The goal of this course is to demonstrate how to calculate the cost risks associated with a construction project. The fundamentals of risk management will be reviewed in the first part of the course. The objectives of the project will be presented in the context of corporate financial decisions. The concept of risk will be defined, as will the risk management process.

This course will present how cost risks are typically determined in a large number of organizations in the second part. Inconsistencies in this approach will be highlighted. Then, Monte Carlo analysis will be defined, and its procedure will be presented based on recognized best practices.

The Monte Carlo Analysis will be based on a sample project summary report in the third section. Critical cost accounts, as well as the risks associated with them, will be identified. In the final section, a sub-procedure will be developed to collect the number of iterations from the user, a function will be defined to calculate the total cost for each iteration, and another sub-procedure will be developed to calculate the parameters for the entire number of iterations.

The Excel file and VBA code can be downloaded from the previous lecture. This course is strictly for educational purposes. If you need to apply this to a real-world project, please consult a professional.

Who this course is for:

• Risk management amateur
• Risk management professional
• Cost Engineer
• Managers
• Anyone interested in cost risk analysis

Requirements

• Beginner in VBA
• Beginner in MS Excel
• Beginner in Monte Carlo Simulation

Course ratings: 5.0/5

Enroll here: https://www.udemy.com/course/measuring-cost-risk-using-monte-carlo-simulation/

Raj Elakkara's Agile Scrum Mastery: Full Project Simulation + Certification course is an online Agile Scrum certification program. The program will help participants develop a thorough understanding of Agile Scrum, from beginner to advanced level concepts such as Official Agile Scrum, Unofficial Agile Scrum, Product Backlog, Sprint Planning, and so on.

This course teaches students the Scrum framework and how to execute Physical Scrum Boards, Scrum in Trello, and Scrum in JIRA NextGen and Confluence. The comprehensive course is open to anyone interested in learning about Scrum and working on a Scrum team as a Business Analyst, Scrum Master, Tester, UX designer, Product Owner or Developer, Data Scientist, and so on. Enrolling students are expected to have basic computer knowledge in order to successfully complete the course.

Provided by Udemy, Agile Scrum Mastery: Full Project Simulation + Certification training also offers free practical exposure to the learners through real-life projects. Besides, the candidates will be given unlimited and lifetime access to the course materials including the video lectures and certificate of completion. The people who are keen to choose this programme can enter it by making the payment.

Who this course is for:

• Anyone aspiring to work in a Scrum team as Scrum Master, Product Owner or Developer
• Any Scrum team member who has a basic understanding of Scrum and wants to improve
  
• Any Scrum team member who has a good understanding of Scrum and wants to go to the next level
• Anyone preparing for Scrum Certification
• Anyone aspiring to, or working in a Scrum team as a Business Analyst, Tester, UX designer or Data Scientist etc.
• Anyone who works with Scrum teams and wants to understand how best to engage with them
• Anyone who works in a team that is transitioning to Agile Scrum

Requirements

• Basic knowledge of computers
• No paid software needed. You will use the free versions of Trello, JIRA & Confluence

Course ratings: 4.7/5

Enroll here: https://www.udemy.com/course/agile-scrum-mastery/

This course will teach you about fluid simulation. In the first section, you will learn the fundamentals of fluid simulation and how it works. Following that, you will go through the domain and see how each setting and value affects the simulation. Mantaflow revolutionized fluid simulation.

Following that, in section 2, you will traverse the domain, learning how each and every setting and value affects the simulation. Section 3 will go over all of the different types of objects that can be added to your simulation. Flow objects, obstacles, guides, and much more are examples. You'll also get to know realistic water material, the ocean modifier. and how to make it in Blender.

The rigid body simulation and how it can be used to interact with the fluid simulation will be covered in the second tutorial. The end result will be a cube falling with fluid inside it.

Finally, in the final tutorial, you will learn how to create a realistic waterfall using Mantaflow step by step! In this tutorial, you will model the waterfall, simulate it, add particles, create materials, and render it using Cycles!

Who this course is for:

• Anyone who want to learn Blender 3D
• Anyone who wants to learn about simulations in Blender
• Anyone who wants to advance there skills in Blender
• Anyone who wants to learn about rendering fluid in Eevee

Requirements

• You should be able to use a pc at a basic level.
• It is recommended that you have a little bit of prior experience with Blender 3D
• The fluid simulation is a little computer intensive. Having a slower one might effect how fast you can complete this course.

Course ratings: 4.7/5

Enroll here: https://www.udemy.com/course/blender-fluid-simulation/

This C++ course will immerse you in the heart of aerospace simulations. The instructor gradually combines C++ constructs with increasingly complex aerospace features. You will have access to eight simulations that will replicate this build-up, culminating in a multi-object CRUISE simulation.

