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    Careers Trends for 2024

    AVGC Industry Trends
    Asianinstituteofdesign
    January 8th, 2024

    Sustainable Product Design Specialists:

    The demand for professionals specializing in sustainable product design is expected to surge. Companies, particularly in the automotive industry, are actively seeking product designers to lead teams focused on creating environmentally friendly solutions for the shift to electric vehicles.

    Frontend Web Developers with PWA Expertise:

    Frontend web developers with expertise in Progressive Web Apps (PWAs) are poised for significant career growth. As businesses continue to adopt PWAs for enhanced user experiences, developers skilled in creating responsive and dynamic interfaces will be highly sought after across various industries.

    Digital Designers with AR/VR Skills:

    Digital designers embracing augmented reality (AR) and virtual reality (VR) will experience increased demand. The ability to create immersive and interactive experiences across diverse platforms positions these designers at the forefront of the digital design landscape, with applications in marketing, e-commerce, and beyond.

    UX/UI Designers Specializing in VUIs and Data-Driven Design:

    User Experience (UX) and User Interface (UI) designers with expertise in Voice User Interfaces (VUIs) and data-driven design will be highly sought after. The integration of voice interactions and the use of data analytics to inform design decisions are becoming standard practices, making these skills essential for professionals in the tech sphere.

    Motion Graphics DesignersEmbracing 3D Animation:

    Motion graphics designers exploring 3D animation will find exciting career opportunities. The integration of 3D animation into various industries, including virtual production and augmented reality, positions these designers at the forefront of creative and technological advancements.

    Graphic Designers with a Focus on Digital Branding:

    Graphic designers specializing in digital branding will be in high demand. As companies prioritize creating cohesive and memorable digital brand experiences, designers adept at translating brand identity across various digital platforms will play a crucial role.

    Art Directors Adapting to Remote Collaboration:

    Art directors who excel in remote collaboration and possess cross-media expertise will be valued. With the rise of remote work, art directors leading creative teams in virtual environments and overseeing integrated marketing campaigns are poised for continued success.

    Animation Designers in Digital Marketing and Entertainment:

    Animation designers, especially those with skills applicable to digital marketing, will experience a surge in demand. Opportunities in startups, healthcare, and the entertainment industry highlight the versatile applications of animation design in 2024.
    As technology continues to shape the design landscape, professionals who adapt to emerging trends, acquire new skills, and foster a collaborative mindset will be well-positioned for successful and fulfilling careers in 2024.

    Unveiling the Future: UI/UX Design Trends Forecast for 2024

    UI/UX design trends forecast 2024
    Asianinstituteofdesign
    January 8th, 2024

    The world of User Interface (UI) and User Experience (UX) design is poised for groundbreaking transformations in 2024. With a staggering 4.6 billion people navigating the internet, the influence of design on digital experiences has never been more critical and experiential. The possibilities are endless and the technology is cutting edge to offer 360 immersive experiences.

    Here are the top trends to watch

    3D Design Revolution in 2024: Taking Augmented Reality to the next level

    The integration of 3D elements into UI design is undergoing a revolution, expanding beyond gaming and e-commerce. In 2024, these immersive elements will infiltrate educational apps, virtual event platforms, and even everyday tools like calendars and fitness apps. The depth and realism offered by 3D designs enhance user engagement, making mundane tasks enjoyable and complex interactions intuitive. This trend is ushering in a new era of Augmented Reality (AR) and Virtual Reality (VR) environments, bridging the gap between the digital and physical realms.

    Neomorphism: A New UI Aesthetic:

    Neomorphism, with its soft and tactile screen experience, evolves in 2024 to include interactive elements. Light and shadow create not just depth but respond to user interactions, providing an intuitive and natural feel. This design trend focuses on making digital interactions comfortable, reducing strain during extended usage.

    Micro-interactions: Enhancing User Engagement:

    Micro-interactions, the subtle heroes of UI design, go beyond visual delight in 2024. Designers are integrating them as key components in user engagement strategies. Progress bars now provide feedback on user input speed, and icons change shape or color in response to user actions. These interactions make digital platforms more intuitive and reduce the learning curve for new users.

