
Tests Relationships under the CAR framework: teamwork, communication, and ability to work across boundaries, critical for Shell's global matrix organisation and cross-functional rotations.
Structure with STAR, highlight the diversity of the team, the specific actions you took to facilitate collaboration, and the measurable result. Showcase your role in bridging differences, not just participating.
Start by grounding your answer in the specific diversity you actually encountered, whether that was across functions like finance and engineering, different nationalities, or varying levels of seniority. Name the friction plainly, for example conflicting priorities or different communication styles, and resist the urge to smooth over the difficulty. Then walk through the concrete moves you made to bridge the gap, such as setting up a shared tracking sheet, scheduling a quick alignment call, or translating technical jargon into business language for your stakeholders. Make sure your role is explicit, say "I initiated" or "I set the rhythm," not "we just figured it out." When you reach the result, quantify it where you can, like a deadline met or a cost avoided, and tie it back to the team's shared goal. If you are in a Philippine context, you can mention adapting to shift realities or using a mix of English and Tagalog to make everyone comfortable, but keep that detail secondary to your actions. Close by stating what the experience taught you about working across boundaries, which signals self-awareness and growth.
Candidates may downplay their role by saying 'Sila po talaga ang magaling, ako tumutulong lang' - underselling their contribution due to cultural modesty, and failing to articulate the specific collaborative actions they took.
Situation
For our capstone project, I partnered with two classmates: one from Mechanical Engineering and one from Business Administration. Our task was to design a cost-effective solar-powered water pump for off-grid farms.
Task
We had to integrate three distinct perspectives: technical feasibility, manufacturability, and market viability. Early on, we clashed over methodology: the engineer wanted to prioritise pump efficiency, the business student focused on customer willingness to pay, and I, as a Chemical Engineering student, was caught in the middle trying to ensure material compatibility.
Action
I suggested we set aside an afternoon to map out each person's strengths and concerns using a simple whiteboard. We then agreed to run parallel workstreams for one week: the engineer modelled three pump configurations, the business student surveyed 20 farmers via phone, and I tested material options. We reconvened, and I facilitated a decision matrix that weighted technical performance, material cost, and farmer feedback equally. I also summarised each meeting with clear action items to avoid repetition.
Result
We submitted a cohesive proposal that included a detailed pump design, a PHP 2,500 unit cost estimate, and a farmer-friendly payment scheme. Our project won best paper at the college research colloquium, and the panel praised our interdisciplinary integration.
Leveraging diverse perspectives leads to more robust solutions, but it requires active facilitation, structured communication, and respect for each discipline's contribution.
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