Graduates of the Python 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 from the Internet of Things/Industrial Internet of things Course show understanding of the importance of these ever-increasing amounts of IoT devices around the world. By being exposed to the breadth and depth of IoT, its sheer size, our graduates will be able to adapt and engage in this rapidly growing area in commercial organizations.
Learners will have shown proven skill with firmware analysis and ICS security concepts and be able to harden devices from attack or eliminate high-risk devices from an enterprise environment.
The Introduction to Cybersecurity Course sets you up with exposure and overviews of the hands-on experience you need to outsmart the competition and step up your career. The instructors, some of the top experts in the field, bring their real-life experience to the classroom, and provide you with an overview of cybersecurity concepts. Students learn about Microsoft Windows Server 2016, Linux fundamentals, Cisco Cyber Defender, cyber Infrastructures, and an introduction to offensive and defensive security practices.
Learners must have been introduced to Microsoft Windows networking components, administrating Microsoft Windows Server 2016 and implementing security policies in Microsoft Windows domains. Students must have been introduced to efficiently and effectively administrating the Linux Operating System, have an introduction to Linux networking components as well as basic familiarity with Linux security policies. Lastly, students will be exposed to managing Cisco data networking operations and install, operating, and troubleshooting a small enterprise.
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 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 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 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 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.
Cyber Infrastructure and Technology Course
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.
Digital Forensics and Incident Response Course
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 program 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 of the 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.
This course focuses on individuals’ choices within the scope of mobility, including the role of mobility in individual equity, such as health, and external social influences like environmental and safety concerns. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus Mobility Behavior & Technology course.
Learn essential strategies and key tools that will decrease time-to-market, reduce waste, enhance product quality, and fully integrate new product designs into a Lean production environment. Leave prepared to bring your best ideas to market as effectively and quickly as possible. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Product Development program.
The best way to transform an organization is by inspiring behavioral change. Lean Leadership fosters the development of a continuous improvement culture through worker interaction, communication, and decision-making. Through an effective blend of tools, concepts, and coaching techniques, this program will enable you to improve your organization through efficient and effective leadership. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Leadership program.
Taught by physician leaders and quality improvement professionals from Michigan Medicine, this five-day certificate program combines world-class Lean healthcare training expertise with hands-on applications. Learn essential principles, systems, and tools that will prepare you to spearhead a Lean initiative in your organization. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Healthcare program.
Mobility Systems Design, Finance, and Regulation
This course explores the impact of mobility on communities, ranging from community development, land use, individual choice, and regulatory considerations within the scope of transportation and autonomous vehicles. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus Mobility Systems Design, Finance, and Regulation course.
Through expert lectures, case studies, exercises, and simulations, Lean Manufacturing will equip you with the skills needed to enhance productivity and increase customer satisfaction. Practice both the essential Lean principles and the complementary tools, methods, and change management techniques designed to set you and your team up for success. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Manufacturing program.
Certificate completion of the custom Nexus Lean Supply Chain course.
Creating sustainable change demands more than project implementation or finite strategic initiatives. It requires fundamentally shifting the way people think about change. By introducing a structured model designed to engage stakeholders across your organization, this course will provide you with the skills needed to transform your culture into one that embraces change. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Change Management program.
In an economy defined by new challenges and greater uncertainty, organizations capable of adaptation will be better positioned to succeed. This application-based workshop provides a systematic, scientific pattern to help individuals and teams develop the thinking skills required for continuous improvement. Learn the importance of deliberate practice in skill development, practice rapid Plan-Do-Check-Act (PDCA) cycles, learn how to coach others, and develop a plan to deploy these techniques at your organization. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Coaching for Improvement program.
Lean Transactional for Business Processes
Service operations account for over sixty percent of the cost of meeting customer demand. Using Lean concepts, tools, and processes, this three-day certificate program presents a structured way to improve quality, reduce lead time, and serve more customers without adding resources. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Transactional for Business Processes program.
Anywhere there is a person using a system, human factors engineering concepts inevitably apply. This hands-on, multidisciplinary training program provides essential user interface design experience for anyone looking to improve their organization through proven evaluation techniques. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Human Factors Engineering program - Week 1 and Week 2.
