AKHILESH NAROTRA
Quality in Code. Confidence in Experience.
アキレシュ ナロトラ
Energy Systems Engineer & Digital Product Designer
Combining technical expertise with minimalist design principles
Projects
Software Testing – Web Banking Application
Role: QA Engineer
Description: Ensured functionality and stability of a multi-feature banking application.
- Automated 50+ test cases (login, transactions) using Selenium WebDriver.
- Logged 40+ defects in JIRA; resolved critical bugs via cross-team collaboration.
- Delivered test plans, bug reports, and coverage metrics post-regression testing.
Tools: Selenium, JIRA, Agile methodologies.
UX Redesign – Online Student Portal
Role: UX/UI Designer
Description: Revamped a college portal to improve accessibility and user experience.
- Created wireframes and high-fidelity mockups with WCAG-compliant design.
- Enhanced mobile responsiveness and reduced navigation friction by 30%.
- Conducted usability testing to validate redesign effectiveness.
Tools: Figma, user personas, A/B testing.
Mobile Prototype – Meditation & Wellness App
Role: UX Designer
Description: Designed a calming mobile app for meditation and habit tracking.
- Applied color psychology and minimalist UI to promote user relaxation.
- Integrated guided meditation modules and feedback systems.
- Tested prototypes via A/B usability sessions.
Tools: Figma, Adobe XD, user journey mapping.
Solar and Battery Storage System – Isla Mocha, Chile
Role: Renewable Energy System Designer
Description: Designed a 50 kW solar PV system with lithium-ion batteries to replace diesel generators.
- Conducted solar resource assessments, load forecasting, and stakeholder consultations.
- Demonstrated 7.2-year payback period, electrified 30 houses, ensured 2-day battery autonomy.
- Aligned with Chile’s renewable energy goals, reducing emissions and costs.
Tools: RETScreen, stakeholder mapping, financial modeling.
Energy Efficiency Audit – Viscount Alexander Public School
Role: Energy Auditor & Analyst
Description: Led a retrofit project to optimize energy use in a 2,258 m² school building.
- Identified inefficiencies in HVAC and lighting, proposing 10.9% annual savings.
- 4.4-year payback, 54.3% IRR, 8.7% GHG reduction demonstrated in analysis.
- Recommended 36 occupancy sensors to cut further usage.
Tools: RETScreen, benchmarking, cost-benefit analysis.