This four-course program prepares you to innovate within your field, motivate collaboration, and work systematically so you can reach your highest potential and take on leadership roles in your organization.

This two-course online certificate program brings a hands-on approach to understanding the computational tools used in engineering problem-solving.

MIT xPRO's Artificial Intelligence in Healthcare program is designed to equip you with the skills to broaden your understanding of the applications of AI-based technologies in healthcare. .

MIT xPRO’s Chief Operating Officer (COO) Program will equip you to think holistically about your organization’s business needs and develop strategies to drive growth and create value.

MIT xPRO's Designing and Building AI Products and Services will broaden your knowledge of AI-based solutions and equip you to drive successful implementation of AI and ML technologies in your organization.

MIT xPRO's Digital Supply Chain: Reinventing Supply Chains for the Future will examine the key capabilities needed to create and execute digital transformations within your organization and within your broader ecosystem of vertical and horizontal partners.

The MIT xPRO Drug and Medical Device Development: A Strategic Approach program explores the entire process of identifying the benefits and risks—and the strategic choices made along the way—of bringing a new medical product to market. This program provides the “big picture” perspective of medical product development, while delving into those details that will help you avoid the major pitfalls that ensnare market incumbents and startups alike.

In just four weeks, this online course will walk you through the Mutual Gains Approach (MGA)-- a proven process model, based on experimental findings and hundreds of real-world case studies. You’ll not only learn the four steps for negotiating better outcomes for all involved but put them into practice by role-playing with your peers online.

This program provides a comprehensive understanding of products and designs based on an IoT mindset, focusing on current design trends and business requirements for developing IoT offerings. No prior knowledge of IoT is required for this program, and no programming or technical expertise is needed.

MIT xPRO's Nanotechnology: Applications and Opportunities program will provide you with foundational knowledge and insights into this cutting-edge technology, grounded in a solid understanding of real-world applications.

In just four weeks, this online course will walk you through the Mutual Gains Approach (MGA)-- a proven process model, based on experimental findings and hundreds of real-world case studies. You’ll not only learn the four steps for negotiating better outcomes for all involved but put them into practice by role-playing with your peers online.

The MIT xPRO Professional Certificate in Coding is an immersive full-stack coding program offering personalized feedback, live weekly office hours with course leaders, and the opportunity to develop a Github portfolio for potential employers.

The MIT xPRO Professional Certificate in Coding is an immersive full stack coding program offering personalized feedback, live weekly office hours with course leaders, and the opportunity to develop a GitHub portfolio for potential employers. The program combines exclusive content from MIT’s world-renowned faculty with tailored support and hands-on learning activities.

The MIT xPRO Professional Certificate in Coding: Women's Cohort is an immersive full-stack coding program offering personalized feedback, live weekly office hours with course leaders, and the opportunity to develop a Github portfolio for potential employers.

MIT xPRO's Professional Certificate in Cybersecurity program will help you develop the versatile skills that so many employers are seeking. The program focuses on both the defensive and offensive aspects of the technology and includes: personalized feedback from course leaders, insights from guest speakers, career coaching, mentorship, and the opportunity to create a capstone network development project for a job portfolio.

The MIT xPRO Professional Certificate in Data Engineering is an immersive 6–month program that’s designed to provide job-ready, in-demand data engineering skills and a competitive edge in the marketplace. Participants will learn data engineering essentials, from building an effective data architecture and data warehouses to designing data models, streamlining data processing, automating data pipelines, data wrangling, and big data engineering.

MIT xPRO's Professional Certificate in Data Science and Analytics program is designed to meet the growing demand for data professionals who have the technical skills to transform data into insights that can facilitate decision-making. The program imparts a strong foundation in data science and analytics, giving you the skills you need to apply models, analyze data, communicate results, and ultimately help your organization identify optimal solutions to modern-day business challenges.

If you are looking to break into game design or advance in the field, the Professional Certificate in Game Design from MIT xPRO will give you the knowledge and skills you need to navigate the challenges of today’s game industry and prepare you to create games for the future.

MIT xPRO’s Professional Certificate in Technical Project Management prepares you with a thorough understanding of project management principles and practical techniques to become a leader in the project economy, Taught by MIT faculty who are pioneers in the field, the program is distinctive for its focus on technical projects, including both software and hardware projects. The program also covers a range of methodologies, including (but not limited to) agile project management.

The MIT xPRO Rapid Prototyping Methodologies for Commercial Application program imparts an intimate knowledge of product performance, fewer design iterations, and enhanced early understanding of scaling and manufacturability issues.

MIT xPRO's Robotics Essentials program provides you with the knowledge and resources to identify basic robotic subsystems, evaluate human-robot interactions, and analyze challenges to the implementation of robotic systems. This program is an ideal launchpad if you want to chart a path in full-stack robotics.

This program is organized into the six pillars of technology management: Critical thinking; System thinking; Creating value through emerging technologies; Radical innovation; Organizational strategy; and Leadership. This program is ideal for individuals who are seeking to be on the leading edge of technology innovation while also applying organizational strategies to bolster success.

Explore game-changing technologies to transform your business. Delivered in collaboration with WHU – Otto Beisheim School of Management.

MIT xPRO's Virtual Reality and Augmented Reality provides introductory, hands-on experience with XR system development, including using XR concepts and design principles to understand XR applications. As a result, you will be better positioned to conceive XR system ideas, communicate them with developers, and make recommendations to clients and other key stakeholders.

In order to implement successful initiatives, managers need to navigate organizational barriers to change. In this thought-provoking course, you will learn frameworks, models, and perspectives to apply immediately.

