Organizational resilience in today’s world necessitates a cyber posture that is capable of defending against attacks in cyberspace.
To best safeguard their companies, decision-makers must understand the fundamental concepts and finest practices of cybersecurity.
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MIT Cybersecurity Courses 2023
Post Graduate Certificate in Cybersecurity
With MIT xPRO Edge, you as a certified professional can assess the cyber risk, and enhance the defense mechanism of your organization so that it becomes resilient to cybersecurity threats.
- Eligibility: Applicant should have 7+ years of work experience as on August 30, 2023 are preferred
- Course duration: 10 Months
- Mode: Online
- Time: 10-12 hours per week
- Payment: Flexible options for payment including EMI
- Program fee: $3500 (Full Payment), $3605 (Pay in 4 installments), $3675 (Pay in 5 installments)
- Discount: Enrolled person will get $305 off on program fees for each new person Sign Up with his/her code
- Start of Program: November 30, 2023
Highlights of the MIT MIT xPRO Cybersecurity PG Certificate Program
- The certificate your earn from MIT xPRO will enhance your skills and is recognized the world over
- The experienced faculty will give you live case studies and Insights
- Industry-required skills will be imparted in the curriculum so that you will get to learn the latest technologies for your career growth
- Your capstone project presentation will be shared with companies who are looking to hire qualified specific technology-skilled persons
- You can start a fresh career with this professional certificate course
- You will be certainly hired for entry-level positions in the field of cybersecurity
Program Frameworks
- National Institute of Standards and Technology (NIST) Framework
- Cloud Security Alliance (CSA) Cloud Controls Matrix (CCM)
- MITRE ATT&CK®
Program Highlights
- Total of 280 recorded videos
- 51 discussion boards
- 34 Quizzes
- 28 activities which includes Digital Journal, Crowdsource and Try-it activities
- 59 Assignments
Software Tools Used for the PG Graduate Certificate Program
- Encryption Tools
- Penetration Testing Tools
- Network Security Monitoring Tools
- Incident Response Tools
- Security Orchestration and Response Tools
- Endpoint Detection and Response Tools
- Social Engineering Toolkit
- Security Management and Event Management Tools
- User and Entity Behavior Analytics Tools
Professional Certificate in Cybersecurity
With a Professional certificate course, you can accelerate your career in the field of cybersecurity
- Course duration: 24 weeks
- Mode: Online
- Time: 15-20 hours per week
- Program Fee: $6,502 (Full Payment), $6990 (Pay in 3 installments), $7477 (Pay in 6 installments)
- Discount: You will get $765 off on program fees for each friend of your’s Sign Up with your code
- Payment: Flexible options for payment including EMI
- Start of Program: October 10, 2023
3-Tier MIT Cybersecurity Professional Certificate Program Framework
- Mitre Attack
- Cloud Security Alliance (CSA) & Cloud Controls Matrix (CCM)
- National Institute of Standards and Technology (NIST) Framework
Course Modules
- Week 1: Introduction to Cybersecurity Risk Management
- Week 2: Cybersecurity Foundation Concepts
- Week 3: Federal Government Role: Law, Operations, and Standards
- Week 4: Threats and Vulnerabilities
- Week 5: Cybersecurity for Critical Urban Infrastructure
- Week 6: Identity and Access Management (IAM) Concepts
- Week 7: IAM Layers and Technology
- Week 8: Preparing for a Job in Cybersecurity Risk Management
- Week 9: Introduction to Defensive Cybersecurity
- Week 10: Cryptography
- Week 11: Security Operations Center (SOC)
- Week 12: Incident Response (IR)
- Week 13: Secure Systems Administration
- Week 14: Secure Network Administration
- Week 15: Cloud Security
- Week 16: Preparing for a Job in Cybersecurity Operations
- Week 17: Introduction to Offensive Cybersecurity
- Week 18: Penetration Testing Part 1
- Week 19: Penetration Testing Part 2
- Week 20: Social Engineering
- Week 21: Artificial Intelligence
- Week 22: Policy and Privacy, Regulation, and Data Governance
- Week 23: OT and IoT Risk
- Week 24: Preparing for a Job in Offensive Cybersecurity Operations
Short-Term Certificate Course in Machine Learning & Artificial Intelligence
- Course duration: Completion in atleast 16 days and must be compuslorily complete within 36 months else you will not get the certificate.