Whether you are new to truck systems or have years of experience, this course will help you understand their special dynamic behavior by merging the fundamentals of vehicle dynamics and the details of truck components and properties. Learn from leading University of Michigan researchers and industry experts. Stay engaged through computer simulations, case studies, and real-world examples. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Dynamics of Heavy Duty Trucks program.
Leading researchers at the University of Michigan have developed a groundbreaking four-day course on connected and automated vehicles (CAV). Learn about the latest concepts, CAV safety standards, and key challenges facing the industry, as well as new technologies and effective solutions being developed here in Ann Arbor. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Connected & Automated Vehicles program.
Learn research-based techniques from a multidisciplinary team at University of Michigan Engineering. Through interactive classroom sessions, you will gain advanced knowledge and learn practical applications in the modeling, design, analysis, and development of hybrid and electric vehicles — with a special focus on electric machines/drives and battery modeling, management, and control. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Vehicle Electrification program.
This course covers the fundamentals of battery cell manufacturing, giving you an understanding of energy storage technologies and teaching you the skills to scale up innovation. Through hands-on sessions in the University of Michigan Battery Lab and instruction from faculty and industry experts, you will gain exposure to the aspects of building a battery from start to finish. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Battery Manufacturing program.
Learn how to effectively solve problems by integrating Lean and Six Sigma within the DMAIC approach. Using a blend of examples and case studies drawn from manufacturing, transactional/service, and healthcare environments, this course will set you up with a structure to systematically frame problems, collect data productively, and implement sustainable solutions. Our unique remote delivery format combines convenient self-paced learning with a series of live check-in sessions, enabling you to interact with U-M faculty while completing the course modules on your own time. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Six Sigma - Green Belt program.
Lean Six Sigma - Green Belt for Healthcare
Learn how to effectively solve problems by integrating Lean and Six Sigma within the DMAIC approach. Using case studies and examples primarily drawn from healthcare organizations, this online course will set you up with a structure to systematically frame problems, collect data productively, and implement sustainable solutions. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Six Sigma - Green Belt for Healthcare program.
Lean Six Sigma - Green Belt for Manufacturing
Learn how to effectively solve problems by integrating Lean and Six Sigma within the DMAIC approach. Using case studies and examples primarily drawn from manufacturing companies, this online course will set you up with a structure to systematically frame problems, collect data productively, and implement sustainable solutions.
Certificate completion of the Nexus Lean Six Sigma - Green Belt for Manufacturing program.
Lean Six Sigma - Green Belt for Transactional/Service
Learn how to effectively solve problems by integrating Lean and Six Sigma within the DMAIC approach. Using case studies and examples primarily drawn from transactional/office processes, this online course will set you up with a structure to systematically frame problems, collect data productively, and implement sustainable solutions. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Six Sigma - Green Belt for Transactional/Service program.
It is estimated that 70-80% of quality problems originate in product definition and design. The Design for Six Sigma (DFSS) methodology aims to preempt those problems by translating customer requirements into functional requirements — ensuring more robust product, service, and process designs. Learn proven analysis tools, apply those methods within a structured framework, and earn your Green Belt certification prepared to meet customer-driven design objectives. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Design for Six Sigma - Green Belt program.
Effective quality analysis requires finding the right tool for the right problem. Using a blend of case studies drawn from different industries, this course provides advanced continuous improvement and quality engineering analysis skills used in Lean Six Sigma problem solving. Our unique remote delivery format combines convenient self-paced learning with a series of live check-in sessions, enabling you to interact with U-M faculty while completing the course modules on your own time. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Six Sigma - Black Belt program.
Lean Six Sigma - Black Belt for Manufacturing
Effective quality analysis requires finding the right tool for the right problem. Using a blend of case studies and examples drawn from manufacturing companies, this online course provides advanced continuous improvement and quality engineering analysis skills used in Lean Six Sigma problem solving. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Lean Six Sigma - Black Belt for Manufacturing program.
Lean Six Sigma - Black Belt for Transactional/Healthcare
Effective quality analysis requires finding the right tool for the right problem. Using a blend of case studies and examples drawn from transactional and healthcare processes, this online course provides advanced continuous improvement and quality engineering analysis skills used in Lean Six Sigma problem solving.
