Tag Archives: suggest


Capstone Project Ideas is a website dedicated to providing students with a wide range of capstone project examples and topics across various disciplines. They have a detailed list of project ideas organized by subject area including but not limited to: Business, Computer Science, Engineering, Health Sciences, Psychology, and more. For each subject area, they outline 3-5 potential capstone topics along with a brief 150-300 word description of what the project entails and how it could be executed. This gives students a high-level overview of different options to spark ideas without providing full project plans. The site is easy to navigate and filter project ideas based on your specific major, which makes it very useful for gathering initial inspiration.

Another great resource is the Capstone Project Ideas Database from the University of Wisconsin-Stout. They have compiled over 100 past student capstone projects into an extensive searchable database that can be filtered by keywords, department, and year. For each entry, you get the title, student name, abstract, methodology, and outcomes of the completed capstone. This level of detail into real projects that were successfully defended is extremely valuable for students who want to see examples of capstone papers and presentations in their field of study. It also allows you to build upon past work or continue a previous line of research. The variety of topics in the database and ability to narrow searches provides plenty of unique ideas to consider for your own capstone.

For engineering students specifically, the IEEE Xplore Digital Library is a goldmine of capstone project resources. IEEE is the world’s largest technical professional organization dedicated to engineering and technology. Their library contains over 5 million full-text documents and serves as an archive for research and project papers. You can search for “Senior Design Projects,” “Capstone Design Projects,” or browse conference papers to find detailed reports on projects completed by engineering students at universities around the world. Each paper presents the objectives, methodology, results, and conclusions of the team’s work. Reading through these gives you real-world examples of the engineering design process and exposes you to problems and solution approaches in your field that you may want to further explore or build upon for your capstone.

Professors and academic advisors in your department are another must-consult resource for capstone project ideas. Schedule some time to discuss your interests with your capstone coordinator, academic advisor, or professor whose class you enjoyed. They have thorough knowledge of your coursework and exposure to the types of projects that have worked well in the past. They may suggest continuing research you did previously, expanding on a topic from one of their classes, or point you towards industry partnerships or community organizations looking for student assistance on a project. Leveraging their expertise and network is extremely valuable for vetting feasible capstone topics within your major.

For healthcare related majors, the National Institute of Health (NIH) RePORTER database is a great source for capstone ideas. It contains over 1 million research projects funded by the NIH. Browsing this database allows you to identify potential areas for further study or projects that address important issues in healthcare. You can filter projects by institute, center, year, keywords and look at the abstracts to get detailed overviews. This level of curated biomedical research lays the groundwork for translatable student capstone projects. It also helps identify faculty expertise if you want guidance from someone who has conducted research in an area of interest.

University library research databases are another underutilized capstone idea generator. Subject specific databases like PubMed for healthcare, ACM Digital Library for computer science, Factiva for communications and more, provide access to thousands of peer-reviewed journal articles, conference papers and other scholarly works. Use the database search tools to explore topics you find engaging within your major. Read through current research to identify gaps, questions or approaches that could potentially form the basis of your capstone project. Speaking to a research librarian can help optimize search techniques to discover the most relevant works.

The examples and resources described here provide extensive fodder for students to consider unique capstone project ideas tailored within their major and discipline of study. Consulting a variety of sources builds a robust knowledge base of potential topics and lays the foundation for an impactful culminating experience. I hope this high-level overview of reliable capstone idea generators sparks new avenues of exploration and empowers your capstone journey. Please let me know if you need any other suggestions or have additional questions!


Yo, dude! When it comes to honing your critical thinking skills in math, there are some dope online resources you can check out. 🤓

First on the list is Khan Academy. This platform has a ton of math content, from basic arithmetic to calculus. They have interactive exercises that will challenge your critical thinking skills, and they provide step-by-step solutions for every problem. Plus, it’s free! 🆓

Another rad option is Brilliant. This platform offers courses in math, science, and computer science. They have a section specifically for problem-solving, which will definitely help you flex those critical thinking muscles. They do have a subscription fee, but they offer a free trial. 💰

If you’re looking for a more gamified approach, you should check out Prodigy. This is an online game that teaches math skills to kids, but it’s honestly fun for all ages. The game is designed to be challenging, so you’ll have to use your critical thinking skills to progress. And it’s free too! 🎮

But wait, there’s more! If you’re into puzzles and brain teasers, you should definitely check out the Math Playground website. They have a ton of fun games and activities that will test your critical thinking skills in a fun way. It’s totally free, and there’s no subscription fee. 🤩

