Students After 12th
The programme is suitable for students who have completed 12th and want to enter technology, analytics or business-oriented roles without beginning with advanced programming.
Start with spreadsheets and basic programming, then progress toward SQL, Python, Power BI, Tableau, business analysis, cloud data platforms, machine learning and AI-assisted analytics. This six-month programme is designed to help students after 12th build practical projects and a portfolio for entry-level analytics and business-focused technology roles.
The six-month programme starts from the fundamentals and gradually moves toward professional analytics workflows.
During the first two months, you build a strong foundation in Excel, SQL, Python, statistics and data analysis. You learn how businesses store information, how analysts clean datasets and how reports are converted into useful decisions.
Month 3 focuses on Python for analytics, including NumPy, Pandas, exploratory data analysis, visualisation, APIs, web scraping and Streamlit.
Month 4 moves into Business Intelligence, where you work with Power BI, Power Query, data modelling, DAX and Tableau.
Month 5 introduces the business analyst side of technology. You learn requirement gathering, stakeholder analysis, BRD, FRD, SRS, user stories, acceptance criteria, Agile, Scrum, Jira, Confluence and BPMN. Modern data platforms including Microsoft Fabric, Snowflake and DuckDB are also introduced.
The final month brings together AI, machine learning, automation and portfolio development, followed by interview preparation and an end-to-end analytics capstone.
The result is a programme that covers both sides of modern analytics: technical data skills and business problem-solving skills.
Every stage of the programme is connected to practical work so that students gradually build a portfolio instead of completing the course with only theoretical notes.
Build practical Sales, HR, Inventory and Finance dashboards using Excel and Power BI. Learn data modelling, KPIs, DAX and dashboard storytelling.
Move beyond basic SELECT queries into joins, CTEs, subqueries, CASE statements, window functions, views and query optimisation.
Use Python, NumPy and Pandas to clean, transform and analyse datasets. Create visualisations using Matplotlib, Seaborn and Plotly.
Learn how analysts convert business conversations into structured requirements through BRD, FRD, SRS, user stories, acceptance criteria and process maps.
Understand the concepts behind data warehouses, data lakes and lakehouses while exploring Microsoft Fabric, Snowflake, DuckDB, dbt and Airflow.
Learn practical machine learning concepts and discover how generative AI tools can support SQL, coding, reporting, research and analytics workflows.
The syllabus is divided into six progressive modules. Each month combines concepts, labs, assignments and project work.
A strong analytics portfolio should demonstrate what you can actually do. Throughout the programme, students can work on business dashboards, SQL reporting, Python analysis, data visualisation, business requirements, BPMN process mapping, data architecture concepts, AI-assisted analytics and end-to-end capstone development.
The capstone runs the whole chain in one project — requirement gathering, SQL, Python, data visualisation, Power BI, business analysis, AI-assisted reporting and an executive presentation.
The programme introduces a broad analytics toolchain covering spreadsheets, databases, programming, BI, business analysis, cloud data and AI.
The programme is suitable for students who have completed 12th and want to enter technology, analytics or business-oriented roles without beginning with advanced programming.
Students from B.Com, BBA and related backgrounds can combine their business understanding with Excel, SQL, Power BI and business analysis skills.
Students pursuing technical degrees can use the programme to strengthen their practical analytics, BI and business-analysis capabilities.
If your target is an entry-level Data Analyst, MIS, Reporting or Business Analyst role, the curriculum provides practice across the tools commonly used in these workflows.
Working professionals can use the structured learning path to move from routine reporting or non-technical work toward analytics-focused responsibilities.
If you have learned individual tools through online tutorials but struggle to connect them into complete projects, the project-based structure can help create a more organised portfolio.
The programme moves from concepts to labs and projects so that you can apply each major skill instead of only reading about it.
Excel, Power Query and SQL are developed beyond beginner-level reporting and include advanced querying and data preparation.
Python is introduced progressively and then applied to cleaning, EDA, APIs, visualisation and interactive applications.
Learn both major visualisation platforms while understanding data modelling, KPIs, DAX and dashboard storytelling.
Requirement gathering, BRD, FRD, SRS, Agile, Scrum, Jira and BPMN make the programme broader than a purely technical analytics course.
Explore cloud data platforms, warehouse/lakehouse architecture, ELT, dbt and orchestration concepts.
Understand how machine learning and generative AI can support modern analytics workflows while maintaining the importance of human validation and business context.
Build projects, organise your GitHub portfolio, improve your resume and practise technical and HR interviews.
