Project timelines are easy to visualize. Balancing workloads within a team? That’s where it gets harder. In real project planning, the challenge isn’t drawing a schedule; it’s ensuring resources aren’t overloaded, assignments don’t conflict, and changes can be reviewed quickly without derailing the plan.
In this webinar, Prabhavathi Kannan showed attendees how pairing the Syncfusion Blazor Gantt Chart with Azure OpenAI creates an intelligent, review‑friendly workload‑balancing experience. The result: less manual effort, more clarity, and faster, better decisions.
If you missed the webinar or would like to review part of it, the recording has been uploaded to our YouTube channel and embedded below.
The hidden challenges
Even when tasks, timelines, and resources look well defined, planners still spend time:
- Identifying resource overallocation.
- Detecting overlapping assignments.
- Understanding true availability.
- Reassigning tasks without breaking dependencies.
As projects scale, small schedule tweaks affect multiple people. Manual review becomes slow and error‑prone. The real bottleneck isn’t visualization, it’s decision efficiency.
A smarter approach: AI‑assisted balancing
Rather than relying solely on manual analysis, let AI analyze current data, suggest optimized task assignments, and present potential changes for quick review. This doesn’t replace human planning; it provides a stronger starting point that reduces repetition and accelerates decision‑making.
Technology stack
- Syncfusion Blazor Gantt Chart: A project planning and management component with a Microsoft Project–like interface for managing tasks, dependencies, and resources. In this session, we used the resource view to organize tasks by resource, making workloads, overlaps, and overallocation easier to review.
- Azure OpenAI: An Azure service that provides access to OpenAI models. In this session, it analyzed tasks, resources, and assignments to suggest workload-balanced reassignments that could be applied to the Gantt Chart.
Prerequisites
- Visual Studio Code (or your preferred editor)
- .NET SDK with Blazor support
- A Syncfusion license key
- An Azure OpenAI resource
What we built
Step 1: Visualize the workload
- Gantt Chart in resource view with overallocation highlighting.
- Immediate insight: some resources had overlapping tasks; others were underutilized.
Step 2: Optimize with AI
- One click: “Optimize resource allocation.”
- Behind the scenes:
- Collect current tasks, resources, and assignments.
- Generate a structured, constrained prompt.
- Send prompt to Azure OpenAI.
- Receive optimized assignments in JSON.
- Parse and apply updates to the Gantt Chart.
Step 3: Make results reviewable
- Visually highlight updated taskbars.
- Use color to make changes obvious.
- Provide a clear fallback message for safe, graceful error handling.
Why it works
- Reduced manual effort: AI handles the repetitive overlap scan and first‑pass balancing.
- Faster decisions: Planners start from an optimized baseline, not a blank slate.
- Improved visibility: The Gantt Chart shows both the problem (overallocation) and the solution (rebalanced work).
- Trust through transparency: Visual highlighting makes AI changes explicit and easy to validate.
Implementation highlights
- Data modeling: Clean separation of resources, tasks, and
- Resource view: Workload‑centric visualization for practical planning.
- Prompt design: Controlled, deterministic prompts for predictable outputs.
- JSON contract: Parseable responses for seamless UI updates.
- Service layer: Encapsulated AI logic for reuse and testability.
- UX polish: Custom templates and styling to make changes immediately clear.
The bigger picture: AI in the flow
AI is most effective when embedded directly into workflows, not bolted on. Here, the Gantt Chart is the decision surface, and AI augments it with timely, contextual recommendations.
Time stamps
- [00:00] Welcome and session introduction
- [00:19] The challenge of workload balancing in project planning
- [01:04] Why resource overallocation becomes difficult to manage
- [01:16] Using AI to reduce manual planning effort
- [01:31] Session agenda and workflow overview
- [01:50] Poll: biggest resource management challenge
- [02:40] The AI-assisted workload balancing solution
- [03:42] Overview of the Syncfusion Blazor Gantt Chart workflow
- [04:03] Using Azure OpenAI for workload analysis
- [04:21] How AI-generated reassignment suggestions work
- [04:56] Demo prerequisites and project setup
- [05:43] Three implementation phases overview
- [07:05] Building the workload view
- [07:29] Understanding task, resource, and assignment data
- [08:38] How AI uses project data for balancing decisions
- [09:06] Setting up the page code-behind
- [10:10] Configuring the Gantt Chart in resource view
- [10:28] Enabling overallocation visualization
- [10:49] Mapping task, resource, and assignment data
- [11:16] Configuring labels and grid columns
- [11:53] Adding the Optimize Resource Allocation button
- [12:16] Styling the workload planning interface
- [13:17] Reviewing the initial workload visualization
- [14:08] Identifying overloaded resources visually
- [14:58] Phase 2: Adding AI-assisted reallocation
- [15:23] Creating the Azure OpenAI service
- [16:34] Building the AI request workflow
- [17:04] Returning structured JSON assignment updates
- [17:16] Configuring Azure OpenAI in the application
- [18:03] Building the AI optimization prompt
- [19:09] Handling the Optimize Resource Allocation workflow
- [19:59] Applying AI-generated updates to the Gantt Chart
- [20:29] Connecting the UI to the AI workflow
- [21:48] Running the AI-assisted rebalance demo
- [22:10] Reviewing updated task assignments
- [22:42] Why visual review of AI changes matters
- [23:04] Phase 3: Visualizing AI-generated updates
- [23:32] Adding fallback error handling
- [25:16] Creating custom taskbar templates
- [25:55] Highlighting AI-updated taskbars visually
- [26:45] Reviewing the final, optimized workload result
- [27:22] Benefits of AI-assisted workload balancing
- [27:43] Final audience poll
- [28:24] Session recap and key takeaways
- [29:27] Why AI improves project planning workflows
Q&A
Q: When using apps like Codex instead of the Syncfusion Code Studio, we still have full access to the Syncfusion MCP servers with the correct keys and configuration. True?
A: Yes, users can access Syncfusion MCP servers from compatible AI IDEs with the correct keys and configuration.
Final thoughts
Workload balancing is critical and often time‑consuming. With the right combination of visualization and AI, teams can:
- Detect issues faster.
- Evaluate alternatives quickly.
- Keep delivery on track.
By integrating the Syncfusion Blazor Gantt Chart with Azure OpenAI, you can move beyond static schedules to applications that actively help users plan smarter.
Related links
Interested in exploring the tools covered in this webinar? Check out the following links:
PakarPBN
A Private Blog Network (PBN) is a collection of websites that are controlled by a single individual or organization and used primarily to build backlinks to a “money site” in order to influence its ranking in search engines such as Google. The core idea behind a PBN is based on the importance of backlinks in Google’s ranking algorithm. Since Google views backlinks as signals of authority and trust, some website owners attempt to artificially create these signals through a controlled network of sites.
In a typical PBN setup, the owner acquires expired or aged domains that already have existing authority, backlinks, and history. These domains are rebuilt with new content and hosted separately, often using different IP addresses, hosting providers, themes, and ownership details to make them appear unrelated. Within the content published on these sites, links are strategically placed that point to the main website the owner wants to rank higher. By doing this, the owner attempts to pass link equity (also known as “link juice”) from the PBN sites to the target website.
The purpose of a PBN is to give the impression that the target website is naturally earning links from multiple independent sources. If done effectively, this can temporarily improve keyword rankings, increase organic visibility, and drive more traffic from search results.