In summary, there are plenty of online resources available to help you practice your critical thinking skills in math. Whether you prefer interactive exercises, problem-solving courses, gamified learning, or brain teasers, there’s something for everyone. So what are you waiting for? Start flexing those critical thinking muscles today! 💪


Hey there, kiddos! Are you bored at home and looking for some fun experiments to do? Well, you’re in luck because I’ve got some awesome ideas for you to try out! 🔬👨‍🔬

First up, let’s try making some homemade slime! 🤪 All you need is some glue, water, and borax. Mix one part glue with one part water and add a few drops of food coloring if you want to make it colorful. In a separate bowl, mix one teaspoon of borax with one cup of warm water. Slowly pour the borax mixture into the glue mixture while stirring. Keep stirring until the slime forms and then knead it with your hands until it’s smooth. Ta-da! You’ve got yourself some slime to play with! 🤢

Next, let’s make a lava lamp! 🌋 All you need is a clear plastic bottle, water, vegetable oil, food coloring, and some Alka-Seltzer tablets. Fill the bottle about a quarter of the way with water and then fill the rest with vegetable oil. Add a few drops of food coloring and then drop in a broken up Alka-Seltzer tablet. Watch as the bubbles rise up and create a lava lamp effect! It’s so cool! 😎

Another fun experiment you can try is making a volcano! 🌋 All you need is some baking soda, vinegar, dish soap, and food coloring. First, make a cone shape out of some paper mache or play dough. Then, place the cone on a tray or surface that can get messy. In a separate bowl, mix together some vinegar, dish soap, and food coloring. Pour the mixture into the volcano and then add a spoonful of baking soda. Watch as the volcano erupts and bubbles over! It’s like you’re a scientist studying a real volcano! 🔥

Lastly, let’s make some homemade ice cream! 🍦 All you need is some heavy cream, sugar, vanilla extract, and ice with salt. Mix together the cream, sugar, and vanilla extract in a bowl. Then, pour the mixture into a small plastic bag and seal it shut. Fill a larger plastic bag with ice and salt and then place the smaller bag inside. Shake the bag for about 10-15 minutes until the mixture turns into ice cream! Yum! 😋

So there you have it, some fun and easy experiments to do at home! I hope you have a blast trying them out! Remember, science is all about experimenting and having fun! 🔬🧪


Yo, sure thing bro! There are plenty of dope engineering games out there that don’t require paper. As an engineer myself, I totally get how important it is to keep our skills sharp and have fun at the same time. 🔧🎮

One game that I’ve been really into lately is “Kerbal Space Program.” It’s a space flight simulation game that allows you to build and launch your own rockets and spacecraft. The game has a realistic physics engine, so you’ll need to use your engineering skills to design ships that can make it to space and complete missions. 🚀🌕

Another game that’s worth checking out is “Besiege.” In this game, you design and build medieval siege engines like catapults and trebuchets. The objective is to use your machines to destroy enemy fortresses and structures. It’s a great way to test your engineering skills and creativity. 🔨🏰

For those who are into more modern engineering challenges, “Factorio” is a great option. This game is all about building and optimizing factories to produce complex products. You’ll need to design efficient production lines, manage resources, and defend against attacks from enemy factions. It’s a great way to practice your problem-solving and automation skills. 🏭🤖

If you’re looking for something a bit more laid-back, “Minecraft” has a ton of engineering-related mods that you can download. These mods allow you to build complex machines and systems using redstone logic. You can create everything from automated farms to complex transportation networks. It’s a fun way to experiment with engineering concepts in a low-pressure environment. ⛏️🤯

Overall, there are plenty of great engineering games out there that don’t require paper. Whether you’re into space flight, medieval warfare, or industrial automation, there’s a game out there for you. So grab a controller and start building! 🎮👨‍🔬


Yo, what’s up fam? If you’re looking for free resources to learn chemistry, I got you covered! 🧪

First off, let me tell you, chemistry can be a tough subject, but with the right resources, you can definitely get the hang of it. And the best part? You don’t need to spend a dime! 💸

One great resource is Khan Academy. They have an awesome selection of chemistry lessons and practice problems that are totally free. And get this, they have over 900 videos and 200 practice exercises! 🤯

Another awesome resource is ChemCollective. They offer virtual labs, simulations, and tutorials to help you learn chemistry concepts. Plus, they have a cool feature called “molecular movies” that lets you visualize chemical reactions. 🎥