Businesses increasingly depend on dashboards, reports and data-backed decisions. Learning only one tool is often not enough; analysts need to understand where the data comes from, how it should be cleaned, how it should be presented and what business decision it supports.
This programme brings those stages together in one structured six-month learning path.
What the six months include
Ten minutes with the techcadd team settles eligibility, session timings, fees and where this leads — before you commit six months to it.
Students who complete the programme can receive course-completion documentation according to the current techcadd programme terms. The focus is not only on completing classes but also on demonstrating your learning through assignments, practical work and projects.


Two documents on completion — the course certificate, and a separate certificate for the capstone you build and defend. Click any card to inspect in full screen.
The programme can prepare you for several entry-level and junior career paths, depending on your skills, portfolio, interview performance and employer requirements.
Potential Roles
Clean, query and analyse business datasets, then report what they show.
Clean and analyse a retail dataset using Excel, SQL and Python, then prepare a concise business report. Month 1 · Excel · SQL · Python
Use advanced SQL, Power Query and statistical analysis to create an executive sales reporting system. Month 2 · SQL · Excel · Power Query
Work with APIs and external data, clean the information with Pandas and create interactive visualisations using Plotly and Streamlit. Month 3 · Python · Pandas · Streamlit
Create a structured Power BI data model with DAX measures and executive KPIs, then develop a complementary Tableau dashboard. Month 4 · Power BI · Tableau
Prepare business requirements, user stories, BPMN diagrams and a conceptual modern data architecture. Month 5 · BRD · FRD · BPMN · Fabric
Bring together requirements, SQL, Python, BI, business analysis and AI-assisted reporting in one end-to-end portfolio project. Month 6 · Capstone
The learning cycle is simple:
This approach helps turn a completed assignment into something you can actually discuss during an interview.
Start by understanding the business question, available data and expected outcome.
Retail Sales Performance AnalysisApply the relevant tools to clean, analyse, model and visualise the information.
Enterprise Sales Intelligence DashboardExplain what you discovered, why you used a particular approach and what action the business could consider.
Customer Insights Analytics SystemA curriculum that builds in order, a project at every stage, and the business-analysis half most analytics courses leave out.
The curriculum progresses from fundamentals to advanced topics rather than expecting beginners to understand everything immediately.
Regular labs and projects give students opportunities to apply concepts throughout the programme.
Students learn technical analytics as well as the documentation and requirement skills used in business-facing roles.
Six major project stages provide multiple opportunities to create work that can be presented in a portfolio.
The programme introduces cloud data platforms, modern data engineering concepts, AI and machine learning alongside established analytics tools.
Technical questions, business scenarios, resume development, portfolio presentation and mock interviews are included as part of career preparation.
Alumni of this route, on what changed once they were sitting in interviews.
4.8
373 reviews
AutoCAD and SolidWorks were taught with actual production drawings, not textbook exercises. My employer noticed that my drawing sets followed proper standards from day one.
I joined the 6-month MERN track straight after B.Tech with almost no practical experience. The live project work is what changed things — I had real code to talk about in interviews instead of just a syllabus.
The trainers actually work in the field, so every session had context from real projects. The Power BI and SQL modules were exactly what my interview rounds tested.
The Generative AI course was current in a way online tutorials are not. Building a full RAG pipeline and deploying it gave me something genuinely impressive for my portfolio.
Still unsure? A ten-minute call with a counsellor usually settles it faster than any brochure.
By the end of the programme, you should be able to work through a typical analytics assignment from raw information to business recommendation. You will practise cleaning and analysing datasets, writing SQL queries, using Excel and Power Query, analysing data with Python and Pandas, creating visualisations, building Power BI dashboards, developing Tableau stories, understanding DAX and data models, gathering business requirements, writing BRD, FRD and SRS documents, creating BPMN process maps, working with Agile concepts, using Jira for project workflows, understanding modern data architectures, applying basic machine learning, using AI tools as analytics assistants, presenting insights to stakeholders and building a professional analytics portfolio.
Have questions about the syllabus, fees, session timings, eligibility or career pathway?
Speak with a course counsellor to understand whether this six-month programme matches your academic background and career goals.
Location: Mohali, Punjab. Counselling hours: Monday to Saturday, 9:00 AM to 7:00 PM.
Your details are used only to contact you about this enquiry — never sold, never added to a marketing list.
Explore other career-focused programmes after 12th and beyond.
If you are planning your next step after 12th and are interested in data, dashboards, technology and business decision-making, a counselling session can help you compare the available learning paths.
Book a free demo or speak with the Mohali team to understand the current curriculum, session schedule and programme requirements.
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