Desktop Workshop Scheduling & Forecasting

@hits

Considering the requirement for multiple users, simultaneous access, centralized data, future scalability, and cloud deployment, we recommend a browser-based application rather than a Windows desktop application with SQLite. Our proposed stack: Frontend: Laravel Blade Pages Backend: Laravel / PHP Database: MySQL 8 Hosting: Cloud server (AWS/Azure) UI: Web-based Gantt/Calendar scheduling interface Reports: Excel / CSV / PDF Multi-user: Role-based login with simultaneous access Real-time updates: Can be incorporated for live schedule changes Backup: Automated cloud database backup The application can be accessed through a browser such as Chrome or Edge, without installing software on individual computers. # How many users will use the system simultaneously? # How many workshops/bays/teams need to be managed? # How are task/labour hours determined? # Will employee leave, holidays, shifts, overtime be considered when calculating capacity? # For forecasting, approx how far ahead should the system plan? # What is the difference between a Confirmed Job and a Tentative Job for capacity calculation? # For a new quotation/order, should the system calculate an expected completion/lead time based on available future capacity? Once we have these basic details, we can better define the scheduling logic, forecasting requirements, development scope, timeline, and commercial proposal.

@amusto

As a seasoned software engineer with over 20years of professional experience designing and implementing complex systems, I am not only familiar with .NET technologies, including your requested WPF framework, but also highly skilled in utilizing them for creating comprehensive, easy-to-use interfaces. My proficiency in WPF and MVVM pattern positions me as an ideal candidate to develop your workshop scheduling and forecasting application with its calendar and Gantt-style view for efficient task management. Furthermore, my expertise extends to handling sizeable projects and databases like SQLite which ensure robustness while stylizing database operations effectively. Lastly, it is worth noting that even though we may be physically distant in our working relationship initially, I am committed to keeping lines of communication open at all times with you for multi-user focused improvements. My aim is not just meeting expectations but also cultivating strong partnerships - ensuring your 100% satisfaction at every step. I believe now is the perfect moment to discuss further about previous scheduling engines I have built to help us move swiftly towards making an effective workforce management system using the proposed tech-stack. Let's collaboratively create an intuitive desktop application that delights you! Look forward to connecting soon!

@customizedata

I have gone through the bide details.. --> 15+ years of C# / WPF / WinForms experience, including development of task-management and scheduling systems. --> Tech stack: C#/.NET + WPF with SQLite, designed with a clean architecture for future SQL Server/network migration. -->Implementation: Gantt/Calendar scheduling with drag-and-drop, manpower allocation, conflict/overload detection, capacity forecasting, configurable shifts/labour hours, and CSV/Excel reporting. Delivery: Windows installer, clean source code, user guide, backup/restore, and acceptance scenarios covering weekly scheduling, over-capacity detection, and lead-time forecasting. Have been developing ERP level applications since 2010 Looking forward to have a chat with you to discuss further.

@ZohaibRoy

⭐⭐⭐⭐⭐ Create a Windows App for Workshop Scheduling and Capacity Planning ❇️ Hi My Friend, I hope you're doing well. I've reviewed your project requirements and noticed you're looking for a Windows-based application for workshop scheduling. You have no need to look any further; Zohaib is here to help you! My team has successfully completed 50+ similar projects for scheduling applications. I will create a user-friendly tool that manages daily tasks, forecasts workload, and allocates manpower effectively. ➡️ Why Me? I can easily develop your workshop scheduling application as I have 5 years of experience in software development with a focus on Windows applications. My expertise includes .NET development, database management, and user interface design. Besides, I have a strong grip on project management tools and Gantt charts, ensuring a comprehensive approach to your project. ➡️ Let's have a quick chat to discuss your project in detail and let me show you examples of my previous work. Looking forward to discussing this with you in chat. ➡️ Skills & Experience: ✅ .NET Development ✅ WPF/WinUI ✅ JavaFX ✅ SQLite Database ✅ User Interface Design ✅ Task Scheduling ✅ Workload Forecasting ✅ Manpower Allocation ✅ Multi-user Support ✅ Report Generation ✅ CSV/Excel Export ✅ Project Management Tools Waiting for your response! Best Regards, Zohaib