If you’re looking for a more interactive approach, you might want to check out MIT OpenCourseWare. They offer free online courses from the Massachusetts Institute of Technology, including chemistry courses. And get this, they have over 2500 courses available! 🤯

And last but not least, YouTube can be a great resource for learning chemistry. There are tons of channels that offer chemistry tutorials and explanations. Some of my personal favorites are Tyler DeWitt and The Organic Chemistry Tutor. 🎥

So there you have it, fam. Some awesome free resources to help you learn chemistry. Good luck on your learning journey! 🚀


Yo, automating processes is the bomb, and it can save you a ton of time and money in the long run. The first step is to identify the processes that can be automated. For example, if you’re running an e-commerce store, you could automate order fulfillment, customer support, and inventory management. 💻

One way to automate processes is to use software tools like Zapier, IFTTT, and Microsoft Power Automate. These tools allow you to create workflows that connect different apps and automate tasks between them. For example, you can use Zapier to automatically create a new customer support ticket in your help desk software when a customer sends an email to a specific address. 🤖

Another way to automate processes is to use robotic process automation (RPA) software. RPA software can be used to automate repetitive tasks like data entry, form filling, and report generation. It works by automating the user interface of other applications, so it can interact with them just like a human user would. RPA software can be particularly useful for industries like finance and healthcare, where there are a lot of repetitive administrative tasks that need to be done. 🤖

If you’re looking to automate processes in your manufacturing or production line, you might want to consider using industrial automation technology like programmable logic controllers (PLCs) and supervisory control and data acquisition (SCADA) systems. These technologies can be used to control and monitor industrial processes like assembly lines, chemical processing, and oil refining. They can help you to improve efficiency, reduce errors, and increase safety. 🏭

Finally, it’s important to remember that automation isn’t a one-size-fits-all solution. You need to carefully consider the costs and benefits of each automation project before you get started. Some processes might not be worth automating, and you might need to invest in training and support to make sure that your staff are comfortable with the new systems. 🤔

In conclusion, automating processes can be a great way to save time and money, but it’s important to approach it strategically and with a clear understanding of the costs and benefits. Whether you’re using software tools, RPA, or industrial automation technology, make sure that you’re investing in the right systems for your business. 🔧


Yo, what’s up? 👋 As someone who’s been in the modeling game for a while, I can definitely recommend a course that covers both 2D and 3D modeling. 🎨🎬

First off, let me tell you that being able to do both 2D and 3D modeling is a major flex. Not only does it give you a wider range of skills to work with, but it also makes you more marketable in the industry. 💰

Now, onto the course. The one that immediately comes to mind is “Introduction to 2D and 3D Modeling” on Coursera. 🌐 It’s a beginner level course, so it’s perfect for anyone just starting out or looking to brush up on their skills. Plus, it’s taught by industry professionals, so you know you’re getting top-notch instruction.

Throughout the course, you’ll learn the basics of 2D design using Adobe Illustrator and then move onto 3D modeling using Blender. The course is broken down into modules, each focusing on a different aspect of the software, such as creating shapes, applying materials, and rendering.

The best part? The course is completely online, so you can work at your own pace and on your own schedule. 🕰️ And, it’s affordable too! At the time of writing, the course costs $49 per month or $399 for the entire year.

One thing to keep in mind is that while the course covers the basics of both 2D and 3D modeling, it’s not going to make you an expert overnight. Like any skill, it takes practice and dedication to really master. But, with the solid foundation you’ll get from this course, you’ll be well on your way to becoming a modeling pro. 💪

So, there you have it. If you’re looking for a course that covers both 2D and 3D modeling, “Introduction to 2D and 3D Modeling” on Coursera is definitely worth checking out. Just don’t forget to put in the work and practice, practice, practice! 🤓


Yo, bro! 👋🏽 If you’re looking to learn about international trade, there’s an app that can help you out big time! 📱 It’s called “Trade Genius” and it’s available for both iOS and Android. This app is the real deal when it comes to learning about the ins and outs of international trade.

With Trade Genius, you can access a wealth of information on topics such as tariffs, import/export regulations, and trade agreements between countries. The app provides you with up-to-date news articles, videos, and podcasts from industry experts. You can also take part in online courses and webinars that are designed to help you gain a deeper understanding of the subject matter.