- Mode: Live Virtual & On Campus
- Course Sessions: June, July, and August on MIT’s campus
- Program application fee: $325 (Non-refundable)
- Start of Program: Jun 05 – Aug 03, 2024
Courses and Electives of the Program
Core Courses
Machine Learning for Big Data and Text Processing: Foundations
- Duration: 2 days
- Course fee: $2,500
Machine Learning for Big Data and Text Processing: Advanced
- Duration: 3 days
- Course fee: $3,500
Electives
Advanced Data Analytics for IIOT and Smart Manufacturing
- Duration: 4 days
- Course fee: $3,900
AI for Computational Design and Manufacturing
- Duration: 5 days
- Course fee: $4,700
AI Strategies and Roadmap: Systems Engineering Approach to AI Development and Deployment
- Duration: 5 days
- Course fee: $4,200
Applied Data Science Program: Leveraging AI for Effective Decision-Making
- Duration: 5 days
- Course fee: $3,900
Bioprocess Data Analytics and Machine Learning
- Duration: 3 days
- Course fee: $3,500
Deep Learning for AI and Computer Vision
- Duration: 4 days
- Course fee: $3,760
Designing Efficient Deep Learning Systems
- Duration: 2 days
- Course fee: $2,500
Foundations of Data and Models: Regression Analysis
- Duration: 5 days
- Course fee: $4,500
Graph Algorithms and Machine Learning
- Duration: 2 days
- Course fee: $2,500
Machine Learning for Healthcare
- Duration: 3 days
- Course fee: $3,200
Machine Learning for Materials Informatics
- Duration: 4 days
- Course fee: $3,600
Reinforcement Learning
- Duration: 3 days
- Course fee: $3,200
Advanced Reinforcement Learning
- Duration: 2 days
- Course fee: $2,500
Topics covered in this course include security, ethical and legal issues, as well as cybersecurity vulnerabilities.
Participants will also learn about incident response and analysis procedures. The aim of the curriculum is to guarantee information systems’ privacy, dependability, and integrity.
About 75% of the certificate course is for the targeted people who are at the decision-making level and want a comprehensive understanding rather than those already deeply embedded in technical cybersecurity issues (such as software development or digital forensics), although both audiences will benefit from the course.
What are the technical aspects of cybersecurity?
Students who take this course will learn about cryptography, system security, network security, and malware.
Experts from academe, the military, and industry offer their knowledge to help students grasp the basics, the current state of the art, and future plans for security.
They will also gain an understanding of the latest attack techniques and how to defend against them.
In addition, students will learn about the principles of risk management and how to apply these concepts in order to make better decisions about protecting organizational assets.
What are some of the ethical issues surrounding cybersecurity?
One of the most important aspects of cybersecurity is the way it impacts ethics. There are many ethical considerations when it comes to safeguarding data and privacy.
For example, companies often have to decide whether or not to share information with authorities in order to prevent a crime. Cybersecurity professionals must also grapple with questions such as:
– How should an organization respond to a major attack?
– Should security measures be designed with the goal of catching all attackers, or just making attacks more difficult?
– What is the potential tradeoff between privacy and security?
This course will address these questions, as well as other ethical issues related to cybersecurity. Students will have a solid understanding of how ethical considerations can affect their job performance.
What are some of the risks associated with cyber incidents and what steps should organizations take in order to mitigate them?
In cyberspace, all actions have consequences that ripple across social groups. Participants in this course will learn about risk management techniques for improving resiliency at both organizational and individual levels.
In particular, students will get an understanding of how to apply the principles of risk management to better protect their organizations from cyber incidents.
This includes understanding the various types of risks associated with cyberspace and developing strategies for mitigating them.
This course is offered by MIT Sloan Executive Education in collaboration with the MIT Center for International Studies (CIS). The CIS is a world-leading center for research and teaching on international security and arms control.
It has been ranked first in the world for its graduate programs in security studies by the London-based think tank, Quacquarelli Symonds (QS), for five consecutive years.
