What Traditional Business Education Gets Wrong and How Stride School of Business Takes a Different…

What Traditional Business Education Gets Wrong and How Stride School of Business Takes a Different Approach

A student can understand marketing frameworks, financial concepts and management theories without knowing how to apply them to a business problem. This gap between learning and execution matters because businesses increasingly expect graduates to work with data, use digital tools and solve problems independently. With AI becoming part of everyday business operations, undergraduate business education needs to prepare students for the work they will eventually be expected to do.

Stride School of Business approaches this challenge by integrating AI into business learning and giving students opportunities to apply their knowledge through practical projects, classroom activities and industry interactions. The focus is on understanding business fundamentals while learning how to use technology to research, analyse, create and execute.

Here are seven ways this approach connects business education with practical experience.

1. Gain Hands-On Experience Through Practical Projects

Understanding a business concept is the starting point. Applying it requires students to identify a problem, develop a solution and make decisions about how it should work. Practical projects give students opportunities to connect academic learning with tasks that require planning, problem-solving and execution.

At Stride School of Business, students put their learning into practice through projects that address everyday challenges. As part of the AI Agents class, one student built an AI agent that delivers a daily podcast on upcoming AI events in India and online. The automated workflow gathers and verifies event information, uses an OpenAI model to write a podcast script, converts it into audio using Murf AI and emails the finished episode with an MP3 attachment and a listening link every day at 10 AM IST. It also includes error alerts to identify workflow failures.

The project demonstrates how students can connect multiple AI tools to automate an end-to-end process, manage errors and turn raw information into an accessible audio format. Instead of manually searching through event pages, the student receives a short podcast covering verified events. This hands-on experience helps students understand how AI agents can reduce repetitive work, coordinate different tools and turn practical ideas into functional, automated solutions

2. Learn to Apply AI Through Practical Activities

2. Learn to Apply AI Through Practical Activities

AI tools can support business tasks ranging from organising information to automating repetitive processes. Using them effectively requires an understanding of the task, the workflow and the decisions that determine what happens next.

At Stride School of Business, students explored these applications through an AI-powered email automation workflow using Gmail and Google Gemini AI. Guided by our AI faculty member, students learnt how incoming emails could be classified into Technical, Billing or General categories, with relevant responses generated and sent for technical queries.

The exercise introduced students to workflow design, email classification and AI integration. They could examine how incoming information moves through a process, how categories determine the next action and where automation can reduce repetitive work. These skills have applications in customer support, business operations and administration, helping students understand how AI can support defined business tasks.

3. Apply Classroom Knowledge to Solve Practical Problems

Business decisions often depend on interpreting data, identifying patterns and presenting information clearly. Statistical concepts, for instance, help businesses understand customer behaviour, evaluate performance and make comparisons. Students need opportunities to see how these concepts can be used beyond textbook questions.

One example from Stride School of Business is the Student Stats Calculator, developed by one of our students. The application calculates mean, median and mode, displays information through bar graphs and histograms, accepts CSV files and allows users to export their analysis as a PDF report.

The project brings statistical calculations, data handling and visualisation together in one application. Users can work with datasets and examine results without performing every calculation manually. For the student developing the tool, the process involves translating a requirement into a functional application and considering how the results should be displayed. These skills have applications across market research, financial analysis and business reporting.

4. Develop Marketing Skills Through Creative and Business Challenges

Marketing requires students to understand an audience, develop relevant messages and evaluate whether a campaign achieves its objectives. Learning marketing frameworks provides a foundation, but applying them involves researching competitors, creating content, selecting channels and interpreting performance data.

The Creator Challenge at Stride School of Business gives students an opportunity to launch and grow a content channel using AI. Their work covers content ideation, creation and repurposing, alongside the use of analytics dashboards to track performance. Students also prepare market strategy reports that examine competitors, audience segments and budget recommendations.

These activities connect creative work with research and measurement. Students must consider what their intended audience might find relevant, how to communicate an idea and which performance indicators can help them assess the results. Content performance can help them evaluate audience interest, while competitor research can inform positioning and budget planning can help them consider how to allocate resources across marketing activities.

5. Explore Entrepreneurship by Developing Solutions to Real Problems

Entrepreneurship begins with identifying a problem and understanding the people affected by it. Developing a potential solution also requires students to consider its feasibility, the resources it may need and whether it addresses the intended users’ requirements.