The best part about Trade Genius is that it’s super user-friendly! 🙌🏽 The interface is intuitive and easy to navigate, so you can quickly find the information you need. Plus, the app is regularly updated with new content, so you can be sure that you’re always learning about the latest developments in the world of international trade.

Another great thing about Trade Genius is that it’s affordable! 💰 You can download the app for free and get access to a limited amount of content. However, if you want to unlock all of the features and access the full range of courses and webinars, you’ll need to pay a subscription fee. But don’t worry, the cost is reasonable and well worth the investment if you’re serious about learning about international trade.

In conclusion, if you’re looking to expand your knowledge of international trade, Trade Genius is the app for you! 🌍 With its comprehensive content, user-friendly interface, and affordable pricing, it’s the ultimate tool for anyone who wants to stay on top of the latest developments in this exciting field. So what are you waiting for? Download Trade Genius today and start learning! 🤓


Yo, what’s up dude? As an engineer myself, I know that sometimes we want to work on something but don’t have the resources or budget to do so. However, that shouldn’t stop us from being creative and using what we have at hand. So, I got you covered with some engineering projects that you can do using household items. 🔌🧰

First up, how about building a simple electric generator? All you need is a small DC motor, some wires, and a few neodymium magnets. Connect the motor to a propeller blade and spin it using the magnets to generate electricity. You can use this to power small devices or even charge your phone in case of a power outage. This project is not only cool but also practical. 🌪️🔋

Another project you can try is building a mini hydraulic lift using syringes. All you need are some syringes, plastic tubing, and water. Connect the syringes with the tubing to create a closed hydraulic system, and pump water into one syringe to lift an object attached to the other syringe. This project is a great way to understand the basics of hydraulic systems and can be used to lift small objects like toys or even snacks. 🚀💦

If you’re into robotics, how about building a simple robot using a toothbrush? Yes, you read that right! All you need is a toothbrush, a small DC motor, a battery, and some wires. Attach the motor to the toothbrush head and connect it to the battery using wires to create a simple vibration motor. You can then attach the toothbrush to some wheels or legs to create a mini robot that moves around by vibrating. This project is a fun way to learn about motor control and can be used as a base to build more complex robots. 🤖🦷

Lastly, you can try building a simple water filtration system using household items. All you need is a plastic bottle, some sand, gravel, and activated charcoal. Cut the bottle in half and layer the sand, gravel, and charcoal in it to create a filtration system that can remove impurities from water. This project is not only educational but also practical, as the filtration system can be used to purify water in case of emergencies or camping trips. 💧🏕️

In conclusion, engineering projects don’t have to be expensive or complicated. With a little creativity and resourcefulness, you can build cool and practical projects using household items. So, grab some tools and get to work! 💪🏽🔨


Yo, sensitivity analysis is a crucial part of any decision-making process when you gotta deal with uncertainty. It helps you to find out how much your model is sensitive to the changes in the input parameters. In case you don’t know, sensitivity analysis is performed to analyze the effect of uncertainty on the output of a model by changing one or more input parameters.

🔍 So, if you’re looking for some other tools for performing sensitivity analysis, then there are many options available out there. One of the popular tools for sensitivity analysis is Tornado Charts. It’s a graphical representation of the sensitivity analysis, which shows you the effect of each input parameter on the output of the model.

📊 Another tool that you can use is Monte Carlo Simulation. It’s a statistical technique that allows you to model the probability of different outcomes in a process that cannot be easily predicted. Monte Carlo Simulation is widely used for sensitivity analysis in finance, engineering, and many other fields.

📈 Besides these, there are many other tools as well, such as One-factor-at-a-time (OFAT) analysis, Variance-based sensitivity analysis (VBSA), Regression analysis, etc. Each tool has its strengths and weaknesses, and the selection of the tool depends on the type of problem you’re dealing with.

🤔 However, before selecting any tool, you should know what type of sensitivity analysis you need to perform. There are two types of sensitivity analysis- local and global. Local sensitivity analysis is used to analyze the effect of small changes in the input parameters on the output, while global sensitivity analysis is used to analyze the effect of large changes in the input parameters on the output.

👨‍💻 In conclusion, sensitivity analysis is a critical step in decision-making, and there are many tools available for performing sensitivity analysis. Tornado Charts, Monte Carlo Simulation, OFAT analysis, VBSA, and Regression analysis are some of the popular tools that you can use. However, the selection of the tool depends on the type of problem you’re dealing with. So, choose wisely, and always remember to perform sensitivity analysis before making any crucial decisions.