Yash Sharma — Portfolio

Projects

Certified

Self-directed project

Business Analytics Sprint

Data Science · September 2026

84/ 100

A ProoV case study · educational project, not employment

Built an end-to-end profitability investigation that framed the paradox structurally, audited the data for issues, and used SQL to isolate margin differences by category and region. Connected the analysis to a Pareto-style root-cause story, a recovery forecast, and a prioritised executive recommendation set focused on discount discipline, logistics efficiency, and input-cost mitigation.

Graded against

Problem Framing & Hypotheses10%
Data Analysis & SQL30%
Root-Cause & Forecasting25%
Dashboard & Visualization15%
Executive Communication & Strategy20%

Passed · pass mark 60/100

What stood out6

Built a sensible hypothesis set around raw-material inflation, discounting, and logistics rather than guessing a single cause
Wrote the category margin query with the correct margin formula and grouped by category as required
Used a join to connect regional margin with discount data and interpreted Asia as a margin-pressure area
Produced a forecast and recommendation stack that ties actions back to the identified profit drivers
Structural Problem Framing
Leakage-Free Analytical Reasoning

The work I submitted20 tasks

12 tasks · 9.0k characters · 8 written answers · 269 words

Hypothesis Sheet535 characters
Data Audit100 characters
Week1 Update689 characters
Sql Category Profit338 characters
Sql Region Join331 characters
Dashboard58 characters
Forecast281 characters
AI Reflection426 characters
Recommendations1.2k characters
Stakeholder Qa1.1k characters
Executive Summary1.3k characters
Bosch Real Case Study2.6k characters
Hypothesis Sheet53 words
Data Audit4 words
Week1 Update93 words
Sql Category Profit26 words
Sql Region Join28 words
Dashboard1 word
Forecast6 words
AI Reflection58 words

Summarised on purpose — the submitted code and writing stay private so this page cannot be reused as an answer key. The full submission sits behind the verified certificate.

Verified certificateTamper-proof · issued by ProoV

Certified

Self-directed project

AI-Assisted Code Modernization with IBM

Junior Software Engineer · Software Engineering · September 2026

84/ 100

Based on a public IBM case study · not affiliated with IBM

Built and verified a legacy Python maintenance service modernization: fixed the wear-calculation bug with true division, handled missing service readings safely, corrected fleet-report averaging, and repaired a hidden mileage-conversion helper bug. They also added the missing report test, documented what the AI agent got wrong, and used an acceptance script to confirm the repo met the required behavior.

Graded against

Fix and extend the repo with the agent35%
Diagnose the bug20%
Direct and audit the AI agent25%
Explain it like an engineer20%

Passed · pass mark 60/100

What stood out6

Correctly identified the floor-division bug and explained why it suppressed nearly-worn cars
Caught the quiet helper-module mileage conversion bug that no test directly covered
Wrote NOTES.md in their own words and tied it to verification checks
Leakage-Free Bug Diagnosis
Directed AI Code Review
Acceptance-Driven Verification

The deliverable

View the codeHackerasker / CAR-SERVICE-BUG

The work I submitted17 tasks

9 tasks · 1.6k characters · 8 written answers · 141 words

Division Predict70 characters
Diagnose Line130 characters
Diagnose Why170 characters
Scope Prompt66 characters
Audit Findings149 characters
Template Repo Click82 characters
Verify Report71 characters
Exec Pitch767 characters
Repo URL46 characters
Division Predict1 word
Diagnose Line10 words
Diagnose Why24 words
Scope Prompt1 word
Audit Findings1 word
Template Repo Click1 word
Verify Report1 word
Exec Pitch102 words

Summarised on purpose — the submitted code and writing stay private so this page cannot be reused as an answer key. The full submission sits behind the verified certificate.