@ShaikhAneesa

Hi there, I understand you need a Windows-based workshop scheduling and capacity-planning application that handles 50+ employees, 100+ jobs and complex task structures, while giving you both an accurate daily schedule and a forward-looking view of capacity, overload and available production gaps. I’m confident I can build this around the actual scheduling logic rather than simply creating a calendar interface. My approach is to first define the employees, teams/bays, shifts, task durations, dependencies and capacity rules. Next, I’ll build the scheduling engine using .NET/WPF with SQLite, including drag-and-drop Gantt/calendar scheduling, automatic labour-load recalculation and clash/over-capacity detection. Then, I’ll add the forecasting module to roll up confirmed/tentative work, calculate projected lead times and highlight overloaded or under-utilised weeks, with CSV/Excel reporting and configurable labour/shift patterns. Finally, I’ll implement multi-user viewing/editing, backup handling and perform the acceptance scenarios to verify conflict-free scheduling, overload detection and forecasting accuracy. For multi-user editing, will users access the application from separate Windows PCs on the same local network, or is simultaneous editing expected through a shared/cloud database? I’m ready to start immediately. Warm Regards, Aneesa.

@MashoodurRehman1

I am an experienced software developer specializing in creating robust Windows desktop applications. I have a deep understanding of .NET frameworks, including WPF, which makes me well-suited for building your desktop workshop scheduling and forecasting application. My background includes several successful projects involving enterprise-level scheduling and capacity planning tools. My expertise extends to developing intuitive user interfaces with Gantt-style views, ensuring that complex operations like dragging tasks and adjusting workflows are seamless for users. I understand the necessity of a lightweight local database like SQLite and can design it for future network expansions. In previous projects, I have implemented similar functionalities, such as workload forecasting and graphical indicators for capacity management, which align with your requirements. I am interested in learning more about your specific needs to ensure a tailored solution. Could we schedule a brief call to discuss any particular workflows or preferences you might have? I look forward to the opportunity to develop a solution that effectively meets your business goals.

@seefattechnologi

YES-------I believe I can do this project in an efficient and professional manner-----------------Desktop Workshop Scheduling & Forecasting I am highly proficient to work on this project . I am Passionate .NET/Full stack developer having rich experience with all the latest technologies with so many successful Tasks. I have some queries to give you accurate time and price Please ping me to get started and provide you great results. Thanks!!!

@starttechno

Your application needs to make two decisions immediately visible: can today’s 50+ operators cover the scheduled work, and will confirmed plus tentative orders create sellable gaps or overload in coming weeks. I would build this as a native Windows C#/.NET WPF application using MVVM, SQLite, and EF Core, packaged as a straightforward installer with a clean upgrade path to SQL Server later. The scheduler will model jobs, 1–500 tasks per job, teams/bays, employees, skills, shifts, and labour-hour requirements. A Gantt/calendar workspace will support drag-and-drop task allocation; each move will recalculate available capacity and clearly flag employee, bay, and shift clashes. Forecasting will aggregate confirmed and tentative demand by day/week, compare it against editable manpower and shift capacity, expose overload/under-load through colour cues, and calculate a projected lead-time for a proposed order. I will include CSV/Excel exports, printable week and forecast reports, local backup/restore, commented source, and a concise user guide. The acceptance walkthrough will cover a conflict-free week, an over-capacity alert, and a new-order lead-time report. My desktop .NET experience includes operational tools where structured data, scheduling views, reporting, and reliable local storage are central. Muhammad Saad

@Mahihassi

With deep experience in portfolio that perfectly matches your project requirements, my engineering team at MHTechFusion will deliver a top-notch scheduling software tailored exclusively for your workshop needs. Our robust software development skills, accustomed to working with Windows-based systems and .NET frameworks, make us ideally situated for delivering the best version of your workshop management application. Moreover, we have vast experience building scalable systems with parallel architectures which is distinctively valuable in managing 100+ jobs and 50+ employees as well as ensuring smooth synchronization between tasks. Essential to your workshop scheduling app's success is its ability to offer intuitive and comprehensive allocation views. This is something we prioritize on all projects we undertake - user-friendly, efficient interfaces that simplify task management, workforce allocation, and afford everything you need at a glance. Our expertise includes backend architecture, REST API development, and data visualization systems which will be harnessed to provide you an intuitive calendar view where tasks can be easily navigated and operators' loads adjusted instantly.

