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through custom software, ERP implementation, web development, and digital innovation.
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Construction ERP & Project Management System

A full-stack web-based ERP system designed specifically for contractors to manage end-to-end construction operations including project tracking, financial management, document automation, and RAB (budget plan) digitization.

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Social Impact Management & Monitoring Platform

A web-based Community Service Management Platform developed to support a government-led initiative that connects central government, local government, industry partners, lecturers, and university students in delivering impactful community development programs.

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Learning Management & Student Portal Platform

Custom Learning Management System (LMS) designed to simplify educational operations for administrators, instructors, and students. The platform centralizes classroom management, scheduling, attendance, reporting, and student engagement into a single, intuitive web application.

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Odoo E-Commerce Shipping Integration

A custom shipping integration for Odoo e-commerce that enables real-time shipping cost calculation, courier selection, and delivery estimation through RajaOngkir. The solution streamlines checkout while improving the overall customer purchasing experience.

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Odoo Voucher & Promotion System

A custom promotion engine for Odoo e-commerce that enables businesses to create voucher campaigns, automate discounts, and provide a seamless coupon redemption experience during checkout.

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Digital Memorial & Condolence Platform

A web-based memorial platform that allows families to publish obituary pages, receive online condolences, share memorial service information, and accept memorial donations through a secure and compassionate digital experience.

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AI Powered Medical Learning Platform

A digital medical education platform created to provide a more interactive and practical learning experience for medical students. The platform combines an online course marketplace, community based learning, and AI powered virtual patient simulations within one integrated ecosystem.

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Automotive Workshop Management & Automation System

A customized automotive workshop management solution developed on Odoo. A collection of custom modules was built to adapt the standard ERP workflow to the operational requirements of a car workshop.

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Midtrans Payment Gateway Integration for Odoo

a custom Midtrans payment provider integration for Odoo. The goal was to extend Odoo’s payment capabilities by adding support for Midtrans while preserving the same user experience and technical structure as Odoo’s native payment integrations.

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Project description.

Digitize contractor operations by replacing manual processes with a centralized platform for project, financial, and document management. 

Developed a Construction ERP that automates quotations, contracts, invoices, BAST generation, project tracking, RAB Excel import, margin calculation, and document workflows. 

Reduced administrative effort, minimized errors, improved project visibility, and accelerated decision-making through streamlined digital operations.

Skills and deliverables

Laravel, ERP Software, Business Analysis, PHP, MySQL

Construction ERP & Project Management System

A full-stack web-based ERP system designed specifically for contractors to manage end-to-end construction operations including project tracking, financial management, document automation, and RAB (budget plan) digitization.

www.danieladystudios.com

The internal backoffice dashboard centralizes project tracking, invoicing, contract management, RAB data, and profitability insights in real time.

Project description.

KakakTangguh is a digital platform that connects government institutions, industry partners, lecturers, and students to plan, execute, and monitor community service programs more effectively. The system centralizes regional needs mapping, participant management, activity tracking, evidence validation, impact measurement, and reporting into a single platform, enabling transparent collaboration and measurable social impact across Indonesia.

Skills and deliverables

Laravel, CRM Software, DevOps, Websockets, PHP

Social Impact Management & Monitoring Platform

A web-based Community Service Management Platform developed to support a government-led initiative that connects central government, local government, industry partners, lecturers, and university students in delivering impactful community development programs.

The platform centralizes program planning, regional needs mapping, stakeholder collaboration, student placement, activity logbooks, evidence validation, impact reporting, and awarding processes into a single integrated ecosystem. By bringing together five key stakeholders: central government, local government, industry, lecturers, and students, the system ensures that community service initiatives are aligned with real-world regional needs and national development objectives. 

The internal dashboard provides real-time visibility into program implementation, participant activities, regional impact, performance metrics, and reporting outcomes. This enables transparent monitoring, streamlined coordination across stakeholders, and data-driven decision-making to maximize the effectiveness of community engagement and public service programs.

Project description.

Designed and developed a custom web-based Learning Management System (LMS) for COTHA to streamline class administration, student management, attendance tracking, and scheduling. The platform includes an admin dashboard, classroom management, session calendar, attendance monitoring, report generation, and a student portal. The interface was designed with a clean, modern user experience while ensuring efficient workflows for administrators, teachers, and students.

Skills and deliverables

Laravel, API, MySQL

Learning Management & Student Portal Platform

Project Overview

COTHA is a custom Learning Management System (LMS) designed to simplify educational operations for administrators, instructors, and students. The platform centralizes classroom management, scheduling, attendance, reporting, and student engagement into a single, intuitive web application.

Teacher Dashboard
Session Calendar

The Challenge

The client needed a modern platform to replace manual administrative processes. Managing classrooms, session schedules, attendance records, and student information across multiple classes had become inefficient and time-consuming. The goal was to build a centralized system that improves operational efficiency while providing a seamless user experience for both administrators and students.

Project Outcome

The completed platform significantly improved daily operations by centralizing educational management into a single Administrators can efficiently manage classrooms, schedules, attendance, and student records, while students benefit from a more organized and accessible learning experience. The responsive interface ensures smooth usability across desktop and tablet devices.

