Graduates of Cloud Security Course understand different CSPs, the services that are provided with hands-on experience dealing with virtualization, cloud security through the proper practices of least privilege model with the use of GPOs, and basics of an SDN.
Learners are able to set up and configure an AWS account with security controls such as IAM, CASB and set up cloud services such as EC2 instances, S3 buckets and remotely manage these services. The learner demonstrated knowledge of the shared-responsibility model and applied it to a production environment.
Graduates of the Network Course show the ability of networking fundamentals with an understanding and importance of separating networks, creating ACLs, and setting up port security. The separation of networks through VLANSs or subnetting to minimize network intrusions from internal or external threat actors.
Learners of the program must be able to set up and manage Enterprise level computer networks. Learners have demonstrated an in-depth knowledge of Cisco networking equipment and management of said devices.
Graduates of the Cyber Infrastructure Technology Course show the ability to protect and secure a network architecture through different layers of security such as physical, endpoint, and infrastructure. The use of SIEM & SOAR operations to help increase the productivity of a blue team through aggregation and correlation alerts in a working environment.
Students must have demonstrated a working knowledge of SIEM, SOAR, Firewalls, as well as IDS/IPS technologies. Students demonstrated proficiency in developing Cyber Infrastructure in a virtualized environment.
Graduates from the Digital Forensics Incident Response Course show the ability to do a live and dead analysis of both Windows and Linux systems with proper documentation, understand each stage of the Incident response plan with the importance of threat hunting to prevent future occurrences per business continuity and management to remain compliant with standards and regulations.
Learners of the Digital Forensics and Incident Response course will possess fundamental knowledge of the Incident Response life cycle and techniques in Digital Forensic investigation. Learners must demonstrate proficiency with tools such as Zeek, Flare VM, FTK imager, and the sysinternals suite.
Graduates from the Game Theory Course show an understanding of abstracted threat modeling applicable for securing organizations by using strategic and tactical applied analysis and decision theory. By using the techniques learned in this course, the graduates will be better prepared to understand the risks and threats which will assist them in improving any organizations security posture.
Learners have proven ability to apply Game Theory models such as Nash Equilibrium to complete threat assessment for an enterprise and identify key points of interest an attacker may target.
Graduates of the Introduction to Python for Security Course show the ability to complete basic programming challenges in the Python language with an understanding of secure coding practices for both defensive and offensive purposes.
Learners must understand Python programming basics, logic statements, looping, basic network programming, and other necessary paradigms for programming for security. They must demonstrate an ideal of putting security first in the application design process and produce an application in Python that can be used for offensive and defensive security practices.
Graduates of the Linux Security Course understand terminal fundamentals in Unix operating systems with users’ permissions, system, and networking management. Additionally, the security practices of Hardening the Linux OS and the network.
Learners of the program demonstrated the ability to perform Enterprise level administration of the Linux operating system. Learners are able to perform security best practices, as it pertains to the Linux server environment.
Graduates of the Microsoft Security Course show the ability to work with Active Directory Domain Services in a small internal network have put in place the proper security practices of least privilege model as well as endpoint security to reduce insider threats and privilege escalation.
Learners of the program must be able to set up and manage an enterprise Active Directory domain environment and complete server management and maintenance tasks with a focus on access control and enterprise security. Learners must be able to analyze Windows event logs and use that information to ensure endpoint security.
Graduates of the Network Security Course show a basic understanding of protecting endpoint mechanisms through a layered approach with traffic analysis. The use of authentication systems and port security to help prevent certain exploits in a network in both layer two and three with the help of firewalls, IPS, and IDS.
Learners have shown skill in applying network security for an enterprise environment including hardening network devices, firewall setup, TACACS+ and RADIUS protocol for AAA, VPN set up for Enterprises, and disabling insecure and legacy network protocols.
Graduates of the Offensive Security: Ethical Hacking Course show the ability to ethically perform and document the process of the cyber kill chain model for the reasons of hardening a company’s network/website to prevent themselves from being exploited by actual threat actors.
Learners of the Ethical Hacking Course possess fundamental knowledge of Offensive Cyber Security practices, as well as, how cyber attacks are perpetrated from a hands on perspective. Learners must demonstrate proficiency with Kali Linux, and tools available in said operating system.
