Monday.com Workflow Time-Tracking Automation
Budget: $750 – $1,500 CAD
We are looking for a skilled developer to help build a digital production tracking and capacity management system that manages hundreds of steel parts and assemblies across multiple fabrication processes.
We have already developed:
✔ A complete system architecture
✔ A full Excel engine with formulas, logic, and workflows
✔ A full Monday.com JSON blueprint
✔ Detailed process logic, dependencies, and time standards
Now we need a developer to convert our system design into a working digital solution inside Monday.com (using its API + automations) OR build a custom standalone tool that replicates the same logic.
⸻
1. What We Are Building
A visual production management system that tracks:
✔ Every job
✔ Every assembly
✔ Every part
✔ Every fabrication process
✔ All cycle times & capacities
✔ Bottlenecks across the production line
This is for a real steel fabrication shop with cutting machines, welders, and fitters, where parts flow through multiple dependent stages.
The system must show:
• What process each part is in
• Which parts are blocking downstream work
• Assembly readiness
• Where bottlenecks exist in each department
• Planned vs actual times
• Daily capacity vs load
⸻
2. Inputs
The system starts with one Excel export from our ERP (we provided an example):
25-HBS-J121_CMB_ERP_Export.xlsx
This spreadsheet contains:
• Job numbers
• Assembly marks
• Part marks
• Cut lengths
• Weld lengths
• Plate thickness
• Sections (W shapes, HSS, PL, C, L, etc.)
The system must ingest this automatically.
⸻
3. Outputs
Once imported, the system must create:
⸻
A. PARTS TRACKING (per part)
For every part, the system must automatically assign:
• 2D Cutting OR 3D Cutting
• Next process (Tack-Up vs Parts Fit-Up)
• Planned minutes (via formulas we created)
• Actual time (based on start/stop button)
• Status color coding (Not Started → In Progress → Complete)
• Dependency unlocks (e.g., fit-up cannot start until all cutting is done)
⸻
B. ASSEMBLY TRACKING (per assembly)
System must roll up:
• How many total parts exist
• How many are cut
• How many require tack-up
• How many tack-ups are complete
• Assembly ready for fit-up flag
• Planned Bug Weld minutes (inches ÷ rate)
• Planned AGT weld minutes
• Paint time
• Final assembly readiness
⸻
C. CAPACITY & BOTTLENECK VIEW
A daily load view showing:
• Available machine hours
• Planned hours
• Actual hours
• Utilization %
• Bottleneck flag (auto red/yellow/green)
• Across all departments:
Processes include:
1. 2D Cutting
2. 3D Cutting
3. 3-Plate Tack-Up
4. Bug Weld
5. Parts Fit-Up
6. AGT Welding
7. Paint
⸻
4. Core Logic That Must Be Built
We already designed all formulas and logic. Developer must implement:
Cutting Logic
• PL = 2D Cutting
• W, C, L, HSS = 3D Cutting
Tack-Up Logic
• WB / OF / IF parts require Tack-Up after 2D
• 3D parts skip tack-up
Fit-Up Logic
Fit-up cannot begin until:
• All parts cut
• All required tack-ups done
Weld Logic
• Bug weld uses AssemblyWeldLength
• AGT weld uses WeldLength
Planned Time Calculations
Provided by us:
• 2D = 26 in/min
• 3D = 15 in/min
• Tack-Up = 10 min per WB/OF/IF
• Bug Weld = 15 in/min
• Fit-Up = 5 min per part
• AGT = 24 in/min
• Paint = 20 min per assembly
Status Dependencies
Updating a status automatically triggers the next downstream unlock.
⸻
5. What We Already Provide
You will receive:
a. Full Excel engine
(Already built with formulas & conditional formatting)
b. Full Monday.com JSON blueprint
(Automatically creates all boards, fields, automations)
c. Visual workflow diagrams
(Optional — if required)
d. A sample ERP export
That you can test logic with.
⸻
6. What We Need From You
We need a developer to:
OPTION A — Build this fully inside Monday.com
Using:
• Monday API
• Automations
• Mirror columns
• Board-to-board links
• Triggers
• Webhooks
• Status automations
• Custom formulas
OPTION B — OR Build a custom standalone web application
Tech stack can be:
• React + Node
• Python FastAPI + React
• Django
• Bubble.io (low-code)
• Retool
• AppSheet
• Flutter
• Your preference
The tool must support:
✔ Import ERP Excel
✔ Auto-calculate all logic
✔ Auto-push to database
✔ Real-time visualization
✔ Machine capacity dashboards
✔ Color-coded bottlenecks
✔ Start/Stop time tracking
✔ Operator mobile-friendly updates
⸻
7. Required Skills
The ideal freelancer must have:
✔ Experience building production tracking or MES systems
✔ Strong background in workflow automation
✔ Backend logic design experience
✔ Ability to connect Excel → Database → UI
✔ Strong data modeling
✔ Understanding of dependencies & manufacturing concepts
✔ Monday.com API experience (if using Monday)
✔ UI/UX skills for shop-floor-friendly interfaces
Preferred but optional:
• Experience in fabrication, machining, or ERP systems
• Experience building OEE or MES dashboards
⸻
8. Deliverables
1. Fully built working system (Monday OR custom app)
2. All automations functioning
3. All formulas implemented
4. Import pipeline from ERP → System
5. Operator interface for each process
6. Capacity planner dashboard
7. Testing + debugging
8. Documentation
9. Walkthrough video
10. Optional: Ongoing support
We have already developed:
✔ A complete system architecture
✔ A full Excel engine with formulas, logic, and workflows
✔ A full Monday.com JSON blueprint
✔ Detailed process logic, dependencies, and time standards
Now we need a developer to convert our system design into a working digital solution inside Monday.com (using its API + automations) OR build a custom standalone tool that replicates the same logic.