Student Module View

Project description.

Designed and developed a custom shipping integration for an Odoo-based e-commerce platform by integrating the RajaOngkir API. The solution enables customers to calculate real-time shipping costs, compare courier services, and select their preferred delivery option directly during checkout. The integration automates shipping rate calculation while improving the overall checkout experience and reducing manual order processing.

Skills and deliverables

Odoo, Python, PostgreSQL, RajaOngkir API, REST API Integration

Odoo Shipping Integration (RajaOngkir)

Shipping Method Selection

Project Overview

This project extends Odoo’s native e-commerce capabilities with a custom shipping solution tailored for the Indonesian logistics ecosystem. By integrating RajaOngkir, customers can instantly view shipping costs, delivery estimates, and available courier services without leaving the checkout process. The integration streamlines order fulfillment while providing a faster and more transparent shopping experience.

The Challenge

The client’s existing checkout process lacked automated shipping calculations and required manual cost confirmation before orders could be processed. Customers were unable to compare courier options or view delivery estimates, resulting in additional customer service inquiries and a slower purchasing experience. The objective was to create a seamless shipping workflow fully integrated into Odoo’s e-commerce platform.

Project Outcome

The completed solution automates shipping calculations by connecting directly with the RajaOngkir API, allowing customers to choose from multiple courier services with real-time pricing and estimated delivery times. The integration reduces manual administration, accelerates order processing, and provides a more reliable checkout experience for customers while remaining fully integrated with Odoo’s sales and order management workflows.

Project description.

Designed and developed a custom voucher and promotion engine for an Odoo-based e-commerce platform. The solution enables businesses to create flexible promotional campaigns, apply discount vouchers during checkout, and automate promotional rules to improve customer engagement and increase conversion rates.

Skills and deliverables

Odoo, Python, PostgreSQL, E-Commerce, Business Logic Development

Odoo Voucher & Promotion System

Voucher Validation & Checkout

Project Overview

This project enhances Odoo’s e-commerce platform with a flexible promotion management system. Administrators can create various voucher campaigns, define discount rules, and manage promotional offers from a centralized interface. Customers can easily apply vouchers during checkout and instantly view updated order totals, creating a seamless shopping experience.

The Challenge

The client required a flexible promotional system that went beyond Odoo’s standard capabilities. Marketing campaigns relied on manual discount calculations and lacked an easy way to manage voucher codes, promotional rules, and customer incentives. The objective was to build a scalable promotion engine that could support various marketing strategies while integrating seamlessly with the existing e-commerce workflow.

Project Outcome

The completed solution enables administrators to efficiently manage promotional campaigns while providing customers with a smooth voucher redemption experience. Discounts are automatically validated and applied during checkout, reducing manual work, improving pricing accuracy, and encouraging higher customer engagement through targeted promotions.

Project description.

Designed and developed a web-based memorial platform that enables families to publish personalized obituary pages, share funeral and memorial service information, receive online condolence messages, and accept memorial donations. The platform provides a meaningful digital space where friends and relatives can honor loved ones while staying connected regardless of location.

Skills and deliverables

Laravel, API, MySQL, Payment Gateway Integration, Responsive Web Design

Digital Memorial & Condolence Platform

Memorial Pages & Obituary Directory

Project Overview

Terkasih.com is a digital memorial platform created to modernize how families share obituary announcements and commemorate loved ones. Each memorial page serves as a centralized hub containing personal tributes, service information, condolence messages, photo galleries, and memorial donations. Visitors can easily search for memorial pages, express their sympathy, and support grieving families through a simple and accessible online experience.

The Challenge

Families often rely on printed announcements, social media, or messaging applications to communicate funeral arrangements, making it difficult for extended family and friends to stay informed. The client required a centralized platform that would simplify obituary publication while providing a respectful, modern, and accessible way for visitors to leave condolences, share memories, and contribute financial support.

Project Outcome

The completed platform provides families with a professional and easy-to-manage digital memorial that can be shared with relatives and friends anywhere in the world. Visitors can search for memorial pages, view service information, send heartfelt condolence messages, and make secure memorial donations, creating a lasting space to celebrate the life and legacy of loved ones.

Project description.

Designed and developed a web based medical learning platform that combines online courses, learning communities, and AI powered virtual patient simulations. The platform enables medical students to learn from structured courses, connect with other learners, and practice clinical reasoning by interacting with realistic AI patients through text and voice conversations.

Each virtual patient is built around a clinical case designed by medical professionals. Students can conduct patient interviews, ask questions, identify symptoms and red flags, gather relevant medical history, and determine a diagnosis based on the information discovered during the conversation.

Skills and deliverables

Laravel, API Integration, MySQL, AI Integration, Voice AI, Text AI, Payment Gateway Integration, Responsive Web Design

AI Powered Medical Learning Platform

Project Overview

RealMedic is a digital medical education platform created to provide a more interactive and practical learning experience for medical students. The platform combines an online course marketplace, community based learning, and AI powered virtual patient simulations within one integrated ecosystem.