    Glass Morphism: The Future of UI Aesthetics:

    The sleek and modern look of glass morphism, with its translucent, frosted-glass effect, is set to define the future of UI design. In 2024, this trend will see new adaptations, especially in terms of cross-platform compatibility. Designers are exploring innovative ways to incorporate glass morphism in data visualization, creating a focus on critical information without overwhelming the user.

    Adaptive UI: Personalized User Experiences:

    Dynamic and adaptive interfaces take center stage, becoming the cornerstone of personalized user experiences. In the upcoming year, interfaces will not only adapt to user preferences but also to environmental factors such as lighting and noise levels. This inclusive design approach caters to a diverse range of users, making technology more accessible and user-friendly for everyone.

    Animation Overview

    animation course
    Asianinstituteofdesign
    August 26th, 2023

    Animation is a method in which pictures are manipulated to appear as moving images. In traditional animation, images are drawn or painted by hand on transparent celluloid sheets to be photographed and exhibited on film.

    There are 5 mediums or types of animation

    ● Cel (Celluloid) Animation This is the original hand-drawn cel animation, where the artist literally has to draw thousands of images on special paper and have them photographed, frame by frame.

    ● 2D Animation – Done on a computer with the help from software like Flash, AE, etc.

    ● 3D Animation – Software like Maya, Max, etc

    ● Motion Graphics – Done with help from After Effects, etc

    ● Stop Motion – Stop motion is like traditional animation, except instead of drawing, you have clay models and a set that you have to carefully manipulate to produce animation

    Today, most animations are 3D Animations made with computer-generated imagery (CGI).
    For an overview of the pipeline for animation, we’ll take the example of 3D animation, or CGI.
    So when a student says they want to learn animation, it is a vague request because what they are really asking is that they want to learn a medium, not knowing that the medium has more features.

    The right question students should ask is which part of the specific feature of the animation medium they should learn.
    Since we now know that the term animated movie is a generalised term for a CGI movie, let’s go deeper and see what categories there are in this CGI medium.

    MOVIE MAKING PROCESS (CGI)

    Any movie follows a process, it starts with an idea, goes through multiple departments, and ultimately ends up in a theater. This process is broadly classified into three stages preproduction, production, and PostProduction.

    Making a movie is a complicated affair. You can’t play with other people’s time or money, and there’s always tremendous pressure to deliver every single day. The point of the above simplistic comparison is to show that cooking does not begin when you put your ingredients in the oven. Cooking begins a whole lot earlier.

    Preproduction is the stage where you prepare for cooking. This stage is further divided into subcategories. They are, namely-

    Script: It is a story idea for the movie written down by the screenwriter. It’s basically the structure of the whole movie, with complete plots, characters, and tone.

    StoryBoard : The script becomes the foundation for the storyboard. A storyboard is a graphic representation of how your video will unfold, shot by shot. Like a script, your storyboard visually guides you throughout the production process. By planning your video, you know which shots you need to create and how to create them when filming begins. You can get others’ feedback early on and make simple adjustments to your storyboard, rather than making major changes while filming.

    Character Design : It is one of the most important stages of pre-production. This is where we sketch out our characters for the movie.

    Usually you’ll be provided with a physical or psychological description of the character, but it’s not necessary yet to stick 100% to them in all your sketches, since the important thing is to explore the widest range of possibilities for a character and hopefully have a lot of contrast between them. How does this character look? Tall/short, fat/thin, muscular/weak, white/black, Asian or Latino? Even in some cases, you could try drawing the opposite of the gender that was assigned.

    Dialogue Recording : The script is needed for dialogue and extra sound effects. The actors will read the lines from the script and record their dialogue. These voices will be used later on for the animatic and for the final animation.

    In some big budget animated movies, the studio hires some big Hollywood stars to give the voiceovers for the characters in the movie.

    Animatic: Simply put, an animatic is an animated storyboard. It is a series of images played in sequence. StoryBoards are brought into an editing program and are cut together with the correct timing and pace of the film. They include basic sound effects, dialogue recordings, and scratch soundtracks.

    Production : is the stage where you actually do the Cooking. This is the stage where students get confused with the general term animation’. This is further subdivided into more subcategories, and with these categories, students can choose in which department they want to specialise in.