Gain foundational knowledge of MBSE, discuss the management challenges of MBSE, and analyze best practices of MBSE in industry. This is course 3 of 4 in the professional certificate program Architecture and Systems Engineering: Models and Methods to Manage Complex Systems.

Lleva tus habilidades de análisis de datos al siguiente nivel mientras aprendes la teoría y práctica del Data Science, Big Data y Machine Learning.

Dive into this subset of machine learning and discover the foundations, techniques, architectures, applications, and benefits that deep learning can offer your organization in this 8-week online course.

Leverage your management abilities and take your organization’s projects to the next level.

Project leaders are responsible for the planning, execution, monitoring, control, and success of entire projects. They need to be true leaders, motivators and organizers keeping all timelines, dependencies, and responsibilities on track. Modern theories of project management are changing as are the industries that use them. This course presents an integrated framework for setting up organizations and projects for success, while setting realistic expectations and commitments.

Throughout the project lifecycle, project managers need to process large amounts of information. Project management is rooted in gathering and organizing information. From collecting project requirements and setting up a team to tracking the progress of the project and reporting its financial status and value delivered, this process can easily become overwhelming.

In this novel course backed by the reputation of MIT, one of the world’s leading research institutions, participants will gain the ability to design and manage
complex technology projects in a holistic way. The fundamental project management skills acquired will make them more effective project leaders.

Build a personalized roadmap to deepening & broadening your leadership capabilities & contributions. Look inside to discover & develop your unique leadership strengths. Gain outside insights on how others view your strengths & how to develop them.

Gain the knowledge and skills you need to determine when, where, and how to employ quantitative methods in systems engineering. This is course 4 of 4 in the professional certificate program Architecture and Systems Engineering: Models and Methods to Manage Complex Systems.

This course is self-paced. Enroll at any time. No weekly assignments. By the end of this course, you will understand how decisions made as early as product discovery can impact how a biologic is manufactured and delivered.

Drive innovation at your organization and accelerate your career with additive manufacturing! Learn how to leverage the breakthrough performance and unparalleled flexibility of 3D printing.

Explore the newest practices in systems engineering, including how models can enhance system engineering functions and how systems engineering tasks can be augmented with quantitative analysis with the award-winning four-course online program from MIT.

Discover the business and technical implications of the new frontier in computing and how you can apply them to your organization with this two-course program from MIT.

Address changes which induce, propagate, and amplify risk in the increasingly complex products and services they are required to develop. This is course 1 of 4 in the professional certificate program Architecture and Systems Engineering: Models and Methods to Manage Complex Systems.

Enrollment extended! Save your seat before Monday, April 17th. Learn the history and implications of quantum computing vs. classical computation. Assess applications of quantum computing and get hands on experience by putting a simple quantum algorithm into practice using the IBM Q Experience. This is course 1 of 2 in the online program Quantum Computing Fundamentals.

Digital transformation is happening everywhere but can be challenging to implement. This 8-week online course will help you and your teams prepare for it. You will learn the capabilities needed to thrive in today’s fast-moving competitive market.

Understand the true possibilities and advantages of quantum computing while getting hands-on experience in this two-course online program.

Explore the practical realities of quantum computing, including its ability to help accelerate classical computers. Learners will take a deep dive into quantum noise both characterizing and benchmarking using the IBM Q Experience. This is course 1 of 2 in the online programQuantum Computing Realities.

This course is application-focused. You will understand how system thinking is used in diverse areas such as logistics & transportations, project management, computation, and organizations. You will participate in a project management simulation to apply the concepts learned, and you will have the opportunity to engage in activities so you can contextualize each concept. By the end of this course, you will be able to apply system thinking to improve the performance of your projects.

Successful leaders are able to influence their team to accomplish shared objectives. This course will introduce you to MIT’s-honed concept of “Dynamic Work Design” which allows teams to successfully drive the mission of an organization forward.

This course seeks to promote the skills needed for critical thinking and decision making. A critical thinker should be able to analyze solutions to a problem -- probing its strengths and weaknesses and comparing it to other alternatives. This process of deliberation leads to a selection of good alternatives and also a clear understanding of why a certain choice was made. This course will explore each concept of what it means to think about thinking.

Establish and manage effective teams by learning how to implement a team vision, staff teams, distribute roles and goals, establish norms, and handle conflict management. Apply the concepts you learn to a team you are part of or were part of in the past and synthesize the knowledge of the course into a handbook for creating effective teams within your organization.

Explore the potential of quantum computing with regards to cybersecurity, chemistry, and optimization. Get a front-row seat to demonstrations and simulations of quantum algorithms with multiple real-world case studies. This is course 2 of 2 in the program Quantum Computing Fundamentals.

Improve processes, products, and business models through innovation in technical environments. Equip yourself with the tools you need to execute innovative ideas, from lean and agile methodologies, to rapid prototyping and design.

Gain a comprehensive understanding of practical and conceptual modeling considerations. This is course 2 of 4 in the professional certificate program Architecture and Systems Engineering: Models and Methods to Manage Complex Systems.

Learn negotiation strategies for coping with the unknowns while still getting a beneficial agreement. Understand and practice how to not only maintain connections but how to build and reinforce relationships for the future.

Explore the concepts of quantum error correction, the threshold for practical, fault-tolerant quantum computation, and models of quantum computation beyond quantum circuits and use the IBM Q Experience in an assessment exercise. This is course 2 of 2 in the online program Quantum Computing Realities.