At Stride School of Business, one of our student projects, EcoKart, explored an affordable cooling mechanism intended to help street fruit and vegetable vendors keep their produce fresh and reduce spoilage. The project focused on a practical challenge faced by small vendors and received a Certificate of Appreciation.

The idea connects problem identification with solution development. Further development would require testing the mechanism, estimating production and operating costs, and gathering feedback from vendors. These steps would help determine whether the proposed solution is practical, affordable and suitable for everyday use, introducing students to the considerations involved in developing a business idea.

6. Learn From Industry Professionals and Their Experiences

Industry interactions give students a closer look at how business concepts are applied in professional settings. HR teams manage employee relations and organisational priorities, AI specialists work on technology-led solutions, and education professionals help students navigate learning and career decisions. These perspectives add context to concepts discussed in the classroom.

Stride School of Business brings professional experience into the learning environment through masterclasses, bootcamps, panel discussions and fireside chats. Mamtha Kaverappa, an HR professional at Intel, led a session covering management, employee relations, decision-making and organisational dynamics. Radhika Bhattad, Applied AI Faculty, led a LinkedIn Masterclass, while Priteesh Joshi, Associate Director of AI Learning, led an AI bootcamp.

These interactions expose students to different professional roles and perspectives, helping them understand how business knowledge, technology and communication skills are applied across industries.

7. Build Business Skills Through Projects Developed by Students

Practical projects give students an opportunity to apply business concepts by developing solutions to specific problems. One of our students built MoneyMap, a personal finance website, featuring savings goals, EMI tracking, spending charts, balance forecasting and AI-powered financial insights. Another developed the Student Stats Calculator, which calculates mean, median and mode, generates graphs and histograms, processes CSV files and exports analysis as PDF reports. These projects demonstrate how students translate financial and statistical concepts into functional digital products.

Students have also explored entrepreneurship and business process automation. One student project, EcoKart, focused on developing an affordable cooling mechanism to help street fruit and vegetable vendors keep their produce fresh and reduce spoilage. In a classroom exercise, students built an AI-powered email automation workflow using Gmail and Google Gemini AI to classify incoming emails into Technical, Billing or General categories and generate responses for technical queries. These examples connect problem-solving with practical applications of technology.

Through these projects, students at Stride School of Business gain experience in developing digital products, analysing data, exploring automation and addressing everyday business challenges. Working on these applications helps them understand how financial knowledge, analytical thinking, technology and entrepreneurship intersect in practice, while giving them tangible examples of how classroom learning can be applied to real-world problems.

How Stride School of Business Connects Learning With Practical Experience

The value of practical business education becomes clearer when students work on projects that address specific challenges. EcoKart, a student project, explored an affordable cooling mechanism to help street fruit and vegetable vendors keep their produce fresh and reduce spoilage. Students also developed an AI-powered email automation workflow using Gmail and Google Gemini AI to classify incoming emails into Technical, Billing or General categories and generate responses for technical queries. These examples show how students can explore entrepreneurial ideas and apply AI to business processes.

Alongside such projects, industry interactions, masterclasses and bootcamps introduce students to professional experiences and different approaches to solving business problems. These activities connect concepts from marketing, technology and entrepreneurship with practical tasks.

For students choosing a business programme, the syllabus is an important starting point, but it should not be the only consideration. The projects students undertake, the problems they learn to solve and their opportunities to interact with industry professionals can help them assess how a programme prepares them to apply business knowledge in professional settings.

Ready to build practical business skills with AI? Explore the Stride School of Business programme and take the next step towards your future.

Frequently Asked Questions

1. What does traditional business education get wrong?

A theory-heavy approach can limit opportunities for students to apply business concepts to practical problems and develop execution skills.

2. How does Stride School of Business take a different approach?

Stride School of Business integrates AI into business learning through practical projects, classroom activities and industry interactions.

3. What projects do students work on at Stride School of Business?

Examples include MoneyMap, the Student Stats Calculator, an AI-powered email automation workflow, the Creator Challenge and EcoKart.

4. How do students learn to apply AI to business?

Students use AI tools for website development, workflow automation, content creation, data analysis and other business applications.

5. Does Stride School of Business offer industry exposure?

Yes, students participate in masterclasses, bootcamps, panels and discussions intended to connect classroom concepts with professional experiences.