Investie MVP Development and Enhancement
Investie, a financial ed-tech company, aims to create a Minimum Viable Product (MVP) to showcase its innovative investment platform. The project involves developing a basic version of the platform that highlights key features, enabling potential users to understand its value proposition. The primary goal is to translate classroom knowledge of software development and user experience design into a tangible product. Once the MVP is built, the team will conduct user testing to gather feedback on usability and functionality. This feedback will be crucial for identifying areas of improvement and refining the MVP. The project offers learners the chance to engage in real-world application of their skills, focusing on iterative development and user-centered design.
Investie MVP Development and Testing
Investie, a financial education technology company, aims to develop a Minimum Viable Product (MVP) to test its new concept. The project involves creating a basic version of the app that includes essential features to demonstrate its core functionality. The goal is to provide a working prototype that can be evaluated for usability and effectiveness. This project will allow learners to apply their knowledge of software development, user interface design, and testing methodologies. The team will focus on building a streamlined version of the platform, conducting user testing, and gathering feedback for improvements. The project emphasizes practical application of classroom knowledge in a real-world scenario, offering learners the chance to contribute to an innovative financial solution.
Investi MVP Development and User Testing
Investi, a company that's trying to create the next Duolingo for investing, seeks to develop a Minimum Viable Product (MVP) to test its latest concept. The project aims to create a functional prototype that embodies the core features of Investi's new service, allowing for initial user interaction and feedback. The primary goal is to translate classroom knowledge into practical application by developing a streamlined, user-friendly MVP. This project will involve designing, coding, and implementing essential features, followed by conducting user testing sessions to gather valuable insights. The feedback collected will be used to refine and enhance the MVP, ensuring it meets user needs and expectations. This project provides an excellent opportunity for learners to apply their skills in software development, user experience design, and iterative improvement processes.
Quantum Footwear E-commerce and Campaign Photo Design
Quantum Footwear, a 3D printed accessories brand, is seeking to enhance its online presence through visually compelling e-commerce and campaign product photos. The goal of this project is to create a cohesive set of product images that not only highlight the unique features of Quantum Footwear's products but also align with the brand's identity and marketing strategy. Learners will apply their graphic design skills to produce high-quality images that can be used on the company's website and in marketing campaigns. This project provides an opportunity for students to bridge classroom knowledge with real-world application, focusing on the principles of design, branding, and digital marketing. The project will involve tasks such as photo editing, layout design, and color correction, ensuring that the final images are both aesthetically pleasing and effective in driving consumer engagement.
Handbag/Accessories Designer for Quantum Footwear
We need 2 industrial designers to spearhead the design of a 3D printed handbag and a 3D printed airpod case We need to ensure the design meets their material constraints and print tolerances. Possibly tweaking thickness, structure, and surface details for optimal manufacturability. You will be given reference images for inspiration Timeline (30 Days): A tight schedule means the designer must work efficiently Mentorship Regular meetings Scheduled check-ins to discuss progress, address challenges, and provide feedback.
Product Design & Prototype
We need an industrial designer to spearhead the design of an aesthetic and ergonomic shoe ( Gǔ ) within 15 days. We need to adapt Gǔ ’s design to align with Zellerfeld’s 3D-printing system. We need to ensure the design meets their material constraints and print tolerances. Possibly tweaking thickness, structure, and surface details for optimal manufacturability. Aesthetic & Ergonomic Design: The designer should refine Gǔ ’s form while ensuring comfort, support, and wearability. Balancing futuristic aesthetics with functional elements like footbed support, flexibility, and weight distribution. Potentially refine texture, proportions, or details to enhance visual impact and user experience. Timeline (15 Days): A tight schedule means the designer must work efficiently
Toy Design & Prototype
We’re looking for an industrial design student and an engineering student to lead the creation of a 3D-printed toy bear with camera-integrated eyes . Responsibilities: Spearhead the toy’s design, ensuring both aesthetics and functionality. Produce 30-50 sketches Develop a 3D-printable model optimized for production. Integrate camera technology seamlessly into the bear’s design. Timeline: 30 Days This fast-paced project requires two efficient, detail-oriented design and engineering students who can deliver high-quality results within a tight deadline.
Content and strategy for Quantum Footwear
Quantum Footwear is looking to launch an accessory line with airpod cases and handbags. The intern will need to help with acquiring the first 30 customers and conduct interviews. This hands-on experience will provide valuable insights into real-world brand development and marketing strategy execution.
Marketing for Quantum Footwear
Quantum Footwear is looking to launch an accessory line with airpod cases and handbags. The intern will need to help with acquiring the first 30 customers and conduct interviews. This hands-on experience will provide valuable insights into real-world brand development and marketing strategy execution.