Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study, Virtual Classroom | Video and Text Based |
Course Overview
Design thinking is an effective method for new product creation that begins with identifying unmet consumer demands. It is a human-centred design method that begins with a knowledge of the user's requirements. The Mastering Design Thinking online course teaches about applied creativity, concept development, prototyping, experimenting, and all aspects of design thinking and how creative thinking techniques are applied to business for the improvement in the success rate for innovation.
The Mastering Design Thinking training teaches to incorporate design thinking into business strategy. Design-driven organisations such as Coca-Cola, Apple, Nike, IBM, Whirlpool and P&G, have significantly outperformed the S&P 500 by an average of 211% over the last ten years, according to the Design Value Index. As per a 2016 study conducted by the Design Management Institute, that's the third year in a row that the index has outperformed the S&P 500 by 200%.
The Mastering Design Thinking syllabus guides learners through the step-by-step process of design thinking. This course teaches about the three essential characteristics of innovation: feasibility, desirability, and feasibility to make them successful.
The Highlights
- Live teaching sessions
- Assignments
- Real-world applications
- Video lectures
- Group projects
- Online learning
- Capstone projects
- Course provider Emeritus
- MIT Sloan offering
Programme Offerings
- online learning
- discussions
- assignments
- quizzes
- Surveys
- Capstone Project
- Certification
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | MIT Sloan School of Management, Cambridge |
Course | Fee in USD |
Mastering Design Thinking fees | $3,300 |
Eligibility Criteria
Certification Qualifying Details
To qualify for the Mastering Design Thinking certification from MIT Sloan, candidates will have to attend the lectures and complete the program modules. Students will also have to complete the assigned tasks and take part in classroom virtual discussions, quizzes, case studies, and more. After the completion of the program, candidates will get a verified certificate from MIT Sloan via Emeritus.
What you will learn
After completing the Mastering Design Thinking online certification course, Candidates will be exposed to rich, interactive media including films, e-learning, and infographics exercises, as well as conventional components like group projects, live faculty lectures, and individual assignments. Via group discussions and a team-based exercise, the learning process encourages cooperative learning. This leads to a stronger peer network that continues to provide value even after the course is completed.
Who it is for
Manager, sales manager, project manager, engineer, and teams who wish to use design thinking as a strong practice in their business. Anyone accountable for fostering growth and innovation, whether an intrapreneur or entrepreneur, including functional and cross-functional teams.
Admission Details
To get admission in the Mastering Design Thinking online certification course from MIT Sloan will be benefited in the following ways:
Step 1. Go through the link given below to open the official course page, (https://executive.mit.edu/course/mastering-design-thinking/a056g00000URaa4AAD.html)
Step 2. To further proceed, click on the ‘Go to Emeritus site’ button
Step 3. Make an account on the Emeritus portal by filling in the required information
Step 4. Click the ‘Start Application’ button on the Emeritus portal
Step 5. Pay the fee amount and secure your seat at MIT Sloan
The Syllabus
- Skills expected of design thinking practitioners
- Innovation challenges, Real-Win-Worth framework
- Altitude case study – innovation processes, leadership, and overall culture
- Product development process and concept development phase in design planning and analysis
- Customer needs and markets
- Types of product users
- Customer needs analysis
- Translating customer needs into measurable specifications
- Benchmarking needs vs. specifications
- Dynamics of product specifications
- Quality function deployment (house of quality)
- Problem decomposition techniques and solution concepts
- Brainstorming principles and their efficacy in creative thinking
- System exploration and concept/down-selection
- Prototyping and its relevance in the concept development phase
- Types of prototyping Prototyping strategy
- Rapid prototyping and virtual prototyping Prototyping examples
- Service development process
- Service cycle experience map
- Product vs. service systems
- Service innovation examples
- Types of product architecture: integral and modular
- Examples of integral and modular architectures
- Implications of product architecture on the design process
- Product development economics
- Project financial modeling
- Calculating Net Present Value (NPV) and its influence over product
- decision making
- Cash flow analysis
- DFE principles and decision making
- How DFE integrates with the product development process
- Product life cycle and environmental impacts
- Herman Miller story
- Systematic innovation process: Altitude case study
- Types of development processes – staged, spiral, and agile methodologies
Instructors
MIT Sloan School of Management, Cambridge Frequently Asked Questions (FAQ's)
Design thinking is a problem-solving method that prioritizes the requirements of the customer above anything else.
Ideate, define, prototype, empathize and test are the 5 stages of design thinking.
In order to find alternative methods and answers, Design Thinking seeks to understand the user, question assumptions, and reframe issues.
Collaboration, empathy, questioning, exploration, creativity, continuous improvement and experimentation are some of the features of design thinking.
Design thinking is a fundamentally human approach that is often neglected by more traditional problem-solving methods.