The Cybersecurity Professional Program sets students up with the hands-on experience needed to outsmart the competition and step up their careers. The instructors, some of the top experts in the field, bring their real-life experience to the classroom, and provide students with personalized training. Students will learn about Microsoft Windows Server 2016, Linux fundamentals, Cisco Cyber Defender, cyber Infrastructures, and an introduction to secure programming in Python.
Upon completion of a 400 hours program learners must understand Microsoft Windows networking components, demonstrate their ability to administrate Microsoft Windows Server 2016 and implement security policies in Microsoft Windows domains. Students must demonstrate their ability to efficiently and effectively administer the Linux Operating System, understand Linux networking components as well as be familiar with Linux security policies. Lastly, students must be able to manage Cisco data networking operations and install, operate, and troubleshoot a small enterprise.
Program completers who obtain the Fundamentals of Marketing badge showcase the ability to employ fundamental marketing methodologies, tactics, and strategies, including: branding, inbound marketing, buyer personas, the customer journey, the marketing funnel, market research, the SWOT analysis framework, omni-channel marketing, and more.
Learners must demonstrate the ability to apply fundamental marketing concepts to real world companies, thus enabling them to understand and gain insight into the current and future digital marketing landscape.
Program completers who obtain the Web Development for Marketers badge showcase the ability to build and design a branded WordPress website utilizing CSS and HTML functions with themes, plug-ins, and content publication.
Learners must demonstrate the ability to build and design a fully functioning WordPress website utilizing themes and plugins. This website will host written and visual content created during the following courses within the Digital Marketing Curriculum.
Program completers who obtain the Search Engine Optimization badge showcase extensive knowledge within on-page, off-page, and technical SEO as well as the technical skills needed to curate impactful SEO strategies and conduct successful SEO audits.
Learners must demonstrate the ability to conduct an SEO audit that encompasses the following: conduct keyword and competitor research, create content structure, and perform on-page SEO.
Program completers who obtain the Content Marketing badge demonstrate knowledge of the fundamentals of content marketing and its role in digital marketing. Program completers have the ability to differentiate between copywriting and content writing and execute key components of web content according to content structure. Program completers can produce high-quality, compelling, and high-converting web content that supports each stage of the marketing funnel.
Learners must demonstrate course best practices by creating personalized, compelling written content designed for and suitable to various stages of the marketing funnel. They must also analyze real-world content cases and provide specialized insight into how to curate and optimize content pieces.
Program completers who obtain the User Experience badge showcase the ability to identify basic design principles and design trends, understand user research methodology, evaluate the design process to create a successful user experience, edit wireframes, and implement information architecture.
Learners must demonstrate the ability to conduct a usability test in order to gather user feedback and understand its impact on a product or service. Learners must conduct and analyze said feedback to uncover problems and opportunities.
Program completers who obtain the Data Analytics & Visualization badge showcase the ability to create a measurement strategy to gain marketing insights, leverage Google Analytics to analyze website visitors and better understand and optimize the customer journey, and build custom reports and dashboards to better track, pinpoint, and leverage website visitor data.
Learners must demonstrate the ability to navigate the Google Analytics platform and pull custom reports, as well as create custom dashboards and report on important metrics and key performance indicators.
Program completers who obtain the Customer Relationship Management badge showcase the ability manage client relationships and handle customer expectations through the three pillars: client acquisition, client retention and client management.
Learners must demonstrate the ability to create a customer acquisition and retention plan.
Program completers who obtain the Search Engine Marketing badge showcase the ability to leverage Google Ads to create, manage, analyze, optimize and continuously scale high performing PPC campaigns on the search and display networks.
Learners must demonstrate the ability to conduct intent-driven keyword research and create and implement highly targeted and relevant Google Ad campaigns. Afterward, they must analyze and report on campaign results. Learners must also utilize the assigned case studies to analyze real world search engine marketing campaigns and provide insight into how to implement, measure, optimize, and scale campaigns for real world scenarios.
Social Media Marketing: Organic and Paid
Program completers who obtain the Social Media Marketing badge showcase the ability to create, manage, and continuously optimize high performing organic and paid social media campaigns across various social media platforms including Facebook, Instagram, LinkedIn and Twitter.