The CIS offers an unparalleled range of programs on critical issues in international security, ranging from nuclear nonproliferation and counterterrorism to energy security and climate change.
The CIS draws on the depth of academic excellence at MIT and its international partners to create timely and practical solutions for some of today’s most pressing security problems.
MIT Sloan Executive Education delivers relevant, engaging and innovative executive education programs that address the practical challenges managers face today.
MIT SE offers a comprehensive portfolio of open enrollment and customized courses for individuals, as well as leadership development programs to help organizations (across industries) develop future leaders, build high-performance teams, and create new leaders from within.
MIT Sloan Executive Education focuses on the most relevant topics in business today so that managers can maximize their experience at MIT Sloan Executive Education to develop the practical talent their organizations need.
MIT Sloan Executive Education offers more than 200 programs each year, taught by MIT Sloan School of Management’s world-class faculty.
The CIS is a world-leading center for research and teaching on international security and arms control.
It has been ranked first in the world for its graduate programs in security studies by the London-based think tank, Quacquarelli Symonds (QS), for five consecutive years.
The Center on US Politics and Foreign Policy (CUSPFP) is a research center at the Harvard Kennedy School that is dedicated to understanding and explaining the foreign policy choices made by American political leaders across administrations, parties, and electoral contexts.
The CUSPFP is one of the world’s leading centers for the study of American foreign policy.
Drawing on the resources of Harvard University and its extensive network of international contacts, the Center’s staff is made up of experienced scholars drawn from leading universities as well as practitioners drew from the worlds of diplomacy, business, and the media.
The CUSPFP sponsors research, teaching, and public dialogue on American foreign policy. Faculty and fellows seek to place current policy debates in a historical context and explore the larger forces at work.
The goal of the Center is to foster a deeper understanding of American foreign policy and to provide insights that will help inform the choices made by political leaders in the future.
Because cybersecurity is a broad topic, this course only goes over the essentials of the current most important and pressing cybersecurity issues. As a result, we may cover many various approaches.
We start with an introduction to a subject and work our way up to the fundamentals; afterward, you can delve into it further on your own. The goal is for participants to grasp the value of each area rather than becoming experts in any one topic.
Learn how to hack from the best. Welcome to the CTF365 Cybersecurity course, offered by the one and only MIT. This is a self-paced e-learning course that is part of a group of four courses from MIT.
The MIT courses now have been merged with edX and have been renamed “edX MOOCs from MITx”. The four courses are:
6.00.1x Introduction to Computer Science and Programming
7.00x Mathematics for Computer Science
8.01x Physics I: Classical Mechanics
10.xx Cybersecurity Certificate Program
Cybersecurity Certificate Program For Managers
This online certificate program is for executives, business managers and the top leadership of a company/organization who want to build a sophisticated, resilient and secure network organization.
- Course duration: 6 weeks
- Mode of classes: Online
- Time: 5-6 hours per week
- Program fee: $2800
Certificate Program Modules
- Module 1: Understanding the Threat Landscape
- Module 2: Organizing Cyber Management Priorities: The National Institute of Standards and Technology (NIST) Cybersecurity Framework
- Module 3: Measuring Risk Exposure
- Module 4: Improving Defenses with Systems and Technology
- Module 5: Building a Culture of Cybersecurity
- Module 6: Exploring Ethics in Cybersecurity
Other MIT Cybersecurity Certificate Program
The MIT Cybersecurity Certificate Program is a comprehensive program that covers essential cybersecurity topics. The program consists of five courses:
1. Introduction to Cybersecurity
2. Introduction to Ethical Hacking
The five courses are linked to each other, but can also be completed separately. The course Introduction to Cybersecurity provides an overview of the essential topics in cybersecurity.
The course Introduction to Ethical Hacking provides an introduction to the techniques used by hackers. The course Network Security provides an in-depth look at computer networking.
The course Firewalls and VPNs cover the principles of firewalls and virtual private networks. Finally, the course Secure Programming teaches you how to write programs that are free of vulnerabilities.
This program gives a great introduction to Cybersecurity and is ideal for students who want to learn more about the topic.