@corpmember29

Hello, Windows Scheduling Developer {{{ I HAVE EXPERIENCE DEVELOPING DESKTOP SCHEDULING, GANTT, RESOURCE PLANNING & FORECASTING SYSTEMS }}} I have carefully reviewed your requirements and can build a Windows-based workshop scheduling system for 50+ employees, 100+ jobs and complex task planning. The system will include: • Drag-and-drop calendar/Gantt scheduling • Manpower, bay and team allocation • Automatic workload and conflict detection • Long-term capacity forecasting • Overload/under-utilization alerts • Labour and shift configuration • CSV/Excel reports • Multi-user viewing and editing I recommend .NET WPF with SQLite for a reliable Windows application while keeping the architecture ready for future network expansion. I have 11+ years of experience in software development and can provide the complete installer, source code, documentation and testing. I WILL PROVIDE 2 YEARS OF FREE ONGOING SUPPORT AND COMPLETE SOURCE CODE. Thanks, Christina

@devendrathakur12

Hi, I’m a Senior Software Engineer with 20+ years, focused on Windows scheduling and desktop software. I have gone through your specific requirement for workshop scheduling and forecasting. I built something like this for commercial clients, including 50+ user workflows and workload planning features. I would use C# with WPF rather than WinUI because WPF gives stronger control over complex scheduling views and mature Windows support. I will build a Windows desktop application around WPF and .NET with SQLite for local data, keeping the data layer ready for a future network database. The scheduling engine will track operator capacity and task conflicts while the Gantt view makes changes easy to see. And forecasting will use confirmed and tentative jobs separately, so quoting decisions do not distort current workload. Screenshots and relevant desktop work samples I can send. How are jobs and tasks currently recorded, and what data should be imported? Do multiple users need to edit the same schedule at the same time? How do you currently define operator shifts and available labour hours? Free for a quick call this week? Or answer those three and I will map out the first version. Dev Singh

@agrasth

Dear Sir, I have more than 30 years experience in developing IT applications using .NET, .NET Core, SQL Server, Azure and allied technologies across varied functional area like Ayurvedic Medicine manufacturing, Plant/Seed Testing Company, Procurement System for NGOs, etc. We understand that yo want to develop a scheduling application. However, we need more details about the project like how is a task define what fields constitute a job, etc. We plan to develop the application using .NET platform. In case you need any clarifications, please feel free to contact us. Thanking you and best regards Sanjay Kaul

@augustogus

Good morning, I build and modernise Windows desktop software for a living, and have done for over 15 years — mostly line-of-business tools that someone needs to keep running while they grow. Scheduling plus forecasting is the interesting part here. Day-to-day job planning is a data model problem more than a UI one: if jobs, resources and capacity are modelled properly, the forecast comes almost for free and you avoid the usual mess where the projection drifts away from what the workshop is actually doing. I can do this in .NET/WPF, but my first choice would be Delphi. For a native Windows desktop app it's still the best tool there is: one compiled executable, no runtime to install on your machines, fast on modest hardware, and a UI that stays responsive with thousands of rows on screen. It also ages well, which matters for something you'll run for the next ten years. Three things before I quote properly: Do you already have data somewhere (Excel, Access, an existing system), or do we start clean? How many people will use it at the same time, and on one machine or across the network? Roughly how many jobs a week are we planning? Happy to walk through it on a call. Gus

@vishal1145

Your forecasting module will fail if the scheduler cannot handle concurrent edits from multiple users without locking the entire database. SQLite's write-serialization will create bottlenecks when 3+ planners drag tasks simultaneously. Quick questions - are you expecting real-time conflict resolution when two users move the same job, or is a last-write-wins model acceptable? And what's your tolerance for forecast drift when actual task durations deviate from estimates? Here is the architectural approach: - WPF + ENTITY FRAMEWORK: Build drag-drop Gantt UI with MVVM pattern, binding task allocations to a normalized SQL schema that tracks operator availability per shift and flags overload thresholds in real-time. - SQLITE WITH WAL MODE: Enable write-ahead logging to support simultaneous reads during scheduling updates, then architect a migration path to SQL Server Express for true multi-user concurrency when you scale beyond 10 concurrent editors. - FORECASTING ENGINE: Aggregate confirmed/tentative job durations into weekly capacity buckets, calculate rolling lead-times using critical-path logic, and export color-coded Excel reports showing underutilized weeks where you can upsell additional orders. I've built similar resource-planning tools for a manufacturing client managing 80 technicians across 12 bays, reducing scheduling conflicts by 70% through automated clash detection. Let's schedule a 15-minute call to align on your shift-pattern logic and conflict-resolution rules before I draft the technical spec.

@jafferrox

I've built several production-planning and resource-scheduling tools for manufacturing/service shops, so this brief — daily crew scheduling plus rolled-up capacity forecasting — is very familiar territory. Stack: WPF (.NET 8) with a commercial Gantt/scheduler control (Syncfusion/DevExpress) for the drag-and-drop board — proven clash detection, saves weeks vs. custom-built. SQLite + EF Core for storage, schema designed with change-log/versioning so a future SQL Server + networked multi-user upgrade is a config change, not a rewrite. Shared-DB (WAL mode + optimistic concurrency) covers simultaneous multi-user viewing/editing for now. Exports via ClosedXML (Excel/CSV) plus a PDF report library. Approach: Drag-drop scheduling board (bays/teams as lanes) with live load meters and red/amber/green clash flags. Forecasting module rolls up confirmed + tentative jobs against configurable shift patterns to heat-map over/under-capacity weeks and project lead-times for new orders. Delivery (milestone-based, testable at each step): 1) scheduling board, 2) manpower/shift config, 3) forecasting + lead-time module, 4) exports/print/backup, 5) installer, user guide, acceptance demo. Happy to start with wireframes before coding to lock UX early.

