Monitoring & Evaluation
Results frameworks, indicator design, evaluation questions, data sources and reporting structures.
I am a monitoring, evaluation and project management professional with experience in results-based management, grant programmes, public-sector projects, gender equality and data-informed decision-making.
A concise overview of my professional perspective and the type of assignments I aim to support.
My work combines programme design, monitoring and evaluation, stakeholder coordination, quantitative analysis and learning. I have contributed to public grant programmes, regional development planning, project portfolio monitoring and civil-society initiatives. My current portfolio focuses on practical MEL products, including evaluation matrices, theories of change, indicator frameworks, technical papers and Power BI dashboards.
Areas in which I bring together analytical thinking, implementation experience and clear reporting.
Results frameworks, indicator design, evaluation questions, data sources and reporting structures.
Technical and financial monitoring, risk review, implementation follow-up and stakeholder coordination.
Intersectional analysis, women's employment, participation, inclusion and gender-responsive programming.
A writing sample is available below; the remaining items are in development and will link to project pages and interactive dashboards.
An abridged Phase 1 assessment of a volunteer-led urban research association's monitoring system: findings, diagnosis and a proposed two-tier redesign.
Read the PDF →A theory-based assessment of programme relevance, intervention logic and support for women's formal employment.
Project page coming soon →A practical framework linking outcomes, indicators, evidence sources, methods and learning questions.
Framework coming soon →Visual reporting products for project performance, women's employment and programme monitoring.
Dashboard gallery coming soon →Project work from the Mastering Applied Data Science with Deep Learning programme, covering exploratory analysis, machine learning and deep learning on real-world datasets. Three selected projects are shown below.
End-to-end credit-risk model on 257,000 loan records: deduplication, detection and removal of two target-leakage sources, ratio features (loan-to-income, debt-to-income, credit utilisation) and a comparison of seven classifiers. Logistic Regression is recommended for transparency (ROC AUC 0.70); at a 0.5 threshold it cuts the default rate among approved loans from 27.4% to 17.6%.
View project on GitHub →Segments 3,054 e-commerce customers for targeted marketing. Raw order data is split into customer, product and order tables in a SQLite database, then summarised as Recency, Frequency and Monetary values and clustered with K-Means (elbow, silhouette and business judgement). Four segments emerge: a loyal group of under 3% of customers brings in a fifth of revenue, while lapsed big spenders hold over half of it, the clearest target for a win-back campaign.
View project on GitHub →Predicts the price of 1,303 laptop models from their specifications. Raw text columns are turned into usable features: pixel density from screen size and resolution, separate SSD and HDD capacities, CPU groups and clock speed, GPU brand and touchscreen/IPS flags. Five models are compared on log price; XGBoost performs best (R² 0.90), ahead of a GridSearchCV-tuned Random Forest. RAM and SSD capacity emerge as the strongest price drivers.
View project on GitHub →Two graduate degrees behind the work: quantitative modelling and intersectional gender analysis. Full texts available as PDF.
Traces the conceptual history of intersectionality and how race-, class- and gender-based discrimination shape one another in patterns of social inequality. The thesis reviews three decades of empirical applications and the unresolved debate over whether intersectionality works as a theory, a methodology or an analytical tool, alongside critiques from feminist and classical Marxist positions.
Original title (TR): Toplumsal Eşitsizlik ve Ayrımcılık Türlerinin İncelenmesinde Kesişimsellik Perspektifi · Thesis in Turkish
Compares two approaches to pricing European call options under stochastic volatility, stochastic interest rates and jumps: closed-form solutions derived through characteristic functions and martingale methods, and solutions to the partial integro-differential equation. Four alternative models are then tested empirically on General Electric stock option data.
Original title (TR): Sıçramalı Stokastik Volatilite ve Stokastik Faiz Oranı Modeli ve Modelinin General Electric Verisi Üzerine Uygulaması · Thesis in English
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