Verified certificateTamper-proof · issued by ProoV

Certified

Self-directed project

Frontend Engineering with Prediction Game

Junior Front-End Engineer · Software Engineering · September 2026

92/ 100

A ProoV case study · educational project, not employment

Built a single-file World Cup prediction game end to end: rendered fixtures as pickable match cards, scored picks with the exact 5/2/0 rule, generated bot predictions from a real-results strength model, and persisted a ranked leaderboard in localStorage. Also shipped the project to a live HTTPS Netlify URL for browser-based play.

Graded against

Scoring engine correctness30%
Prediction model genuinely from real data25%
Game completeness and leaderboard soundness25%
Shipped and shareable: live deployed URL20%

Passed · pass mark 60/100

What stood out6

Implemented scorePick with the exact 5/2/0 rule and verified all four canonical cases, including draw-vs-draw handling.
Computed team strengths from real results data and used both teams’ attack/defense values in botPredict rather than a stub or constant.
Built a persistent leaderboard that saves to localStorage, sorts descending, and re-renders ranked rows after reload.
Leakage-Free Feature Engineering
Honest Model Evaluation
State Persistence and Ranking

The work I submitted19 tasks

11 tasks · 13 lines · JavaScript, HTML · 8 written answers · 747 words

Lab Orientation673 characters
Act1 Fixtures FormJavaScript · 3.3k characters
Example Score PickJavaScript · 2.0k characters
Act2 Scoring FunctionJavaScript · 2.4k characters
Act3 Compute Strength108 characters
Example Bot PredictJavaScript · 1.6k characters
Act3 House Bot108 characters
Example Save Rank ReadonlyHTML · 3.5k characters
Act5 Assemble2 lines
Act4 LeaderboardJavaScript · 2 lines
Final Submission94 characters
Lab Orientation66 words
Act1 Fixtures Form143 words
Example Score Pick121 words
Act2 Scoring Function126 words
Act3 Compute Strength1 word
Example Bot Predict159 words
Act3 House Bot1 word
Example Save Rank Readonly130 words

Summarised on purpose — the submitted code and writing stay private so this page cannot be reused as an answer key. The full submission sits behind the verified certificate.

Verified certificateTamper-proof · issued by ProoV

Certified

Self-directed project

Fundamentals of Cybersecurity

Cybersecurity · September 2026

84/ 100

A ProoV case study · educational project, not employment

Built an end-to-end incident response workflow for a phishing-led breach: triaged the initial email, traced the attacker through auth logs and IOCs, mapped the activity to the cyber kill chain, and chose a sound containment sequence. Also produced a concise GDPR Article 33 notification and an executive incident report grounded in the incident’s actual timeline and impact.

Graded against

Threat Triage & Detection20%
Log Analysis & Investigation30%
Incident Response & Containment20%
Compliance & Breach Notification15%
Executive Communication & Lessons15%

Passed · pass mark 60/100

What stood out6

Correctly caught the impossible-travel login and isolated the anomalous row without false positives
Selected the right containment order by cutting access first and avoiding destructive actions
Drafted a GDPR breach notice that covered nature, scope, consequences, and mitigations
Connected the real-case recommendation to lateral movement and large-scale exfiltration
Leakage-Free Incident Triage
Evidence-Based Log Investigation

The work I submitted17 tasks

9 tasks · 4.3k characters · 8 written answers · 267 words

Phishing Triage189 characters
Killchain Map244 characters
Log Triage170 characters
Ioc Extraction176 characters
Containment Plan373 characters
Breach Notification676 characters
Incident Report1.2k characters
Recommendations648 characters
Real Case Analysis642 characters
Phishing Triage8 words
Killchain Map12 words
Log Triage9 words
Ioc Extraction8 words
Containment Plan14 words
Breach Notification72 words
Incident Report131 words
Recommendations13 words

Summarised on purpose — the submitted code and writing stay private so this page cannot be reused as an answer key. The full submission sits behind the verified certificate.

Verified certificateTamper-proof · issued by ProoV