The instructor will demonstrate by attacking targets with UAVs tracked by overhead satellites. Though he shows you how to build the entire aerospace simulation, his main focus is on the C++ PIE: Polymorphism, Inheritance, and Encapsulation. He uses them to overload functions—both pure and virtual functions—resulting in efficient run-time polymorphism; organize the aerospace vehicles—UAV, target, and satellite—into a hierarchical inheritance structure; and encapsulate the aerodynamic and propulsive data into classes to protect their access.

Though he uses simulation framework CADAC++ to demonstrate key C++ features, you will notice that the C++ PIE is feeding the majority, if not all, complex aerospace simulations. Your knowledge of CADAC++ will also allow you to access all of other simulations of missiles, aircraft, rockets, and hypersonic vehicles in this course.

Who this course is for:

• Students eager to apply their C++ knowledge to aerospace simulations
• Developers interested in the CADAC++ architecture
• Faculty preparing students for their professional career
• C++ programmers curious about aerospace applications

Requirements

• Literate in C++ with familiarity of flight dynamics
• Dedicated to pursue a challenging course to the end
  
• Windows 10 (or 7) computer with Microsoft Visual C++ 2019 (Community or Standard versions)

Course ratings: 4.6/5

Enroll here: https://www.udemy.com/course/c-in-aerospace-simulations/

This is an all-inclusive guide to fire dynamics simulation and non-fire applications (HVAC). In this course, you will learn how to create a 3D model, as well as how to build and define fire, combustion, ventilation, and HVAC components. You'll also discover how to make a mesh and define simulation control logic and outputs.

It will go over all of Pyrosim's commands and options in detail to help you navigate the software and create simple and complex models.

This course will teach you about fire propagation, as well as how to define fire chemical reactions and combustions. how to comprehend the design and behavior of smoke control systems Pyrosim has a wide range of applications, from starting a stove fire to igniting fuel storage tanks, and from small room AC to entire buildings. AC simulation can be used to analyze flow patterns for clean room applications, track particles in a space, and test pressurization systems.

Furthermore, the course is explained using real-life case scenarios and applications to cement your knowledge at each step, and the instructor will provide all necessary resources and feedback at any time. This is definitely one of thebest online simulation courses.

Who this course is for:

• Mechanical Engineers Who wishes to Learn How to Simulate Fire, Smoke & HVAC Systems
• Fire Protection Engineers Who Wishes to Test & Validate Fire Protection Systems Operation Against Fires
• Life Safety Engineers Who Wishes to Test & Validate The Smoke Behavior and Test Evacuation Efficiency
• Fire Fighters for Training Against Fire Propagation & Smoke Spread or Smoke Control Systems Behaviour
• Architects Who Wishes to Test The Response of Active & Passive Fire Protection Measures in Building Design
• Engineers Who Wihes to Test HVAC System Performance or Conduct Thermal Comfort Analysis
• Engineers Who Wishes to Test and Validate Pressurization & Infiltration Systems Design & Operation

Requirements

• No Experience Required, However Basic Understanding of Related Engineering Principals Can Be of Advantage

Course ratings: 4.5/5

Enroll here: https://www.udemy.com/course/mastering-fire-dynamics-simulation-fds-cfd-using-pyrosim/

Excel simulations aid in the investigation of a real-life phenomenon, process, or problem through the use of a model. This method is automated, goal-oriented, interactive, and user-friendly. This approach to working with data makes it challenging, creative, and enjoyable. These simulations really bring out a lot of excel skills. These online tutorials are truly self-paced, and anyone can easily learn business intelligence, the importance of data trending, and how to create valuable data visualizations.

You will learn the entire simulation procedure, including functions such as Data Simulation, single reference simulation, grid reference simulation, chart simulation, goal seek, and so on. Descriptive Statistics, Mean Mode Median, Dispersion, Standard Deviation, Data Analysis Tool, Central Tendency and Dispersions Using Data Analysis, Correlation and Regression, Histogram Using Data Analysis, Moving Averages Using Data Analysis.

The course is designed to teach students advanced data sorting and filtering techniques, as well as how to use lookup functions and other essential functions. The training will instruct students on how to use statistical tools in Excel. Thus, both the training and the projects will walk you through the essential features of Excel and how to use them effectively.

Who this course is for:

• Commerce students
• Students from the business administration
• Working professionals who go through the hectic working schedule of same repetitive work every day
• Anyone who wants to learn excel simulations

Requirements

• Basic knowledge of excel tools and functions
• Passion to learn and apply
• MS Excel 2016 in your PC

Course ratings: 4.4/5

Enroll here: https://www.udemy.com/course/microsoft-excel-simulations/

Udemi Academy has published Simulation using ANSYS – Fluent English version, a project-based training course on computational fluid dynamics (CFD) with ANSYS Fluent software.

Since R19.2, the ANSYS workbench software has undergone numerous changes, as has the software's graphical user interface. Each topic in both versions of the software is explained in this regard, so that those who use older versions can also benefit from this training course.

