{
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  "basics": {
    "name": "RAGHAV PRUTHI",
    "label": "Environmental Manager, Sustainability Specialist, Sustainable Tech Innovator",
    "email": "raghavpruthi123@gmail.com",
    "summary": "Environmental management and sustainability graduate (University of Plymouth, UK) who works at the intersection of\ngeospatial data science, environmental impact assessment and sustainability policy. Led and delivered ten applied\nprojects — from a 700,000-transaction analysis of India's electricity markets to a full wind-farm Environmental\nStatement and a Treasury-aligned flood-defence business case — combining QGIS, R and Python/Colab analysis with\nregulatory frameworks (EIA, WFD, COSHH) and AI-augmented research workflows. Detail-first: work is not submitted\nuntil it is accurate, verified and presentation-ready.",
    "location": "Plymouth, Devon, UK"
  },
  "education": [
    {
      "institution": "University of Plymouth",
      "degree": "Bachelor of Science",
      "field": "Environmental Management and Sustainability",
      "startDate": "2022-09",
      "endDate": "2026-07"
    },
    {
      "institution": "University of Plymouth, UK",
      "degree": "BSc (Hons)",
      "field": "Environmental Management and Sustainability",
      "startDate": "2022-09",
      "endDate": "2026-07"
    }
  ],
  "skills": [
    "QGIS",
    "Python",
    "Colab",
    "Regex",
    "GIS constraint mapping",
    "Environmental Impact Assessment",
    "Biodiversity Net Gain",
    "UK planning policy (NPPF)",
    "technical report writing",
    "Bid leadership",
    "cost–benefit & BCR modelling",
    "stakeholder mapping & consensus-building",
    "Outline Business Case drafting",
    "client-style pitching",
    "DBSCAN",
    "composite index design",
    "sensitivity analysis",
    "spatial-justice framing",
    "Spearman inference",
    "raster & vector analysis",
    "hypothesis testing",
    "effect-size reporting",
    "cartographic design",
    "Climate-adaptation design",
    "KPI & monitoring frameworks",
    "cost modelling",
    "equity/justice analysis",
    "reflective practice",
    "Science-to-policy communication",
    "evidence synthesis"
  ],
  "languages": [
    {
      "language": "English",
      "fluency": "Fluent"
    },
    {
      "language": "Hindi",
      "fluency": "Fluent"
    },
    {
      "language": "Punjabi",
      "fluency": "Fluent"
    }
  ],
  "projects": [
    {
      "name": "Independent Research Dissertation — India's Renewable-Energy Transmission Gridlock",
      "description": "Independent Researcher, University of Plymouth 2025–26",
      "highlights": [
        "Designed and executed a five-dataset “Cross-Layer Triangulation”: parsed 700,293 market transactions (National Open Access Registry) with Python/Regex, alongside Central Electricity Regulatory Commission (CERC) market reports, national grid performance data, and the national auditor's (CAG) review of the UDAY electricity-distribution bailout.",
        "Identified and quantified a “Rank Inversion” — the priority Western–Northern corridor consumed 23.0% of market slots yet delivered 4.2% of energy — and evidenced ~50 GW of stranded renewable capacity against a hard physical transmission ceiling.",
        "Applied Ostrom's Institutional Analysis & Development framework and Sterman's “Shifting the Burden” systems archetype; closed with six high-leverage policy recommendations mapped to system leverage points."
      ]
    },
    {
      "name": "Environmental Statement — 7.875 MW Wind Farm, Roadford Lake, Devon",
      "description": "Sole Author, University of Plymouth 2026",
      "highlights": [
        "Authored a complete Environmental Statement for a 3-turbine scheme (5,300 homes powered; 3,703 tCO₂e saved/yr): ecology, landscape & visual (ZTV), noise (ETSU-R-97), heritage, hydrology and highways chapters, plus a full Environmental Action Plan.",
        "Used GIS constraint mapping (MAGIC, Natural England datasets) to site turbines clear of all statutory designations, ancient woodland buffers and residential noise thresholds — mitigation cut all significant effects to Minor/Negligible."
