Deepak L

Selected from 250+ applicants to deliver a structured consulting project on digital transformation aligned with sustainability objectives. Applied hypothesis-driven analysis to evaluate how digital tools (data integration, process monitoring, analytics dashboards) could enhance operational efficiency while reducing environmental footprint. Quantified operational and sustainability impacts using structured modelling assumptions and scenario comparison.

Career Catalyst Intern - XPO via Enactus UK & Ireland - United Kingdom

(2025-06 - 2025-06)

• Selected from 250+ applicants to deliver a structured consulting project on digital transformation aligned with sustainability objectives.
• Applied hypothesis-driven analysis to evaluate how digital tools (data integration, process monitoring, analytics dashboards) could enhance operational efficiency while reducing environmental footprint.
• Quantified operational and sustainability impacts using structured modelling assumptions and scenario comparison.
• Developed an implementation roadmap defining KPIs, stakeholder alignment strategy, and risk mitigation measures.
• Awarded Career Catalyst Consulting Experience Badge for delivering employer-evaluated, professional-standard recommendations.

Summer Research Intern - MITACS – École de Technologie Supérieure - Montréal, Canada

(2024-06 - 2024-08)

• Contributed to PhD-level research on wind-induced structural response by developing CFD simulation workflows using OpenFOAM and MATLAB.
• Applied Monte Carlo simulations and spectral methods to quantify uncertainty and improve prediction accuracy in multi-degree-of-freedom structural systems.
• Validated simulation results against benchmark datasets in collaboration with PhD researchers, improving model reliability and research robustness.
• Produced research outputs forming part of a forthcoming academic publication, strengthening technical documentation and scientific communication skills.

Creative Assistant - King Abdulaziz Centre for World Culture (Ithra) - Dammam, Saudi Arabia

(2021-07 - 2022-07)

• Supported the development of immersive technology-driven exhibitions by working with VR and IoT systems to enhance visitor engagement and learning outcomes.
• Assisted in designing and delivering interactive workshops and installations, blending technical problem-solving with creative public engagement.
• Provided technical and operational support during live events, strengthening teamwork, adaptability, and real-time troubleshooting skills.

MEng - Mechanical Engineering - University of Exeter (2022-09 - 2026-06)