• Bachelors of Industrial Design (Honors)
RMIT University 2020 - 2024
• Certificate Examination, All India Senior School
The Scindia School 2013 - 2020
• Top 10 Rules for Highly Effective Leadership by Todd Dewett
LinkedIn Learning
Bachelors of Industrial Design (HONS)
An Industrial Designer, passionate about solving problems through innovative design. Specializing in CAD Design and visualization, I have a strong foundation in prototyping and am proficient with various industrial prototyping machines. My approach is to quickly visualize and iterate design solutions to meet complex needs
1 Balston st, Melbourne
+61 448415338 varun1102002@gmail.com
https://www.linkedin.com/in/ varun-gupta-1863911ab/
Dan Cabrial Design
Product Designing and 3D Rendering
12/2022 – 04/2023
• Specialized in designing 3D products and creating product animations
One 24 07/2021 – 09/2021
Product Development Designer
• Tasked with designing and developing concepts for supermarkets
Lok Samvad Sansthan
Product Designing and 3D Rendering
• Generated design visualizations and CAD renderings for
05/2021 – 06/2021
EssGee Leather Goods Pvt Ltd 06/2020 – 11/2021
Product Designing and 3D Rendering
• Produced CAD mockups for high-end leather goods, contributing to
PROFICIENCY IN DESIGN FIELDS
• Computer-Aided Designing
• Sustainable Design
• User-Centered Design
• UI/UX Design
• Design Prototyping
• Design Sketching
• Interactive System Design
• Vice President, Student Association of Industrial Design RMIT University
• Vice President RMIT Indian Club
• Student Representative College of Design and Social Context, RMIT
• English
• Hindi
• French LANGUAGES
• Keyshot
• Unreal Engine
• Fusion 360
• Solidwork
• Blender
• Tinker CAD
• 3Ds maxW
• Adobe Creative Suite
• Industrial Sketching
• Skilled in Max MSP for audio engineering
• Proficient with Unreal Engine and Adobe Suite
• Expert in 3D Designing, Rendering, and Visualization
Phisal Patti
Chase Loungerer
Track Blaster
Waiter Robot
In the ‘Engineering Drawing’ section of my Industrial Design folio, ‘Wall Render 101’ is presented through meticulous technical sketches that delineate the intricate details and dimensions of this dynamic wall installation.
Industrial Design Sketch
Photoshop Editing, Procreate Editing, Sketchbook Editing, Texture Editing
This section of my Industrial Design folio features the comprehensive development of high-fidelity headphones, with detailed views capturing the intricate design from various angles. These technical sketches, from full, front, side, top, and isometric perspectives, showcase my ability to translate complex auditory and ergonomic requirements into a tangible product design.
Showcasing a fusion of technical proficiency and creative design, this collection of CAD renderings embodies the meticulous attention to detail and innovative approach that defines my work. Each piece, from ergonomic headphones to multi-functional furniture, is a testament to the seamless integration of form and function.
The desings are developed with a focus on user experience, materiality, and sustainability, illustrating a diverse range of applications—from everyday objects to complex, luxury items.
These sketches showcase diverse designs for furniture, jewelry, and lighting, highlighting their functionality and aesthetic. Proficient in perspective and shading, the illustrations vividly depict textures and materials like leather, timber, and epoxy finishes. They act as both blueprints and evidence of my capability to conceptualize and communicate intricate design ideas.
This collection showcases the extensive capabilities in Computer-Aided Design (CAD) development, a critical aspect of the industrial design process. Through these visuals, I demonstrate my proficiency in transforming conceptual sketches into detailed 3D models, which serve as the foundation for the physical prototyping stage.These renderings not only display technical skill but also highlight the importance of aesthetic considerations in product design, blending functionality with form.
From intricate jewelry pieces to ergonomically designed furniture, each project is a testament to the application of advanced CAD techniques in creating viable and visually appealing design solutions. This portfolio segment is a reflection of the intersection where creativity meets precision engineering, encapsulating my commitment to design excellence.
RENDERING
These images trace the evolution of a whimsical, futuristic service robot from early sketches to polished 3D CAD renderings. They reveal the design process, emphasizing both the robot’s playful look and practical aspects like ergonomics and materials. This progression showcases how CAD tools can transform imaginative concepts into functional, stylish products with user experience in focus.