Learners must demonstrate the ability to create a social media strategy utilizing both organic and paid social media channels. This strategy must encompass goal setting, conducting a social media audit, conducting market research, creating a content strategy and calendar, and creating a measurement strategy.
Program completers who obtain the E-Commerce badge demonstrate beginner knowledge of the fundamentals of e-commerce concepts for identifying the four e-commerce models. Program completers can identify the biggest current competitors in the market and are trained in how to research shifting trends. They have acquired basic skills for building a professional online store and apply course methodology to creating and optimizing listings on third-party e-commerce platforms such as Amazon.
Learners must demonstrate course best practices for building partner relationships, establishing frameworks, operating platforms, and monitoring metrics by analyzing third-party platform strategies. They must create them from ideation to design and development to live implementation.
Program completers who obtain the Email Marketing & Automation badge showcase the ability to curate effective email marketing designs, create and launch compelling lead nurturing email marketing strategies that engage various stages of the customer journey, identify important email marketing metrics and key performance indicators, and design marketing automation workflows.
Learners must demonstrate the ability to skillfully design and implement email marketing campaigns utilizing email marketing best practices. Learners must then analyze and report on campaign results.
Program completers who obtain the Digital Strategy badge showcase the ability to create highly targeted and effective digital marketing campaigns that align with each touchpoint of the customer journey.
Learners must demonstrate the ability to create an effective digital marketing strategy for a real-world client via the agency model capstone project.
Program completers who have completed the Digital Marketing Professional Bootcamp have demonstrated the ability, knowledge, and skills needed to be successful in today's digital marketing world. By leveraging their creativity, critical thinking, and analytical skills, learners have proven themselves ready to succeed as digital marketing professionals.
Learner must successfully pass 9/12 of the extended program's courses (not including introductory course).
Program completers have been exposed to Sass, TypeScript, and other advanced concepts in software engineering.
Learners must complete the Advanced Topics course with 80% attendance.
Program completers have finished the Career Services program and gained the knowledge and skills necessary to succeed in the digital job market.
Learners must complete the program in good standing, attend Career Services guest appearances, and complete all Career Services assigned homework.
Program completers understand many common forms of cybersecurity breaches and can name practical solutions to avoid data and code being compromised.
Learners must complete the Cybersecurity course with 80% attendance.
Program completers have been through the entire program and have developed the autonomy to select their own project from the subject matter.
Learners must obtain a passing grade on final project of their choice.
Program completers can write server-side code to create web applications and APIs.
Learners must obtain a passing grade on in-browser game project.
Program completers understand basic and intermediate HTML and can name multiple small changes that make websites more accessible.
Learners must complete the HTML & Web Accessibility course with 80% attendance.
Program completers can use basic JavaScript and can describe higher-level concepts proficiently.
Learners must complete the JavaScript & Front-End Web Development course with 80% attendance.
Program completers can create MERN stack applications using MongoDB, Express, React, and NodeJS.
Learners' groups must obtain a passing score on MERN stack group project.
Learners must complete the Back-End Development & APIs course with 80% attendance.
Program completers have successfully used Python, a second language beyond JavaScript, and can explain the four principles of object-oriented programming.
Learners must complete the Principles of Programming with Python course with 80% attendance.
Program completers can use React as a front-end framework.
Learners must complete the React & Redux course with 80% attendance.
Program completers can use SQL at a basic and intermediate level and integrate SQL into JavaScript code using an object-relational mapper (ORM).
Learners must complete the SQL & Data Management course with 80% attendance.
Program completers have been exposed to basic design theory, which will help them work with UX designers.
Learners must complete the User Experience & Design course with 80% attendance.
Program completers can link an external stylesheet and apply specific styles to selected DOM elements.
Learners must complete the CSS & CSS Frameworks course with 80% attendance.
Program completers have expertise in two of the most popular programming languages and many popular frameworks
Learners must graduate the Software Development program in good standing.
Learners who obtain this badge are introduced to SQL, which is a popular language used to query databases. Using SQL, badge earners will import data into databases, query data, join data together, filter and sort data, create views, and export data. Further, badge earners are introduced to database design and learn how to manage their own databases.