Certificate completion of the Nexus Lean Six Sigma - Black Belt for Transactional/Healthcare program.
It is estimated that 70-80% of quality problems originate in product definition and design. The Design for Six Sigma (DFSS) methodology aims to preempt those problems by translating customer requirements into functional requirements — ensuring more robust product, service, and process designs. Learn more advanced statistical analysis techniques and earn your Black Belt certification prepared to meet customer-driven design objectives.
Certificate completion of the Nexus Design for Six Sigma - Black Belt program.
Six Sigma Master Black Belt in Operational Excellence
This intensive hybrid program will provide you with the core skills in program management and technical problem solving required to be an effective Master Black Belt instructor and continuous improvement leader. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Six Sigma Master Black Belt in Operational Excellence program.
CCET | CAV | Adversarial Machine Learning
Adversarial Machine Learning has profound implications for safety-critical systems that rely on machine learning techniques, like autonomous driving. Machine learning models, such as neural networks, are often not robust to adversarial inputs. This course introduces concepts from machine learning and then discusses how to generate adversarial inputs for assessing the robustness of machine learning models. Potential defenses — and their limits — are also discussed. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | CAV | Adversarial Machine Learning course.
CCET | CAV | Social and Behavioral Implications of Autonomous Vehicles and Services
This online course focuses on identifying a range of potential positive and negative implications that could result when autonomous vehicles (AV) and services are deployed in large volumes — including how these systems will be used; who they will serve; some of the remaining societal challenges; how operators are trained and informed; as well as new and continued safety considerations. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | CAV | Social and Behavioral Implications of Autonomous Vehicles and Services course.
CCET | CAV | Fundamentals of Connected and Automated Vehicles
This self-paced online course introduces participants to connected and automated vehicle technologies and their current research, development, and deployment status. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | CAV | Fundamentals of Connected and Automated Vehicles course.
CCET | CAV | Dynamics and Control of Connected Vehicles
This online course focuses on modeling and control of connected vehicle systems consisting of human-driven and connected automated vehicles. Models are built in terms of ordinary differential equations and delay differential equations, and their dynamics are studied at the linear and nonlinear levels. Controllers for connected automated vehicles are designed so that they can ensure stability and disturbance attenuation. The impacts of connectivity and automation on improving safety, energy efficiency, and mobility are evaluated.
Completion of the Nexus CCET | CAV | Dynamics and Control of Connected Vehicles course.
CCET | HEV | Hybrid Vehicle Technologies
Hybrid powertrains provide new opportunities to achieve better trade-offs in vehicle designs, such as driving performance and fuel economy. This online course presents an introduction to the current status of hybrid vehicles and basic technologies, along with an in-depth discussion about the control and design of split hybrid electric vehicles. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | HEV | Hybrid Vehicle Technologies course.
This online course covers the fundamental theory associated with electric drive systems. The capabilities and limitations of different types of electric machines (DC machines, permanent magnet AC machines, induction machines, and reluctance machines) in drive applications are also covered in detail. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | HEV | Electric Machines course.
Energy storage is a cross-cutting technology that impacts electric vehicles, portable electronics, and the grid penetration of renewable power sources like wind and solar. This online course provides an overview of the fundamental operating principles from the perspective of automotive applications. Learn the different types of batteries, how they work, and how they fail. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | HEV | Electrical Energy Storage course.
CCET | HEV | Battery Management and Safety for Electric Vehicles
Estimation and control of the states of the battery are essential to extract the maximum usable energy and highest available power while maintaining safe operation in hybrid and electric vehicle systems. This course reviews the modeling techniques, concepts, and algorithms used in advanced battery management systems (BMS).
Completion of the Nexus CCET | HEV | Battery Management and Safety course.
CCET | ADV MFG | Smart Production Systems
Smart Production Systems (SPS) are manufacturing systems capable of self-diagnosing and autonomously designing optimal continuous improvement projects. This online course provides an introduction to SPS technology and its relation with Industry 4.0, enabling learners to participate in the design, implementation, and operation of PMA-based SPS. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | ADV MFG | Smart Production Systems course.
