't really prepare for it like the actual making and designing paper you know take stuff in with you I printed off a list of manufacture processes and materials so I'd have them it in there with me so and then the advantages and disadvantages of them so I just had like take him and they were really hard this so if you do take him with you also why I passed it was we took in a mood board so we'd spent a few lessons just finding inspirational images that we could take him with us they would inspire us for any of the questions and you also need those pictures for one of this one of the boxes it makes up like I remember which box it is why there was I made a mind map of different things that could come up for entertainment promotional item chair staging lights then different types of entertainment so you've got these music festivals concerts theatres and then you just kind of prepare it semi preparing yourself but you can't reap repair yourself but you're you feel more prepared yourself for that your first piece of course work in a s is more about the designing and you make a prototype you didn't actually make the product itself out of the materials we made actor but I did because mine's just packaging your Aquatica aid to is focused more on the making aspect they say to you have to be inspired by a designer so I've chosen I don't really say because I I bite combined to Baker and coaster and I'm doing meal deal packaging there's like a theme of packaging here I like designing packaging the people they might design a chair or a desk or go-cart like honestly you can do whatever you want and you have to make it so I guess the advantage I've got is a graphics root mine will be easier to make because I'm not like filing word down I'd have to make a big product it's just like a smaller thing I have to make the g

Thanks for your comment Dominick Meighan, have a nice day.
- Katerine Mcfarland, Staff Member

hello and welcome to mr. Italy's product design and this is an a to revision clip and we'll be looking at types of metals by the end of this clip you should be able to describe ferrous and non-ferrous metals you should be able to explain the properties of these metals and more importantly you should be able to answer exam questions relating to types of metals and analyze products made from these materials so metals in product design metals have always been important in making products these weapons and tools are from the Iron Age the fact that the Bronze Age and the Iron Age were named after named after metals shows their importance in making products and artifacts this Iron Bridge in Shropshire was built in 1778 it was the first bridge in the world to be made from metal some people consider the building of this bridge to be the starting point of the Industrial Revolution during the Industrial Revolution Engineers use metals to create bigger and stronger products this engineer Isambard Kingdom Brunel built this ship the SS Great Britain in 1845 at this time it was the biggest ship in the world made from iron as technology moved on engineers discovered that by adding carbon to iron it made steel steel is stronger and harder than pure iron and moved forward for other engineering and manufacturing products the current day the demands of advanced technology and other metals such as titanium and magnesium are added to make alloys inside this jet engine the metal parts are heated to temperatures as high as 2,000 degrees C steel would melt and the product couldn't be made to modern engineering products such as this jet engine could not be manufactured without alloys and materials like titanium where the metals come from metals are naturally occurring in the form in the earth in the form of our metal or metal ore is mined washed treated and then heated in a furnace the pure metal ore is run off this process is known as smelting and this for steel is done in a blast furnace iron ore is the basis for most steels ferrous and non-ferrous metals if the metal is iron ore contain iron then it contains iron then it is a ferrous metal all other metals are non-ferrous so we've got ferrous metals here are steel stainless steel cast iron non-ferrous metals aluminium copper brass you should know these ferrous metals will contain iron and they are usually magnetic most ferrous metals will also oxidize when exposed to air and moisture so I'm going to look at some metals now first we're going to start off with this ferrous metal mild steel it's cheap it's the most common metal used in manufacturing products it's tough it can take Knox without damage it is malleable that means it can be pressed cold pressed into shape without breaking making panels for car panels it is magnetic and it is easily and widely recycled but it will rust if exposed to oxygen or to the atmosphere another ferrous metal stainless steel this is a tough material it is malleable so it's shaped into things like the sink it is easily cleaned and it can be recycled specialist equipment is needed for cutting and welding because it is a hard metal this metal high carbon steel high carbon steel is used to make tools and drills it generally needs to be heat treated it is hot very hard so rib it resists abrasion so it is good for drilling other materials but again it rust it will rust if not protected this ferrous metal is cast iron cast iron is strong in compression it is it is strong but it will is brittle and will crack if hit or has impacts is very susceptible to impact it is resistant to rusting and it can easily be cast into ornate shapes so the fireplace here is cast iron wrought iron wrought iron is tough and will resist impact it is ductile and can be hammered and shaped easily and it is resistant to rusting you look at some non-ferrous metals now these metals do not not contain iron and they are not magnetic aluminium aluminium is lightweight ductile which means it's easily drawn into thin wires or press formed into shape it's malleable it's also easily cast and it is a good conductor of electricity it has good corrosion resistance once an initial corrosion oxide coat is formed it is relatively expensive compared to mild steel but it is easily and widely recycled copper copper is malleable it is ductile made into wire easily it is a very good conductor it has good corrosion resistance and it can be recycled but again it is more expensive than aluminium or mild steel it does tarnish and change colour over time but it doesn't corrode readily zinc is mainly used in a coating which is called galvanizing zinc is extremely resistant to corrosion it is a good protective coating for railings and dustbins I can see here it is brittle but easily cracks on its own and it can be recycled brass brass is very resistant to corrosion it has good fluidity which means it's easily cast into difficult shapes it is a good conductor of electricity and it could be highly polished to a good finish again relatively expensive compared to the cheaper materials titanium titanium is a strong as steel but less dense it is also extremely resistant to corrosion and it is very hard and resistant to wear I've been talking about some of the properties of metals and these are important that you know these ductility or ductile is the ability of a material to deform usually by stretching along its length so copper is ductile and it can be shaped into wire or pulled into our malleability this is the ability of a material to permanently deform so to be able to be press formed its malleability hard is the ability of a material to resist wear scratching and indentation toughness is the characteristic that the material does not break or shatter when receiving a blow or under sun shock and conductivity of course is the conductivity of electric electricity and heat it is important to be to be aware of these abilities when you're answering exam questions for a to there are also the strength of metals some metals have different strengths so there is tension tension is the ability to withstand being pulled apart compression is the ability to withstand being squashed or crushed and shear is the ability to withstand being broken apart different metals have different features of strength or characteristics so for example cast iron is very strong in compression but not in shear so it is used for pillars structural pillars in buildings where it is just in compression an alloy metals and alloys an alloy is a mixture of two elements where at least one of these is a metal so for example brass is an alloy of copper and zinc obviously to be an alloy it has to one of the elements have to be metals this picture of the periodic table shows which elements are metals so the elements here are metals and these are all what we call may be called pure metals metals that do not appear on the periodic table are alloys these are made when pure metals or other substances are confined combined to form a different metal so element gold copper aluminium silver iron alloys brass stainless steel mild steel wire alloys so important because as we've said alread

Thanks begolaudm your participation is very much appreciated
- Katerine Mcfarland

About the author

Katerine Mcfarland

I've studied social philosophy at University of Houston in Houston and I am an expert in astrometry. I usually feel exhausted. My previous job was job analyst I held this position for 25 years, I love talking about swimming and automobile maintenance. Huge fan of Walt Disney I practice qi gong and collect automobilia.