@denisSolution

Hi, I'm Denis, a full-stack developer who has built scheduling and resource planning tools for manufacturing environments. This project needs a Windows desktop solution that balances short-term scheduling with long-term capacity forecasting while keeping the interface responsive even with hundreds of tasks and dozens of employees. A WPF frontend with SQLite backend would handle the scale efficiently, while a Gantt-style view with drag-and-drop task assignment would let you adjust schedules in real time and see overloads immediately. The forecasting module can use rolling averages of past job durations to project future capacity gaps without overcomplicating the data model. I recently worked on a similar system where we synchronized dozens of workstations and operators across multiple shifts while maintaining a responsive UI. The key was keeping the data model lean—tasks linked to operators and bays, with simple colour-coded status flags for capacity alerts. I can start working right away. Let's connect and discuss the details. Thanks, Denis.

@mayr81

Build a Windows desktop scheduling & forecasting app for your workshop, designed for 50+ employees, 100+ jobs, and 1-500 tasks per job. Key outcomes: - Daily scheduler with calendar/Gantt drag-and-drop, bay/team assignment, automatic load recalculation, and clash detection. - Manpower allocation model with simple color cues for overload/under-load. - Long-term forecasting that rolls up confirmed and tentative work into capacity-by-week, flags shortfalls/idle profitable gaps, and outputs lead-time estimates for quoting. - Exportable reporting (CSV/Excel) plus print-ready views. - Configurable labour hours and shift patterns; ready for future networked upgrade. Proposed tech stack: - .NET with WPF (or WinUI) for a responsive desktop UI. - SQLite for local data persistence; schema and data-access layer structured to support later network sync. - Clean, well-commented code with modular scheduling/forecasting components. Deliverables: - Compiled Windows installer + clean source code - Brief user guide for daily scheduling, forecast generation, and data backup - Acceptance walk-through supporting: conflict-free full week, over-capacity flagging, and lead-time forecast for a new order Let’s move fast with a clear data model and an iteration plan so your team gets value early.

@krupnovdenis

Hello! We can build you a Windows desktop scheduling and forecasting tool for this workflow. 1. Do you already have any existing scheduling data or process rules to start from? 2. What should we treat as the main priority for the first release? — About us We are dZENcode – a full-cycle IT company for digital product development: from design and programming to integrations and post-release support. We build projects from scratch and also work on existing solutions that need further development, improvements, or technical support. You can find detailed information about our services and rates on our official website: https://dzencode.com. Please review it – after that, we can discuss the details and agree on the next step. ⚠️ After clarifying all details, we will define the scope, the suitable cooperation format – task-based, outsourcing, or outstaffing – and the final cost. Projects are guaranteed to reach release with us: • 10+ years providing IT services; • 90+ in-house specialists; • 250+ public reviews since 2015; • We support products under SLA after launch; • We work under NDA and a company contract!

@gowthamsarathy

Hello, This needs to function as a real workshop capacity-planning system rather than a simple calendar: 50+ employees, 100+ jobs and potentially hundreds of tasks must remain manageable while daily scheduling and longer-term capacity planning stay connected. The critical part is calculating labour availability against task requirements, preventing allocation conflicts, and making future overloads or unused capacity immediately visible for production and quoting decisions. Here’s my approach to the project: I’d build the Windows application with .NET/WPF and a local SQLite data layer, keeping the architecture modular so the database can later move to a shared server. The scheduling engine will model employees, teams/bays, shifts, task durations and job dependencies, with drag-and-drop Gantt/calendar scheduling updating workloads and conflict indicators automatically. A separate forecasting layer will combine confirmed and tentative work, labour hours and shift patterns to calculate utilization, capacity gaps, and projected lead times. Multi-user access will be designed around a shared data/service layer rather than allowing conflicting direct edits. The acceptance scenarios will be tested with large job/task sets, including conflict-free weekly scheduling, deliberate over-capacity conditions, workload changes, and new-order forecasting. CSV/Excel exports, printable reports, backup/restore, responsiveness, and simultaneous viewing/editing. Kind regards, Gowtham