    3D Modelling : It is a technique in computer graphics for producing a 3D digital representation of any character or object. So once the design of the character or object is ready, we sculpt this character design into a 3D environment using softwares like Maya, etc. An artist uses these programs to manipulate points in virtual space (called vertices) to form a mesh: a collection of vertices that form an object. It is like taking a piece of clay and modifying it by applying pressure to some parts and pulling on some parts until a desired shape is achieved. Only the same process is done in a 3D environment.

    Surfacing/Texturing : Once the 3D model is ready, it needs to be coloured as it is in grayscale. Surfacing artists are master digital painters. They enhance the appearance of modelled characters, props, and environments in an animated feature film according to the visual style set forth by the art director and director of the film.

    Rigging: Rigging is essentially putting bones into your mesh (the 3D model). When you make a rig, you add joints, all of which are connected by (the accurately named) bones. When you’re done creating the rig, it should have a very similar structure to the bones of the human’s/creature’s skeletal structure. This can also be done for inanimate objects to give control over certain moving parts, like car tires. The rig allows you to manipulate limbs and – depending on the complexity of the rig – smaller details like facial expression, thereby granting you the ability to move the mesh without having to animate every individual vertex.

    3D Animation : Once the Modelling, Rigging and Texturing is done of a character are done, it is ready to be animated. With the help of the software, we can move the rigged model. Careful manipulation of 3D models or objects is carried out within 3D software for creating snapshots of sequences, giving them the illusion of animation or movement. However, this is completely based on the technique used for manipulating the objects, and this is how one can make the character walk, run, cry, or laugh.

    PostProduction : Post-production is the final stage in the process of creating an animated movie, where everything comes together. It is also divided into few departments.

    Lighting: Simply put, it is a process where we put the light in the shot to indicate what time of day or night it is currently in the scene. Although it is far more complex than that. It often happens that a well-modeled 3D object looks unconvincing, flat, or even plastic because of a badly implemented lighting solution. On the other hand, well-chosen lighting techniques can significantly enhance the project’s value.

    Visual Fx : Also called special effects, this is where we create explosions, fire, water and smoke effects, There are several other things we can do like crowd simulation, particle dynamics, etc.

    Final Editing / Compositing : It involves exporting or rendering out the animation frames and then editing the pieces of animation together using video editing software. The sound track, including sound effects, is also added during the final edit.
    So these are mostly major departments through which any movie goes; no one department is wholly responsible for the movie; it’s a combined effort. Everyone plays a significant role in this process.

    Hopefully I was able to show the workings of each department, which will be helpful for the student as to which line suits them well.

    Making Websites Awesome on Small Screens: A Guide to Mobile-First Design

    UIUX and Graphic Design
    Asianinstituteofdesign
    August 18th, 2023

    Hey Guys!, Are you curious about making websites that look super cool and work perfectly on tiny phone screens? Well, you’re in the right place! Today, we’re diving into the world of “Mobile-First Design,” a smart way to make websites that shine on mobile phones.

    What is mobile-First Design?
    Okay, let’s break this down. Imagine you’re building a super cool tree house. Instead of making it big and then squishing it into a tiny tree, you’d start by designing it for the tree’s size, right? That’s exactly what mobile-first design is about!
    Instead of designing for big computer screens first and then squeezing them onto phones, we start by making things look amazing on small screens, like phones. Why? Because most of us use our phones to check out websites these days. So, it makes sense to give them the best experience!

    Why It’s Awesome:

    People Love Phones: Everybody’s using phones to browse the web. So, when your website looks great on their tiny screens, they’ll love visiting it.

    Super Speedy: Making things fit on small screens helps cut out extra stuff you don’t really need. That makes your website load faster, and who doesn’t love a speedy site?

    Easy Peasy Navigation: Tiny screens mean less space, so you’ve got to be smart about buttons and menus. With mobile-first, you create simple, easy-to-tap buttons and menus.

    Google’s Happy: Google likes mobile-friendly websites. So, if your site rocks on phones, Google might give it a thumbs-up and show it to more people in search results.

    Future-Proofing: Think about it—new gadgets keep popping up, like foldable phones and cool watches. Starting small helps your site fit nicely on these new gadgets too.

    How to Do It:

    Big Ideas, Tiny Screens: Start with the big stuff, like the main message you want to share. Fit it into the small phone screen and build around it.