These images represent a series of engineering simulations I performed on a component, likely for stress testing and design validation purposes. The first image shows a color-coded displacement analysis with a legend indicating the displacement scale in millimeters. The second one depicts the application of structural loads, with arrows indicating the direction and magnitude of forces applied. The third image presents a safety factor analysis, color-graded to show areas of varying safety margins with associated minimum and maximum values.
The images show a device designed to track leg movements, specifically intended for individuals with Alzheimer’s disease, for the purpose of monitoring and potentially improving their mobility and safety.
The image features a comparative biomechanical analysis, contrasting weighted and unweighted leg raises. It includes side-by-side photographs of an individual performing a leg raise with and without weights, highlighting the difference in leg elevation. Accompanying the images are multi-colored line graphs that track the movement dynamics across different axes, with annotations discussing the impact of weight on the leg’s motion and joint stress.
The image is a biomechanical analysis showing a sequence of leg exercises with corresponding motion data. It includes photographs demonstrating various stages of leg movement and annotated line graphs depicting changes in joint angles over time. The analysis is titled “Data (Without Weight),” indicating the absence of additional load during the exercise.
This is a user interface mockup for my biomechanical tracking software, featuring a leg with a wearable device and a “Statistics” graph detailing yaw and pitch movements. I’ve pinpointed areas for improvement, such as enhancing stability during leg movements, maintaining a steady back during flexion, and recommending a brief hold after each leg raise. This design represents my focus on optimizing body movement through precise tracking and analysis.
This part of my portfolio showcases my expertise in UI/UX wireframing, demonstrating my ability to create detailed and intuitive interfaces for digital products. Through a collection of medium-fidelity wireframes, I present visual blueprints that articulate the layout, functionality, and user flow of various applications.
A UX blueprint refers to a specific techn que or method used n UX design, particularly in the early stages of a project. B ueprinting involves creating v sual representations, diagrams, or f owcharts to map out user flows, task f ows, or the overal structure of the user nterface It helps designers and stakeholders gain a clearer understand ng of the intended user journey
The bluepr nt displays, the process of how the student uses the app, and how he achieves the end resu ts It cons sts of domains of Frontstage wh ch are the app tself and the teachers t cons sts of a Line of visibi ity Backstage actions a Line of internal nteractions and at ast the support process
The BluePrint documented user flows that outl ne the paths and interact ons the student w ll take to ach eve their goals w th n a product or service User flows provide a visual representation of the user ' s journey through various screens or steps, high ighting the key act ons, decis on points, and potent a branching paths
This UX blueprint for a student-focused app, emphasizing user flows and the overall structure of the user interface. The blueprint showcases the frontstage elements—such as the app itself and teacher interactions—as well as backstage actions, lines of visibility, internal interactions, and support processes. This visual representation helps in understanding the user journey, highlighting key actions, decision points, and possible branching paths, essential for optimizing the user experience in educational environments.
This image showcases a medium-fidelity wireframe of a dual-interface educational app designed to optimize the learning and teaching experiences. The wireframe divides into two primary layouts: one for students and another for teachers, facilitating distinct interactions for each user type. Overall, the wireframe serves as a visual blueprint that outlines key functionalities and interactions within the app, demonstrating a clear and effective approach to enhancing educational outcomes through technology.
This section covers UI/UX/Wireframing, showcasing my comprehensive approach to crafting engaging digital experiences. Beginning with customer journey maps, I strategically outline user interactions and touchpoints. Statistical boards provide valuable insights, enabling data-driven decision-making. My UI website designs bring these concepts to life, focusing on seamless navigation and visually appealing interfaces for an optimal user experience, demonstrating my proficiency in the field of UI/UX design.
This design highlights the prototyping stage, where designs are iteratively refined into functional prototypes, focusing on material quality, structure, and user experience. This hands-on process ensures the final product is both attractive and practical.
1 Balston st, Melbourne
+61 448415338
varun1102002@gmail.com
https://www.linkedin.com/in/ varun-gupta-1863911ab/