Learners must complete the SQL and Databases course and meet all the course requirements
Earners of this badge will gain a greater undrstanding of how statistics and probability are used in business decision-making. The associated course aids the learner in building a strong foundation in descriptive statistics, conditional probability, and advanced modeling techniques. Learners who obtain this badge use Microsoft Excel to provide a practical application to theoretical discussions. Learners who obtain this badge develop the ability to approach real-world problems from an analytical perspective with confidence.
Learners must complete the Statistics and Probability course and meet all the course requirements
Learners who obtain this badge discover the power of a story and how to develop a story arc around their data goals. Successfully communicating data insights depends on the audience of stakeholders and the story points that speak to their needs and expectations. Learners who obtain this badge will learn to keep a data story thread throughout their entire data-wrangling adventure as they frame their data goals with purpose.
Learners must complete the Data Storytelling course and meet all the course requirements
This milestone project allows badge earners to explore their skills in the areas of statistics, Excel, SQL, and data storytelling. Learners who obtain this badge are able to demonstrate their ability to clean and manipulate a dataset. Additionally, badge earners will have demonstrated the ability to perform advanced statistical analysis on the data using summary statistics, linear regression, and modeling. Finally, badge earners will put their visualizations and insights into a coherent data story to present to their classmates. The data analytics milestone project is formally reviewed by the instructional team. Learners who obtain this badge will also then incorporate their project into their GitHub portfolio.
Learners must complete the Milestone Project 1 course and meet all the course requirements
Learners who obtain this badge explore the fundamental concepts of programming and how to structure their analyses. Topics include core programming concepts such as expressions, data types, variables, functions, loops, and arrays. Learners who obtain this badge will have extensively practiced their coding skills by building highly structured and maintainable code using Jupyter Notebooks.
Learners must complete the Python Programming course and meet all the course requirements
Learners who obtain this badge develop core data-wrangling skills by expanding their Python programming skills. Learners who obtain this badge explore a series of data analysis processes from sourcing, curating, and importing data, exploratory data analysis, data cleansing techniques, and data visualization techniques. Badge earners will expand their toolbox by using industry-standard software to automate data-wrangling processes.
Learners must complete the Data Wrangling course and meet all the course requirements
Learners who obtain this badge explore visual dynamics and principles to produce effective data visualizations that show the most important parts of data to stakeholders in a clear and simplified way.
Learners must complete the Visual Communications course and meet all the course requirements
Building upon the skills badge earners gained in their previous SQL and Databases course, this completion of this badge's associated course extends the learner's skill in SQL programming and covers topics such as stored procedures, triggers, cursors, and query optimization. Learners who obtain this badge also develop ETL scripts and data pipelines combining the use of SQL and Python.
Learners must complete the Advanced SQL Programming course and meet all the course requirements
This milestone project focuses on developing the learner's ability to attain, transform, investigate, and present data throughout a data project life cycle. Learners who obtain this badge demonstrate their ability to build data pipelines and wrangle data into a usable format for downstream data visualization and analytics. Learners who obtain this badge present their reports and findings to classmates and then incorporate their projects into their GitHub portfolio. The instructional team reviews projects in this milestone.
Learners must complete the Milestone Project 2 course and meet all the course requirements
Learners who obtain this badge build upon visual communication concepts by learning to use popular industry business intelligence tools to create insightful analyses and visualizations. Learners who obtain this badge also develop and apply best practices for reporting, graphs, charts, and dashboards in a way that can be applied in any business intelligence application.
Learners must complete the Business Intelligence course and meet all the course requirements
In the course associated with this badge, learners examine core concepts and methods used for big data and IoT, including characteristics of big data, data warehousing, data lakes, data virtualization, and cloud-based data infrastructure services. Learners who obtain this badge build upon their previous knowledge of Python by using PySpark to access big data and create analytics models.
Learners must complete the Big Data course and meet all the course requirements
Learners who obtain this badge analyze a variety of use cases in a business context to determine appropriate machine learning methods to apply. Through a series of Python lectures and labs and using Jupyter Notebooks, badge earners investigate and apply supervised and unsupervised machine learning algorithms, including classification, clustering, association rules, and time-series forecasting. Badge earners explore will also several advanced methods, including natural language processing, neural networks, and deep learning.