    Finger-Friendly: Make buttons big enough to tap without a magnifying glass! Remember, fingers are thicker than mouse pointers.

    Easy Reading: Use fonts that are comfortable to read on a phone. Nobody likes squinting, right?

    Less is More: Keep only the important stuff. That way, your site doesn’t feel crowded, and visitors can find what they need without getting lost.

    So, there you have it—mobile-first design in a nutshell. Remember, it’s all about making your website look stunning and work like magic on small screens. With a little creativity and some smart thinking, you’ll have people loving your site, whether they’re tapping away on their phones or clicking on a big computer. Happy UI design, everyone!

    Will AI Design Your Next Product??

    Product Design
    Asianinstituteofdesign
    August 17th, 2023

    Introduction
    In an era where technology is advancing at an unprecedented pace, artificial intelligence (AI) is revolutionizing various industries, including product design. AI is no longer just a futuristic concept; it has become a powerful tool that can significantly enhance the product design process. In this blog, we will explore how AI can transform product design and lead to more innovative, efficient, and user-centric solutions.

    1. AI-Driven Data Analysis for User Insights
    One of the key pillars of successful product design is understanding the needs and preferences of the target audience. AI can analyze vast amounts of data, including user behavior, feedback, and social media interactions, to gain valuable insights into user preferences. By processing this data, designers can make informed decisions that align products with users’ desires, resulting in more satisfying and successful designs.

    2. Generative Design: Unleashing Creativity
    Generative design is an AI-driven technique that produces multiple design options based on defined parameters and constraints. It allows designers to explore a multitude of creative possibilities that would be impossible to generate manually. AI evaluates and refines these designs, making it easier for designers to select the most promising concepts and refine them further, ultimately leading to more innovative and unique product designs.

    3. AI-Enabled Rapid Prototyping
    Prototyping is an essential part of the design process, allowing designers to visualize and test their concepts. AI can accelerate the prototyping phase by automating the creation of physical prototypes or digital models. 3D printing and AI algorithms can work together to optimize the design for various factors such as strength, weight, and aesthetics, resulting in faster and more efficient iterations.

    4. Personalization and Customization
    AI enables designers to create personalized and customizable products that cater to individual preferences. By analyzing user data, AI can suggest tailored features or designs based on each user’s unique requirements. This level of personalization enhances user satisfaction and fosters a stronger connection between users and the products they own.

    5. Aiding Material Selection and Sustainability
    AI can assist in selecting the most suitable materials for product design by considering factors like durability, environmental impact, and cost-effectiveness. By recommending sustainable and eco-friendly materials, AI contributes to the growing trend of environmentally conscious product design.

    6. Natural Language Processing (NLP) for Enhanced User Interfaces
    Incorporating NLP into product design can lead to more intuitive and user-friendly interfaces. AI-powered voice assistants and chatbots can understand and respond to user commands and queries, making the product interaction more efficient and enjoyable.

    7. Predictive Maintenance and IoT Integration
    AI’s ability to analyze large datasets and identify patterns allows it to predict potential issues and failures in products, especially in the context of Internet of Things (IoT)-connected devices. This enables proactive maintenance and reduces downtime, leading to improved product reliability and customer satisfaction.

    8. Streamlining the Supply Chain and Manufacturing Processes
    AI can optimize the supply chain by predicting demand, automating inventory management, and identifying cost-effective suppliers. Additionally, in manufacturing, AI-powered robotics and automation enhance production efficiency, reducing lead times and production costs.

    Conclusion
    Artificial intelligence has emerged as a game-changer in the world of product design. By harnessing AI’s capabilities, designers can gain deeper insights into user preferences, explore more creative design options, and create personalized products that resonate with customers. AI-driven rapid prototyping, material selection, and predictive maintenance contribute to efficient and sustainable product development. As AI technology continues to advance, its integration into product design processes will become increasingly crucial for staying ahead in the competitive marketplace. Embracing AI in product design promises a future of innovation, user-centricity, and unparalleled efficiency in creating groundbreaking products that meet and exceed customer expectations.

    Welcome to AID Bangalore

    Lets Start Your Great Career Journey in
    Gaming and Design Industry Together




      Welcome to AID Bangalore

      Lets Start Your Great Career Journey in
      Gaming and Design Industry Together




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