Intern – Data Analytics

IKEA is one of the most recognisable home furnishing brands in the world. It began in 1943 in Sweden and built its reputation on affordable, well-designed furniture that customers assemble themselves. Today it designs, sells, and delivers furniture, kitchens, storage solutions, lighting, and household accessories through large stores, city formats, and online channels in more than 50 countries. The company describes its purpose as creating a better everyday life for the many people. That idea shapes its pricing, product design, and, increasingly, its sustainability goals. IKEA has publicly committed to reducing its climate footprint, which is why roles like this one exist. Energy use across hundreds of stores and facilities is a major part of the equation. In India, IKEA has grown its presence through large stores and online shopping, with Bengaluru as one of its key cities. Professionals often say they like IKEA for its flat, collaborative culture, its emphasis on learning by doing, and the brand name on a CV. For a student or fresher, an internship here puts you inside a business where operations, retail, and sustainability meet.

Tracking consumption data. You'd monitor and validate electricity, water, diesel, solar, and other utility figures. Validation matters as much as monitoring. A wrong meter reading leads to wrong conclusions, so you'd check numbers before anyone relies on them. Watching performance indicators. Across multiple stores and facilities, you'd follow energy performance metrics. This lets the team compare sites and notice when one drifts away from the others. Reviewing utility bills. You'd read bills carefully to find anomalies, waste, and chances to save money. A billing error or unusual charge is exactly the sort of thing that goes unnoticed without someone paying attention. Supporting energy and building systems. You'd help implement and maintain Energy Management Systems (EMS) and Building Management Systems (BMS). These are the platforms that collect and control how buildings use energy. Trends, benchmarks, and forecasts. You'd study how consumption changes over time, compare sites against each other or against targets, and estimate what comes next. Calculating sustainability numbers. This includes Energy Use Intensity and carbon emissions, which feed into reporting. Investigating unusual patterns. When a spike appears, you'd work with facility teams to find out why. It might be equipment, a schedule change, or a data fault. Supporting solar projects. You'd help monitor and report on solar PV performance. Audits and compliance. You'd assist with energy audits, sustainability initiatives, and regulatory work. Keeping the database clean. You'd maintain energy databases so the data stays accurate and trustworthy.

The posting describes skills through behaviour and tasks. Here is what each one means and why it matters. Working with energy data sources (EMS, BMS, smart meters, utility bills). These are the raw material. An EMS or BMS records how much energy equipment uses, a smart meter reports consumption at short intervals, and bills show what was charged. You don't need prior experience with the exact platforms, but you should be comfortable handling data from several sources and combining it. Analysing consumption to find savings. The job is to find where energy is wasted and estimate what fixing it would save. If lights or cooling run longer than needed, you'd quantify the cost and suggest a fix. Trend analysis, benchmarking, and forecasting. Trend analysis shows how usage moves over time, benchmarking compares it to a standard or similar sites, and forecasting estimates future use. Excel, Python, or Power BI can all help here. Energy Use Intensity and carbon calculations. Energy Use Intensity is energy consumed per unit of floor area, which lets you compare a large store with a small one fairly. Carbon calculations convert energy use into emissions using standard factors. Attention to detail. One misplaced decimal in a meter reading can distort a monthly report. Careful checking is a core skill here. Collaboration. You'd coordinate with facility teams and other stakeholders. Clear, friendly communication helps you get answers fast. Customer-first, business-minded thinking. IKEA wants interns who care about retail and customer experience, not only numbers. Understand that energy efficiency supports affordable, sustainable operations. Ownership and openness to feedback. You're expected to take responsibility for your work and learn from corrections.

The posting doesn't list a degree, branch, graduation year, or minimum marks. It describes the person it wants instead: curious, analytical, detail-oriented, and eager to learn. Based on the duties, these backgrounds would be a natural fit. This is my reading, not an official list: Engineering students or graduates in electrical, mechanical, environmental, or energy-related fields Computer science, data science, or statistics students comfortable with analysis Students of sustainability, environmental science, or related management programmes Since this is an internship, freshers and current students are likely the target. Whether final-year students, recent graduates, or both can apply isn't stated, so check the official page before applying. Preferred qualifications aren't listed either. The posting does say not to hold back if you don't meet every requirement, so a partial match is still worth an application.

IKEA hasn't published a step-by-step timeline for this role. Internship hiring commonly follows this pattern, and the exact process may vary: Application through the official portal before 14 October 2026 Resume shortlisting by the recruitment team Possible assessment, if the team uses one Interview rounds, likely covering both skills and values Offer for selected candidates With the deadline close, don't wait. Submit as early as you can, since companies sometimes review applications as they arrive.