Learners must complete the Machine Learning course and meet all the course requirements
After an introduction to machine learning-created AI in the previous module, learners who obtain this badge explore a variety of pre-packaged AI cloud services offered by leading providers like Microsoft, Amazon, and Google. AI provides a more targeted data analytics experience, as it produces a greater amount of data insights through various applications of computer vision, speech recognition, natural language processing, and robotics.
Learners must complete the Applied AI course and meet all the course requirements
Learners who obtain this badge meet the challenge of presenting their data insights and visualizations clearly and with ease to diverse types of stakeholders. They learn how to organize data visualizations around a goal and integrate a story arc to keep their audience engaged. Learners who obtain this badge work on their own individual project that incorporates skills and knowledge gained throughout the program. This milestone culminates in a final project presentation that capitalizes on data analysis, data storytelling, and presentation skills. Finally, badge earners share their work by uploading their completed projects to their GitHub portfolios.
Learners must complete the Milestone Project 3 course and meet all the course requirements
Graduates who have completed the Career Ready Modules and assignments with the asynchronous career curriculum demonstrate the knowledge and skills to be successful in the digital job market and possess the career-ready tools to readily apply to opportunities in their field.
Learners must complete the Career Services course and meet all the course requirements
Program completers of the Computer Networking course show a comprehensive understanding of network architectures, protocols, and security measures. They have hands-on experience in configuring and managing network devices to ensure optimal performance and robust security, as well as troubleshooting and problem-solving skills that allow them to address a wide range of common network challenges.
Learners in the program must be able to define the fundamentals of a network, including its various types and principles. They must also understand the structure and relevance of the OSI Model in facilitating effective communication within complex network infrastructures. Learners have demonstrated their ability to analyze networks, identifying their patterns and characteristics.
Cybersecurity Professional Bootcamp offers a comprehensive understanding of the principles and practices to protect and secure digital environments. It combines theoretical knowledge with practical applications, ensuring a deep understanding of anticipating, preventing, and responding to cyber threats, including learning about the latest cybersecurity technologies, strategies, and tools. The program will develop the technical skills and strategic thinking necessary for a successful career in this dynamic and critically important area. By emphasizing real-world scenarios, the course prepares participants to effectively address and manage the evolving challenges in the cybersecurity landscape.
Participants in this program must demonstrate a solid understanding and practical expertise across a spectrum of cybersecurity domains. The program encompasses mastery in Networking, effective administration of Microsoft security systems, and integration of comprehensive infrastructure security. Learners are expected to show proficiency in securing networks against various cyber threats and designing robust Cybersecurity Infrastructures tailored to organizational needs. Additionally, they should be skilled in recognizing and countering social engineering tactics and ethical hacking methodologies. A critical component of the program is the ability to conduct digital forensics and manage incident response effectively. Finally, participants must exhibit advanced skills in threat hunting and intelligence gathering, applying these competencies to detect, analyze, and mitigate sophisticated cyber threats.
Microsoft Security System Administration
Program completer of the Microsoft Security System Administration course show aptitude in effectively securing Microsoft Windows environments. They have practical knowledge and skills in using security features and tools such as Active Directory, GPO, Microsoft Defender, BitLocker, and Windows Firewall. Program completers know how to set up and manage networks for enhanced security and stability using system administration tools.
Learners in the program demonstrate a solid understanding of safeguarding Microsoft Windows environments. They showcase practical expertise in utilizing security tools and features such as Active Directory, Group Policy Objects, Microsoft Defender, BitLocker, and Windows Firewall. Program participants demonstrate their capability to configure and administer networks to enhance security and ensure system stability through effective system administration techniques.
Integrating your Infrastructure Security
Program completers of the "Integrating your Infrastructure Security" course demonstrate a profound mastery of Linux-based systems, cloud fundamentals, and Python programming geared towards enhancing infrastructure security. Possess hands-on experience in Linux administration, system management, and security protocols, including firewall configurations and secure file transfer protocols. Additionally, they have a foundational understanding of serverless computing, containerization, and Python programming essentials, equipping them with a holistic skill set for securing complex infrastructures.