      ]
    },
    {
      "name": "Flood-Defence & Regeneration Strategy — Looe, Cornwall",
      "description": "Bid Director & Engagement Lead, 5-member team, University of Plymouth 2025",
      "highlights": [
        "Led bid direction and stakeholder engagement for a simulated environmental consultancy delivering a strategy for a town facing 4–8 to 60 floods/yr by 2050.",
        "Co-built the HM Treasury Green Book-aligned economic case (£126M investment; Benefit–Cost Ratio 2.32; £310M present-value benefits; 540 properties and 1,570 jobs protected) and aligned 13 competing stakeholder groups behind one 12-week delivery plan."
      ]
    },
    {
      "name": "Geospatial Analysis — Crime, Deprivation & the ‘Dark Figure’, Merseyside",
      "description": "Sole Analyst, University of Plymouth 2025",
      "highlights": [
        "Modelled 9,788 police-recorded crimes across 864 neighbourhoods with DBSCAN clustering (33 hotspots holding 47.2% of crime) and built a deprivation-adjusted under-reporting correction that re-ranked priority intervention zones toward hidden victimisation."
      ]
    },
    {
      "name": "Spatial Analytics & Statistics Portfolio",
      "description": "University of Plymouth (QGIS + R) 2025–26",
      "highlights": [
        "Four applied studies: Bristol air-pollution & health (IDW interpolation, Spearman ρ ), Australian census geodemographics (k-means), global forest-change raster analysis (25.9M pixels), and SW England flood-risk inequality (Mann-Whitney p=4.3e-18; Cohen's d=0.33; 232,000 residents exposed)."
      ]
    },
    {
      "name": "Urban Heat Adaptation — Cooling Toa Payoh, Singapore",
      "description": "3-member team (Singapore case study), University of Plymouth 2025",
      "highlights": [
        "Co-designed a dual package — high-albedo cool roofs (S$1.1M CapEx, ~0.6-yr payback) and a sensor-plus-shade-node ‘heat-resilient system’ — designed to protect up to 15,000 vulnerable top-floor residents, with KPIs (WBGT, Cooling-Degree-Hours) and a community governance model.",
        "Produced a critical reflective analysis on ‘implementation justice’, recognising digital-exclusion and equity limits of top-down technical fixes — and re-scoped the design around participatory co-design."
      ]
    },
    {
      "name": "Policy Briefing — Long-term Data for Ecological Restoration",
      "description": "POSTnote-style brief (UK Parliament format), University of Plymouth 2026",
      "highlights": [
        "Distilled palaeoecological evidence (diatoms, pollen, charcoal records) into a parliamentary-style briefing showing current restoration baselines (e.g. AD 1850 freshwater reference) lock in degraded states — with costed opportunities for UK regulation."
      ]
    },
    {
      "name": "Marine Pollution Field Research — Antifouling Legacy, Hooe Lake, Plymouth",
      "description": "4-member field expedition, University of Plymouth 2024",
      "highlights": [
        "Co-planned a sediment-and-paint sampling expedition testing whether abandoned vessels leach tributyltin (TBT) and copper into a county wildlife site — hypotheses, sampling design, XRF elemental analysis protocol, Gantt timeline, and co-authored risk assessment and COSHH documentation."
      ]
    },
    {
      "name": "Catchment Water & Sediment Quality — Wembury, Devon",
      "description": "4-member field investigation, University of Plymouth 2023",
      "highlights": [
        "Framed the investigation and conclusions for a study comparing agricultural vs suburban pollution signals across three stream sites — field metering (DO, conductivity, pH, suspended solids), lab calibration (R²=0.9995), outlier control (Dixon's Q) and ANOVA against Water Framework Directive standards."
      ]
    },
    {
      "name": "Systems Analysis — Circular Textile Economy (Enzymatic PET Recycling)",
      "description": "Research poster, University of Plymouth 2025",
      "highlights": [
        "Mapped the causal-loop structure locking textiles into landfill (87M t/yr) and modelled how enzymatic recycling plus five policy levers (EPR, Digital Product Passport, collection targets) break the quality–economics trap by 2030."
      ]
    }
  ],
  "certificates": [
    {
      "name": "ISO 14001:2015 Environmental Management Systems",
      "issuer": "Alison, CPD-accredited",
      "date": "2026"
    },
    {
      "name": "Climate Change: From Learning to Action",
      "issuer": "UN CC:Learn / UNITAR",
      "date": "2026"
    },
    {
      "name": "Life Cycle Assessment Foundations",
      "issuer": "Ecochain Academy",
      "date": "2026"
    },
    {
      "name": "University training"
    }
  ],
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    "highestEducation": "Bachelor's"
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