⸻
1. What We Are Building
A visual production management system that tracks:
✔ Every job
✔ Every assembly
✔ Every part
✔ Every fabrication process
✔ All cycle times & capacities
✔ Bottlenecks across the production line
This is for a real steel fabrication shop with cutting machines, welders, and fitters, where parts flow through multiple dependent stages.
The system must show:
• What process each part is in
• Which parts are blocking downstream work
• Assembly readiness
• Where bottlenecks exist in each department
• Planned vs actual times
• Daily capacity vs load
⸻
2. Inputs
The system starts with one Excel export from our ERP (we provided an example):
25-HBS-J121_CMB_ERP_Export.xlsx
This spreadsheet contains:
• Job numbers
• Assembly marks
• Part marks
• Cut lengths
• Weld lengths
• Plate thickness
• Sections (W shapes, HSS, PL, C, L, etc.)
The system must ingest this automatically.
⸻
3. Outputs
Once imported, the system must create:
⸻
A. PARTS TRACKING (per part)
For every part, the system must automatically assign:
• 2D Cutting OR 3D Cutting
• Next process (Tack-Up vs Parts Fit-Up)
• Planned minutes (via formulas we created)
• Actual time (based on start/stop button)
• Status color coding (Not Started → In Progress → Complete)
• Dependency unlocks (e.g., fit-up cannot start until all cutting is done)
⸻
B. ASSEMBLY TRACKING (per assembly)
System must roll up:
• How many total parts exist
• How many are cut
• How many require tack-up
• How many tack-ups are complete
• Assembly ready for fit-up flag
• Planned Bug Weld minutes (inches ÷ rate)
• Planned AGT weld minutes
• Paint time
• Final assembly readiness
⸻
C. CAPACITY & BOTTLENECK VIEW
A daily load view showing:
• Available machine hours
• Planned hours
• Actual hours
• Utilization %
• Bottleneck flag (auto red/yellow/green)
• Across all departments:
Processes include:
1. 2D Cutting
2. 3D Cutting
3. 3-Plate Tack-Up
4. Bug Weld
5. Parts Fit-Up
6. AGT Welding
7. Paint
⸻
4. Core Logic That Must Be Built
We already designed all formulas and logic. Developer must implement:
Cutting Logic
• PL = 2D Cutting
• W, C, L, HSS = 3D Cutting
Tack-Up Logic
• WB / OF / IF parts require Tack-Up after 2D
• 3D parts skip tack-up
Fit-Up Logic
Fit-up cannot begin until:
• All parts cut
• All required tack-ups done
Weld Logic
• Bug weld uses AssemblyWeldLength
• AGT weld uses WeldLength
Planned Time Calculations
Provided by us:
• 2D = 26 in/min
• 3D = 15 in/min
• Tack-Up = 10 min per WB/OF/IF
• Bug Weld = 15 in/min
• Fit-Up = 5 min per part
• AGT = 24 in/min
• Paint = 20 min per assembly
Status Dependencies
Updating a status automatically triggers the next downstream unlock.
⸻
5. What We Already Provide
You will receive:
a. Full Excel engine
(Already built with formulas & conditional formatting)
b. Full Monday.com JSON blueprint
(Automatically creates all boards, fields, automations)
c. Visual workflow diagrams
(Optional — if required)
d. A sample ERP export
That you can test logic with.
⸻
6. What We Need From You
We need a developer to:
OPTION A — Build this fully inside Monday.com
Using:
• Monday API
• Automations
• Mirror columns
• Board-to-board links
• Triggers
• Webhooks
• Status automations
• Custom formulas
OPTION B — OR Build a custom standalone web application
Tech stack can be:
• React + Node
• Python FastAPI + React
• Django
• Bubble.io (low-code)
• Retool
• AppSheet
• Flutter
• Your preference
The tool must support:
✔ Import ERP Excel
✔ Auto-calculate all logic
✔ Auto-push to database
✔ Real-time visualization
✔ Machine capacity dashboards
✔ Color-coded bottlenecks
✔ Start/Stop time tracking
✔ Operator mobile-friendly updates
⸻
7. Required Skills
The ideal freelancer must have:
✔ Experience building production tracking or MES systems
✔ Strong background in workflow automation
✔ Backend logic design experience
✔ Ability to connect Excel → Database → UI
✔ Strong data modeling
✔ Understanding of dependencies & manufacturing concepts
✔ Monday.com API experience (if using Monday)
✔ UI/UX skills for shop-floor-friendly interfaces
Preferred but optional:
• Experience in fabrication, machining, or ERP systems
• Experience building OEE or MES dashboards
⸻
8. Deliverables
1. Fully built working system (Monday OR custom app)
2. All automations functioning
3. All formulas implemented
4. Import pipeline from ERP → System
5. Operator interface for each process
6. Capacity planner dashboard
7. Testing + debugging
8. Documentation
9. Walkthrough video
10. Optional: Ongoing support
Related categories:
PHP
JavaScript
Excel
Android
Software Architecture
Automation
App Development
API Development
Web Application
Monday.com