CCET | ADV MFG | Innovation of Manufacturing Systems and Sustainability
This online course provides an overview of the changing paradigms of manufacturing in the context of industrial/technical revolutions, and how the industrial internet of things (IoT) will enable smart and personalized manufacturing. Sustainable manufacturing, life cycle assessment, eco-audit, and metrics for assessing manufacturing systems are also covered in detail. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | ADV MFG | CCET | ADV MFG | Innovation of Manufacturing Systems and Sustainability course.
CCET | ADV MFG | Design and Manufacture of Multi-Material Lightweight Structures
The adoption of multi-material lightweight structures has become imperative for the transportation industry. This online course will teach you the unique challenges in their design and manufacture, along with basic considerations in material selections, dissimilar materials joining methods, and joint performance characterization methods. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | ADV MFG | Design and Manufacture of Multi-Material Lightweight Structures course.
CCET | ADV MFG | Advanced Materials and Processes Manufacturing Lightweight Structures
Reducing the weight of the machines that move people and goods is a key enabler for improving fuel economy and payload. This online course reviews the development of new materials and the associated means of manufacturing them into structural components. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Completion of the Nexus CCET | ADV MFG | Advanced Materials and Processes Manufacturing Lightweight Structures course.
Certificate completion of the Nexus Kata for Daily Improvement program.
Streamlining your office and administrative processes using Lean concepts, tools, and thinking will help you improve quality, reduce lead time, and serve more customers without adding resources. This five-day certificate program presented a structured way to understand how your organization delivers value and will help you establish business processes based on flow rather than function. Use the personalized credential url to connect to your LinkedIn profile page and share your achievement with your network and tag Nexus.
Certificate completion of the Nexus Lean Office & Service program.
This module covers the social and behavioral implications of mobility, including the intersection between transportation and economic mobility, urban sprawl and segregation, and transportation equity. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Successful completion of module topics, readings, and testing assessment with an 80% pass rate is required to earn a digital badge.
This module examines the many ways that transportation affects the environment, including factors that determine the scale of impact and how these factors affect externalities such as air pollution and greenhouse gas emissions. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
This module examines trends, opportunities, and challenges associated with intelligent transportation systems. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
This module provides an overview of key datasets, analytical tools, and data concepts related to mobility. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
FoM | Planning, Urban Design, and Systems Integration
This module digs into transportation planning and urban design, unpacking how mobility fits within our cities and how emerging modes and technologies impact these planning efforts. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
This module defines mode choice and examines its importance to transportation planners. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
FoM | Financing the Transportation and Mobility Ecosystem
This module explores transportation and mobility infrastructure finance, including the structure and sources of financing, public and private financing models, tokenization, and finance in the digital era. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
New mobility systems have the potential to transform the way people and goods move about, creating significant legal, regulatory, and policy issues. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Master Certificate in Lean Manufacturing
Within two years, complete a third week (the five-day Week 2 course you have not yet taken — Maize or Blue) to earn the Master Certificate in Lean Manufacturing. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Week 1 of the course focuses on human factors concepts, offering a broad survey of human factors topics important to designers and researchers.
Week 1 completion of the Nexus Human Factors Engineering program.
Human-computer interaction (HCI) and intelligent system design are the focus for Week 2, providing an overview of HCI issues through workshops that lay the foundation for effective human-computer systems.
Week 2 completion of the Nexus Human Factors Engineering program.
Certificate completion of the custom Nexus Lean Warehousing course.
Custom course for Lean Supply Chain & Warehousing.
Certificate completion of the custom Nexus Lean Supply Chain and Lean Warehousing courses.
Cyber Infrastructure and Technology Course Copy
Companies are under increasing pressure to bring new products with more features and an adequate profit margin to market quickly. Errors in product costing estimates can reduce or eliminate profits as well as cause business loss. Non-competitive bids and the industry practice of target costing can often lead to sub-optimal solutions. In this course, you will learn various cost models, their advantages and disadvantages, and the concept of what “should” be the product cost. –– Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Product Cost Engineering program.
Reliability, Testing, and Warranty Analysis
When faced with a large investment years before a product is launched, it is difficult to convince financial management that this investment will produce the required level of return. The financial justification of reliability efforts is much easier when all system costs are considered—not only warranty costs. This course will use real case studies to blend the management, engineering and statistical aspects of an effective reliability program. Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus).