The program is also beneficial to professionals who want to keep up with the latest developments in the field. Finally, it is also ideal for security consultants who want to gain a competitive advantage by offering clients more value-added services.
Introduction to Cybersecurity (1 unit)
The course is designed for students who want to learn more about cybersecurity, but don’t know where to start. The course provides an overview of the essential topics in cybersecurity and introduces you to the basics of computer security.
Topics covered in the course include:
– Security policies
– Threats and vulnerabilities
– Malware
– Cryptography
– Computer security risks
– Disaster recovery and incident response
– Spam
– Social engineering
– Cybercrime
Introduction to Ethical Hacking (2 units)
The course is designed for students who want to learn about the techniques used by hackers. The course provides you with a good understanding of the information security landscape.
It helps you develop the essential hacking skills that are used to break into computer systems and networks. You will learn how hackers exploit systems and how to defend against them.
Topics covered in the course include:
– The hacking process
– Footprinting and reconnaissance
– Scanning and enumeration
– System hacking
– Malware and Trojans
– Rootkits
– Wireless hacking
– Social engineering
– Denial of service
– Web application hacking
– SQL injection
– Cryptography
Network Security (3 units)
The course is designed for students who want to develop a deeper understanding of computer and network security.
The course provides you with a thorough overview of networking concepts and provides in-depth coverage of the techniques used by hackers to exploit systems. You will learn how to identify and defend against network attacks.
Topics covered in the course include:
– The OSI model
– Network architecture
– Ethernet networks
– Switching and routing
– TCP/IP
– Network security threats
– Firewalls
– IDS and IPS
– VPNs
– Wireless networks
– Cryptography
Firewalls and VPNs (3 units)
The course is designed for students who want to gain an in-depth understanding of firewalls and VPNs. The course provides you with a comprehensive overview of the principles of firewalls and VPNs.
You will learn how firewalls work and how to configure them. In addition, you will also learn how VPNs function and what protocols they use.
Topics covered in the course include:
– The history of firewalls
– Firewall design principles
– Firewall types
– Firewall features
– Configuring firewalls
– IPSec
– SSL VPNs
– L2TP/IPsec VPNs
– Clientless SSL VPNs
Secure Programming (4 units)
The course is designed for students who want to learn how to write programs that are free of vulnerabilities.
This course provides you with a thorough overview of the principles and techniques used by professional software developers to write secure code and protect systems from attack.
You will learn how to identify and fix common security vulnerabilities in programs.
Topics covered in the course include:
– Programming techniques used in secure code
– Secure coding principles and practices
– Defect types and impacts
– Security vulnerabilities in Web applications
– Security vulnerabilities in client/server applications
– Web application security
– Mobile device security
– System administration security practices
Ethical Hacking and Countermeasures (5 units)
The course is designed for students who want to learn how to protect systems from attack.
The course provides you with a comprehensive overview of the principles and techniques used by hackers to exploit systems. You will learn how to identify and defend against network attacks.
Topics covered in the course include:
– The hacking process
– Footprinting and reconnaissance
– Scanning and enumeration
MIT Cybersecurity Outlook
As the world becomes more and more connected, cyber security has become a hot topic.
The MIT Center for International Studies examined this issue in-depth and discussed how we can work to make our society safer through international collaboration (including developing online norms of behavior).
If you want help with your company’s cybersecurity strategy, don’t hesitate to reach out to us!
MIT has been working on cyber security for decades. They are most proud of our work in the early days when we helped to create ARPANET which is now known as the Internet.
MIT team continues to innovate and find new ways to protect information systems from malicious attacks by developing cutting-edge cybersecurity technologies.
Conclusion
MIT is a leading institution for research and education in science, engineering, technology, business, humanities, and arts.
It has been ranked as the world’s top university by Times Higher Education World University Rankings 2015-16 – not to mention it celebrated its 150th anniversary recently!
The Institute offers an elite cybersecurity undergraduate program with some of the best professors from around the globe. In fact, 99% of their faculty have earned doctorates or equivalent degrees.
With so much going on at MIT these days – from new research breakthroughs to incredible social media campaigns – we want you to stay tuned because your next big idea could be coming soon!