Videos related to old and new versions are categorized as R181 and R193 so that the user can easily distinguish between the two videos. The general contents of both videos are the same and only the user interface and the way of working with the software are different.

This training course is not recommended for beginners and inexperienced people, and participants should be familiar with the minimums and principles of fluid dynamics. The software interface in the old and new versions has unique options and options that you must remember to work with.

Who this course is for:

• Mechanical engineers
• Aerospace engineers
• Mechanical students
• Aerospace students
• CFD Analysts
• numerical analysis researches
• numerical analysis students

Requirements

• Fluid dynamics basic knowledge
• ANSYS 18.1 or later installed on your PCs

Course ratings: 4.4/5

Enroll here: https://www.udemy.com/course/simulation-using-ansys-fluent-level-3-english-version/

This course, one of the best online simulation courses, is designed to allow you to simulate any power electronics device in MATLAB/Simulink, including rectifiers, dc-to-dc converters, and inverters. This course not only provides a review of the theory of how rectifiers, dc-to-dc converters, and inverters work, but it also provides several examples of how to simulate these devices using MATLAB/Simulink. The MATLAB/Simulink models for the power electronics devices created during the lectures are available for download with each lecture.

The course is broken down into four sections. Section 1 will begin by reviewing the theory of semiconductor devices used in power electronics. Section 2 explains the operation and topologies of power electronics rectifiers. In section 3, you will learn the theory behind the operation and topologies of power electronics dc-to-dc converters, and in section 4, you will learn the theory behind inverters.

You will go over several models in each section to demonstrate how you can design and simulate power electronics devices in MATLAB/Simulink. The models can also be downloaded so you can follow along as well as use and modify them to create your own designs. You will be able to advance your career in electrical engineering and power electronics by learning how to simulate power electronics devices in MATLAB/Simulink.

Who this course is for:

• Engineering students
• Practicing engineers
• Anybody with an interest in learning about power electronics and/or MATLAB/Simulink

Requirements

• MATLAB/Simulink software, free trial available online

Course ratings: 4.4/5

Enroll here: https://www.udemy.com/course/simulink-for-power-electronics-simulations/

Bioinformatics tools are currently widely used in biological research. This Advanced Bioinformatics course will teach you the theory and practice of molecular docking and molecular dynamics simulation. This course attempted to explain the theory as well as the practical steps required to perform the aforementioned bioinformatics techniques. This course is designed to ensure that you are well-versed in ligand-protein docking and molecular dynamics simulations.

This course is intended to keep biologists' needs in mind. Every step is explained in a straightforward and elegant manner. In this course, learners will begin from scratch. So, if you are new to this field, you will find it simple to go with the flow. There are seven modules totaling 104 lectures. This course is a one-of-a-kind combination of theory and practice. The course guarantees that after taking this course, you will be able to perform molecular docking and molecular dynamics with ease. The course has used open-source software, so you will not need to purchase any expensive software.

Who this course is for:

• This course is for those who are interested to drug discovery.
  
• This course is also suitable for those who want to be protein engineers and interested in denovo protein design.

Requirements

• You need to be familiar with very basics of protein structures. This will be more then enough for you to take start of this course. We have tried our level best to take start from scratch in every module by assuming it that our students know nothing.
• Although, its not mandatory but the instructor will encourage you to take his course "Learn Bioinformatics From Scratch (Theory and Practical)" on udemy. This course may also help you to grab the concepts in better way.

Course ratings: 4.4/5

Enroll here: https://www.udemy.com/course/bioinformatics_advance/

Growing cities are accompanied by increased traffic on the road, exacerbating the problem of traffic congestion. To improve the management of existing road facilities, it is necessary to design road geometry, such as the number of lanes, as well as control conditions, such as traffic signal timings based on incoming traffic. If this problem is solved manually, it will take a long time and many trials and errors. Furthermore, finding an optimal solution will be impossible because traffic conditions are constantly changing. The course's instrctors use traffic simulation softwares - VISSIM and VISWALK, to solve this problem.

Simulation is a method of predicting real-world conditions by using a model, which is typically run on a computer. To determine whether the existing infrastructure is adequate, you can use software such as VISSIM to simulate traffic flow conditions and VISWALK to simulate pedestrian flow. This study is useful for engineers and planners who are tasked with advising policymakers on road and pedestrian infrastructure investments.

This course was created by expert faculty with over 4 years of industry and academic experience from institutions such as the University of California at Berkeley, Cambridge Systematics, and ARS Traffic and Transport Technology.

Who this course is for:

• Beginners in Traffic Flow Simulation
• Students in Civil Engineering who are learning Traffic Flow simulation for the first time
• Traffic Engineers
• Urban Planners
• Transportation Planners
• Civil Engineers

Requirements

• No simulation experience is required
• Basic idea about Traffic Engineering
• You will be learning on student version of the software. Hence, you don't require any software license.

Course ratings: 4.1/5

Enroll here: https://www.udemy.com/course/learn-traffic-flow-simulation-using-vissim/