Certificate completion of the Nexus Reliability, Testing, and Warranty Analysis program.
"Graduates from the Advanced Manufacturing Cybersecurity Course are able to describe indsutry 4.0 technologies and the associated security concerns, policies, frameworks, and processes utilized by organizations to secure those technologies. Risk assessment and mitigation being theunderlying theme, our graduates will be able to contribute to the ongoing mission of security compliance in an OT environment. 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. Demonstrate foundational knowledge of Industry 4.0 drivers, technologies, vulnerabilities, attacks, and risk management. Describe security architecture, frameworks, compliance, regulations, and models for Industry 4.0 environments from a risk management perspective. Discuss, utilize, and implement active and passive security monitoring in an operational technology (OT) environment. Discuss and implement controls in an OT environment. Discuss incident response (IR) in an OT environment, distinguish IR between information technology (IT) and OT environments, and perform an IR exercise. Discuss digital forensics (DF) in an OT environment, distinguish DF between IT and OT environments, and perform DF within an IR context. Discuss and implement OT threat intelligence while utilizing threat hunting to mitigate common OT environment threats. Discuss and distinguish risk assessment and analysis in an IT versus an OT environment and implement and perform a limited pen test. Discuss and distinguish risk mitigation and remediation in an IT versus an OT environment and implement and determine the best risk management treatment (mitigation or remediation).
Learners of the Advanced Manufacturing Cybersecurity course will have shown their ability to recommend and implement OT environment specific security controls and processes to adhere to industry compliance requirements.
Scenario planning is a practice through which communities plan for an uncertain future by exploring multiple possibilities of what might happen. The practice guides planners, community members, and other stakeholders through considerations of various potential futures and explores how to effectively respond to and plan for them.In the course, urban planning professionals will gain first-hand knowledge about scenario planning and concrete ideas for how to implement scenarios in their cities. -- Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus)
Certificate completion of the Nexus Scenario Planning for Urban Futures program.
Discover new pathways and propel improvement efforts forward through deliberate structure and routine by employing the Kata mindset. Toyota Kata is a systematic approach that builds habits, allows practitioners to trust their own scientific thinking, and enables the capacity for learning, experimentation and creativity. By engaging leaders as coaches, there is an opportunity to connect the frontline work to the highest organizational objectives. Teams can focus on workable challenges that require a culture of learning. Beginning at the executive level, these culture shifts evolve through the work of daily practice and are as much a means as they are an end result of deliberately developing organizations. -- Follow Nexus on LinkedIn (Nexus at University of Michigan Engineering) & Twitter (@UMichNexus)
Certificate completion of the Nexus Kata Mindset program.
Lean Healthcare and Six Sigma Certificate
Custom Lean Healthcare and Six Sigma program in partnership with Siemens.
Certificate completion of the Nexus Lean Healthcare and Six Sigma custom program in partnership with Siemens.
Completion of the Fundamentals of Connected and Automated Vehicles module – in partnership with TalentSprint.
Completion of the Electrical Energy Storage module – in partnership with TalentSprint.
Completion of the Hybrid Vehicle Technologies module – in partnership with TalentSprint.
Completion of the Electric Machines module – in partnership with TalentSprint.
Dynamics and Control of Connected Vehicles
Completion of the Dynamics and Control of Connected Vehicles module – in partnership with TalentSprint.
Completion of the Adversarial Machine Learning module – in partnership with TalentSprint.
Social and Behavioral Implications of Autonomous Vehicles and Services
Completion of the Social and Behavioral Implications of Autonomous Vehicles and Services module – in partnership with TalentSprint.
Fundamentals of Connected and Automated Vehicles
Battery Management and Safety for Electric Vehicles
Completion of the Battery Management and Safety for Electric Vehicles module – in partnership with TalentSprint.
Custom Project Management program in partnership with University of Michigan LSA Newnan Academic Advising Center.
Certificate completion of the Nexus Project Management program in partnership with University of Michigan LSA Newnan Academic Advising Center.
Custom Facilitation Workshop in partnership with Popular.
Certificate completion of the Nexus Facilitation Workshop custom program in partnership with Popular.
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.
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. 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
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.
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.
Completers of the "Threat Hunting and Intelligence" course 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).