"Learners in this program must exhibit a comprehensive understanding of Linux, from mastering the command line interface to the backbone of file systems and process management. They should be proficient in configuring, managing logs, and implementing advanced security measures. Furthermore, participants must demonstrate their understanding of cloud services and the core principles of serverless computing and containerization. They should also get familiar with Python programming, enabling them to automate tasks and implement security measures programmatically."
Program completers of the "Securing your Network" courses showcase a comprehensive understanding of network security essentials, including core principles, encryption techniques, and security technologies. They exhibit proficiency in network monitoring, threat analysis, and implementing secure communication channels. Additionally, participants demonstrate their expertise in recognizing and mitigating various network threats, configuring and managing firewall solutions, and effectively utilizing advanced security technologies such as IDS&IPS.
Learners in this program should exhibit a firm grasp of foundational network security concepts. They should demonstrate knowledge in applying core network security principles, encryption methods, and security technologies. Additionally, participants should showcase proficiency in monitoring network activity and analyzing potential threats, along with the capability to implement and enforce secure communication pathways.
Designing your Cybersecurity Infrastructure
Program completers of the "Designing your Cybersecurity Infrastructure" course exhibit a deep understanding of modern cybersecurity principles and practices, including skills necessary for identifying and mitigating digital threats, emphasizing the importance of maintaining up-to-date security measures. Participants learn to secure digital communication channels and explore foundational concepts in managing and responding to security incidents. Furthermore, it focuses on developing secure network strategies and understanding the intricacies of protecting cloud environments.
Participants in the "Designing your Cybersecurity Infrastructure" program must demonstrate comprehensive expertise in advanced cybersecurity concepts. They are expected to proficiently identify and mitigate various digital security threats and emphasize the importance of maintaining robust security systems. Learners should have advanced skills in securing digital communications and be adept at managing complex security incidents. They must showcase their ability to protect various digital technologies and systems effectively. Further, participants should display expertise in developing and implementing secure network strategies and safeguarding cloud-based environments. Successful completion of this program indicates that learners are thoroughly prepared to design, implement, and manage sophisticated cybersecurity solutions in diverse and evolving technological landscapes.
Program completers of the "Social Engineering and Ethical Hacking" course demonstrates a comprehensive understanding of the tactics and strategies used in social engineering, coupled with the technical skills required in ethical hacking. Participants become proficient in recognizing and exploiting vulnerabilities within networks, with a particular emphasis on network scanning techniques. An in-depth exploration of Social Engineering and Open Source Intelligence (OSINT) equips learners with the skills to gather information and manipulate human elements in cybersecurity. The curriculum also includes practical knowledge in Brute-Force methods and executing Infrastructure Attacks, teaching participants to test and reinforce system security. Learners gain foundational knowledge in Web Application Security and progress to more advanced techniques, preparing them to identify and mitigate vulnerabilities in web applications.
Learners in the "Social Engineering and Ethical Hacking" program must demonstrate a thorough grasp of the principles of social engineering and ethical hacking. They should show expertise in Network Scanning, effectively identifying and evaluating system vulnerabilities. Proficiency in using Social Engineering and OSINT for cybersecurity purposes is essential. Participants must exhibit skill in executing Brute-Force and Infrastructure Attacks, showcasing their ability to test and improve system security. Understanding the importance and methods of Web Anonymity is required, as is a strong foundation in Web Application Security, progressing to advanced techniques.
Program completers of the "Digital Forensics and Incident Response course" possess a deep understanding of of the intricacies involved in managing cyber incidents and the digital investigations that follow. They are proficient in preparing, identifying and responding to cybersecurity events quickly with considerations of minimizing any potential damage. Their knowledge extends to digital forensics, where they are trained in conducting forensic analysis, including collecting, preserving, examining, and reporting digital evidence in a legally sound manner. Moreover, the participants are equipped with skills to use various forensic tools and techniques for extracting data from different digital devices and platforms.
