Enterprise Asset Management System (Internal Tools)

Role: Fullstack / Backend & DevOps Engineer • NashTech

Comprehensive internal IT asset lifecycle management system with cloud infrastructure as code (Terraform) and automated CI/CD deployment on Microsoft Azure.

// Timeline:

03/2024 — 08/2024

// Team context:

Flagship capstone project within the Rookie to Engineer program (Batch 7), cross-functional delivery.

MODULES (SCROLL TO EXPLORE):

[CARD 01 / 07] // PROBLEM ARCHITECTURE

psychology SYS.SYS.03.01

Context & Problem Statement

Manual tracking of IT hardware and employee device allocation led to inventory discrepancies and delayed offboarding recovery. The organization needed a centralized, role-based platform with high-performance APIs and reproducible cloud infrastructure.

// ENGINEERING FOCUS:

Enterprise Internal Tools

// DEPLOYMENT SCOPE:

03/2024 — 08/2024

[CARD 02 / 07] // CORE CONTRIBUTIONS

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Core Engineering Contributions

›_ Engineered type-safe REST APIs using NestJS and Prisma ORM backed by Azure Database for PostgreSQL.
›_ Codified cloud infrastructure using Terraform (IaC) to provision Azure App Service, Azure Container Registry, and secure networking.
›_ Constructed automated CI/CD pipelines in Azure Pipelines covering linting, unit testing, container build, and deployment.
›_ Collaborated on an administrative dashboard in ReactJS featuring role-based access control (RBAC).

[CARD 03 / 07] // MEASURABLE IMPACT

trending_up SYS.SYS.03.03

Measurable Impact

✓ Digitized 100% of employee hardware lifecycle events from onboarding provisioning to asset retirement.
✓ Reduced feature deployment lead times from days to under 15 minutes with automated Azure Pipelines.
✓ Recognized as an outstanding capstone project in the Rookie to Engineer program (Batch 7) and adopted into live operational use.

[CARD 04 / 07] // SYSTEM DESIGN

account_tree SYS.SYS.03.04

Architecture Highlights & System Design

› Modular NestJS architecture combined with Prisma ORM ensures strictly type-safe database queries.
› Terraform IaC guarantees environment parity between staging and production instances.
› Containerized deployments on Azure App Service with automated image delivery from Azure Container Registry.

[CARD 05 / 07] // TECHNICAL SCOPE

checklist SYS.SYS.03.05

Responsibilities & Technical Scope

› Designed database schemas and developed asset lifecycle backend services using NestJS.
› Provisioned and maintained reproducible cloud environments on Azure via Terraform.
› Configured automated build, test, and release pipelines on Azure DevOps.

[CARD 06 / 07] // OUTCOMES & RETRO

verified SYS.SYS.03.06

Delivery Outcomes & Production Impact & Lessons Learned & Engineering Takeaways

verified // Delivery Outcomes & Production Impact

✓ Delivered on schedule and integrated as the official internal IT asset operational tool.
✓ Maintained zero security vulnerabilities and stable platform uptime in live corporate use.

lightbulb // Lessons Learned & Engineering Takeaways

› Adopting Infrastructure as Code from day one eliminates environment drift and deployment surprises.
› Designing extensible database models upfront accommodates newly introduced hardware asset types effortlessly.

[CARD 07 / 07] // TECH SPEC & VERIFICATION

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Technology Stack

NestJSTypeScriptPrisma ORMPostgreSQLReactJSTerraformAzure App ServiceAzure Container RegistryAzure Pipelines

[DOSSIER COMPLETE • SYS.03] ● 100% PRODUCTION VERIFIED

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