Medical educators can publish and sell structured learning courses, while students can access educational content, participate in learning communities, and practice clinical skills through realistic patient scenarios. The virtual patient feature allows students to communicate with AI patients through text and voice, simulating the experience of conducting a real clinical interview.

The Challenge

Traditional medical education often provides limited opportunities for students to repeatedly practice patient interviews and clinical reasoning outside supervised clinical environments. The client required a platform that could combine structured digital learning with realistic and accessible clinical simulations.

The key challenge was creating AI patients that could communicate naturally while remaining consistent with specific clinical cases designed by medical professionals. The system needed to support realistic conversations, symptom exploration, history taking, and diagnostic reasoning through both text and voice interactions.

Project Outcome

The completed platform provides medical students with an interactive learning environment where theoretical knowledge can be applied through realistic clinical scenarios. Students can learn from online courses, connect with learning communities, and practice interviewing AI patients designed around expert created medical cases.

Through text and voice AI integration, students can develop communication skills, gather clinical information, evaluate symptoms, and practice diagnostic reasoning in a safe and repeatable environment. RealMedic creates a more engaging connection between medical theory and practical clinical decision making.

Project description.

Designed and developed a collection of custom modules for an automotive workshop management system built on Odoo. The solution connects customer bookings, workshop operations, mechanic assignments, task timers, WhatsApp notifications, performance tracking, commissions, and accounting within one integrated workflow.

The system automates the service process from customer booking through WhatsApp to workshop task execution and mechanic commission calculation, helping the workshop coordinate daily operations with less manual administration.

Skills and deliverables

Odoo, Python, PostgreSQL, Custom Module Development, WhatsApp API Integration, Workflow Automation, Accounting Integration, ERP Customization

Automotive Workshop Management & Automation System Workshop Operations, WhatsApp Booking & Mechanic Commission Manageme

Project Overview

Workshop Operations, WhatsApp Booking & Mechanic Commission Management

This project is a customized automotive workshop management solution developed on Odoo. A collection of custom modules was built to adapt the standard ERP workflow to the operational requirements of a car workshop.

Customers can schedule vehicle services through a WhatsApp chatbot, which automatically creates quotations and service schedules in Odoo. Once a service order is confirmed, workshop tasks are created and mechanics are automatically assigned based on the configured workflow.

The system also manages task timers, employee handovers, WhatsApp notifications, workshop progress, mechanic performance, and monthly commission calculations.

The Challenge

The client needed Odoo to support the actual workflow of a busy automotive workshop, where multiple services may be performed on one vehicle by different mechanics in sequence.

Managing task assignments, monitoring working time, coordinating mechanic handovers, updating customers, and calculating performance based commissions required significant manual effort. The client needed an automated workflow that could connect workshop activities with customer communication and financial processes.

Project Outcome

The completed solution provides an integrated workflow from customer booking to workshop completion and commission processing. Customers can book services through WhatsApp, while service quotations and schedules are automatically created in Odoo.

When work begins, mechanics are automatically assigned to tasks and receive WhatsApp notifications. Customers are also informed when work on their vehicle starts. Mechanics can use links within WhatsApp messages to pause or stop task timers, while the system automatically progresses to the next task and notifies the next assigned employee.

Mechanic performance is evaluated based on task points, completion targets, and custom commission formulas. At the end of each month, calculated commissions are automatically integrated into the accounting workflow, creating a more efficient and transparent workshop management process.

Project description.

Designed and developed a custom Midtrans payment gateway module for Odoo, adding a local payment provider that is not available in the standard Odoo payment integrations.

The module was implemented following Odoo’s native payment provider architecture, coding patterns, and workflow conventions. This ensures the Midtrans integration behaves consistently with Odoo’s built in payment providers while maintaining clean, maintainable, and upgrade friendly code.

Skills and deliverables

Odoo, Python, PostgreSQL, Midtrans API Integration, Payment Gateway Integration, REST API, Webhook Integration, Custom Module Development

Midtrans Payment Gateway Integration for Odoo

Payment Processing & Automated Payment Confirmation

Project Overview

This project involved developing a custom Midtrans payment provider integration for Odoo. The goal was to extend Odoo’s payment capabilities by adding support for Midtrans while preserving the same user experience and technical structure as Odoo’s native payment integrations.

The module integrates directly with Odoo’s existing payment framework, allowing Midtrans to be configured and managed alongside other payment providers within the standard Odoo interface.

The Challenge

Midtrans is not available as a native payment provider in Odoo, while the client required a local payment solution that could work seamlessly with the existing Odoo payment flow.

Rather than creating a separate or disconnected payment process, the integration needed to follow Odoo’s native architecture. This required aligning the module with Odoo’s payment transaction lifecycle, provider configuration, transaction status handling, and callback processing while keeping the implementation clean and maintainable.

Project Outcome

The completed module adds Midtrans as a fully integrated payment provider within Odoo. Transactions follow the standard Odoo payment workflow, while payment processing and transaction updates are handled through the Midtrans integration.

By following Odoo’s native implementation patterns and clean code principles, the module provides a consistent experience for administrators and users while remaining easier to maintain, extend, and adapt to future Odoo developments.