Participants in this course are required to demonstrate comprehensive understanding and practical proficiency in critical areas of digital forensics and incident response. This applies theoretical aspects, such as the six stages of incident response, to real-life scenarios and complex threats. Participants should also be able to conduct forensic investigations, analyze volatile artifacts, and perform both Windows and Linux live forensics. Additionally, participants should display capabilities in specialized domains such as static malware analysis, anti-forensics detection, file carving, network forensics, log analysis, and memory and process forensics. Furthermore, learners should be capable of effectively conducting timeline analysis for incidents and reporting findings according to the involved legal considerations.
Program completers of the "Threat Hunting and Intelligence" are proficient in proactive threat identification and mitigation. They are knowledgeable in the threat-hunting process and intelligence gathering. Trained in several conceptual models and MITRE ATT&CK framework, they excel in formulating hunting hypotheses, inspecting organizational systems, analyzing network traffic, and identifying anomalies that may indicate threats. Their skills extend to implementing threat intelligence, modern tools, techniques, and behavioral analysis into threat detection. Additionally, they are adept in advanced practices required to detect and respond to Advanced Persistent Threats (APTs) and deal with unique challenges in cloud environments.
Participants in this course must demonstrate a thorough understanding and practical skill in threat hunting and intelligence analysis, including applying theoretical concepts to real-world scenarios. They need to show proficiency in gathering cyber threat intelligence, including sourcing and correlating intelligence, and be skilled in developing hunting hypotheses incorporating frameworks such as MITRE ATT&CK. Participants must also exhibit expertise in network traffic analysis, anomaly detection, behavioral analysis, and endpoint examination for threat detection, including hunting in cloud environments. Additionally, they must demonstrate an understanding of implementing threat-hunting practices into organizational security operations and developing strategies for detecting and responding to Advanced Persistent Threats (APTs).
Program completers who obtain this badge showcase the ability to write a cohesive, compelling narrative about their course projects and create an elegant, professional-quality portfolio (the most important aspect to getting a professional design job) that shows they are job-ready.
Learners must complete the Portfolios course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to articulate the critical design thinking they will need to master in order to excel as digital problem solvers and designers of future digital products, services, and tools.
Learners must complete the How to Think Like a Designer course and meet all the course requirements.
Program completers who obtain this badge showcase a mastery of design principles used to create compelling, inclusive, and accessible designs. They can use Adobe Creative Suite to produce both print and digital media using core design fundamentals including color theory, typography, layout composition, and visual hierarchy.
Learners must complete the Visual Design Essentials course and meet all the course requirements.
Program completers who obtain this badge showcase an understanding of the best practices in user interface design for mobile apps and responsive websites. They demonstrate intermediate knowledge and use of Figma to create accessible and successful designs including using grids, UI patterns, and design systems.
Learners must complete the UX Design Essentials course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to design and conduct market and user research remotely using tools such as Miro, Zoom, and Otter.ai. They demonstrate the ability to synthesize findings into actionable data to ensure data driven design decisions.
Learners must complete the Design Research course and meet all the course requirements.
Program completers who obtain this badge showcase an understanding of the best practices in user experience design. They have created data-driven UX deliverables from user and market research, including personas, journey maps, and task flows. They have used information architecture to organize content information in a clear way.
Program completers who obtain this badge showcase the ability to create sketches and paper prototypes to identify viable solutions based on research rapidly. They show mastery in translating their sketches into low-to-mid fidelity wireframes, which will be validated with usability testing.
Learners must complete the Low Fidelity Design course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to utilize critical thinking to select an appropriate usability testing method based on the goals of their projects. They have designed and conducted usability tests with target customers and synthesized findings into actionable insights in order to iterate on their designs and make them more user-centric.
Learners must complete the Usability Testing course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to effectively work in small teams to define, scope, and design an end-to-end product that is backed by research and data. Throughout this project, they work collaboratively and present their designs to stakeholders.
Learners must complete the Design Studio course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to comprehend and effectively communicate the basic technological functions of the websites, software, and applications they are designing that developers will eventually build in code.
Learners must complete the Front End Development 101 course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to employ fundamental marketing methodologies, tactics, and strategies, including social media and content marketing.
Learners must complete the Intro to Digital Marketing course and meet all the course requirements.
Program completers who obtain this badge showcase the ability to successfully navigate a technical whiteboarding interview.
Learners must complete the Preparing for a Desgin Career course and meet all the course requirements.