Business Process & Management: Flow, Improvement & Tech

TAKEAWAYS:

• A business process is a structured sequence of activities (e.g., order-to-cash) that delivers value, and its efficiency directly impacts profit margins.
• BPM (Business Process Management) uses tools like BPMN diagrams and software (e.g., Camunda, Microsoft Power Automate) to visualize, monitor, and optimize processes.
• Reengineering (radical redesign) vs. improvement (incremental tweaks) are two paths to cut waste, but reengineering risks high costs and employee resistance.
• IT’s role in BPM includes automation (RPA), AI-driven analytics, and real-time dashboards—seen in Daraz’s inventory tracking or NTC’s call-center routing.
• Supply chain processes (e.g., Ncell’s mobile phone stock replenishment) are a key application of BPM, where delays cost millions in lost sales.
• Process mining (e.g., using Celonis) turns logs into BPMN diagrams to spot bottlenecks—like Kathmandu’s traffic jam at Thapathali.

1. What Is a Business Process?

A business process is a collection of related, structured activities that produce a specific outcome (e.g., customer order fulfillment, payroll processing, or loan approval). It spans multiple departments and involves people, data, and technology.

Key Characteristics

mindmap
  root((Business Process))
    - **Structured**: Defined steps, inputs, outputs
    - **Cross-functional**: Spans departments (e.g., sales → finance → logistics)
    - **Value-driven**: Delivers customer benefit (e.g., "on-time delivery")
    - **Measurable**: Performance tracked (e.g., "95% order accuracy")
    - **Dynamic**: Adapts to changes (e.g., seasonal demand)
    - **IT-enabled**: Relies on systems (e.g., ERP, CRM)

Types of Business Processes

Worked Example: Daraz’s Order-to-Cash Process

1. Customer places order (via app/web) → IT: Order management system (OMS) logs request.
2. Inventory check → IT: ERP system checks stock in real time (e.g., SAP).
3. Payment processing → IT: Khalti/eSewa API validates payment.
4. Warehouse dispatch → IT: Route optimization software (e.g., Route4Me) assigns drivers.
5. Delivery tracking → IT: GPS and SMS updates notify customer.
6. Invoice generation → IT: Accounting system auto-generates receipt.

Why it matters: Daraz’s process efficiency reduces customer churn (lost sales) by 30% and cuts logistics costs by 15% via automation.

2. Business Process Management (BPM)

BPM is the discipline of identifying, designing, executing, documenting, monitoring, and optimizing cross-functional business processes to achieve organizational goals.

BPM Lifecycle (AS-IS → TO-BE)

BPM Tools & Software

BPMN Diagram Example: NTC’s Customer Complaint Handling

flowchart TD
  A["Customer Calls 1600"] --> B["IVR Routes Call"]
  B --> C["Voicemail?"]
  C -->|"Yes"| D["Queue to Agent"]
  C -->|"No"| E["Live Agent"]
  D --> F["Agent Checks CRM"]
  E --> F
  F --> G["Resolve or Escalate"]
  G -->|"Resolved"| H["Update CRM & Log"]
  G -->|"Escalated"| I["Supervisor Review"]
  I --> H

Key Metrics Tracked:

• First Call Resolution (FCR): % of issues solved in 1 call.
• Average Handling Time (AHT): 3 mins (target).
• Customer Satisfaction (CSAT): 90%+ score.

3. Business Process Reengineering (BPR) vs. Improvement

BPR Steps (Hammer & Champy Model)

Worked Example: Nabil Bank’s Loan Approval Reengineering

• Problem: Manual approvals took 15 days, losing customers to competitors.
• BPR Steps:
  1. Map AS-IS: Found 8 departments involved, 5 sign-offs.
  2. Redesign TO-BE:
     • Use AI credit scoring (instead of manual checks).
     • Automate document verification (OCR + blockchain for KYC).
     • Parallel approvals (instead of sequential).
  3. Result: Approval time dropped to 2 days, loan portfolio grew by 20%.

4. Business Process Improvement (BPI)

BPI focuses on small, targeted changes to eliminate waste (non-value-added steps) and improve efficiency. Tools include:

• Lean Six Sigma (DMAIC cycle)
• Kaizen (continuous incremental improvement)
• Value Stream Mapping (VSM)

Lean Six Sigma DMAIC

Worked Example: Pathao’s Driver Assignment Improvement

• Problem: Drivers spent 30% of time idle due to poor route matching.
• BPI Steps:
  1. Map Value Stream: Found delays in GPS sync and rider request matching.
  2. Eliminate Waste:
     • Added real-time traffic data to route optimization.
     • Implemented dynamic pricing to balance demand.
  3. Result: Driver utilization increased by 40%, reducing operational costs.

5. Supply Chain Processes & Operational Excellence

Supply chain processes are end-to-end flows from raw material procurement to customer delivery. Key processes:

• Procurement: Buying materials (e.g., Ncell’s phone inventory).
• Production/Service Delivery: Manufacturing or service provision (e.g., Himalayan Java’s coffee roasting).
• Logistics: Transport and distribution (e.g., Daraz’s last-mile delivery).
• Returns & Reverse Logistics: Handling defective or returned items.

Supply Chain Process Mapping (Ncell’s Mobile Phone Stock Replenishment)

flowchart TD
  A["Sales Forecast"] --> B["Stock Check"]
  B -->|"Low"| C["PO to Supplier"]
  B -->|"Adequate"| D["Hold"]
  C --> E["Supplier Delivery"]
  E --> F["Warehouse Receipt"]
  F --> G["ERP Update"]
  G --> H["Shelf Restock"]
  H --> I["Customer Purchase"]
  I --> J["Inventory Update"]

Key Metrics:

• Inventory Turnover Ratio: How often stock is sold/replaced (target: 8–12 times/year).
• Fill Rate: % of orders shipped on time (Ncell aims for 98%).
• Lead Time: Time from order to delivery (Ncell’s target: <48 hours).

Operational Excellence Tools

6. Role of Information Technology in BPM

IT enables automation, visibility, and data-driven decisions in business processes.

IT Tools by Process Stage

Real-World Example: NEPSE’s Trading Process Automation

• Problem: Manual trading had high errors and slow settlements.
• IT Solution:
  • Automated order matching (algorithm replaces human brokers).
  • Blockchain for settlement (reduces fraud).
  • Real-time dashboards for traders.
• Result: Trading errors dropped by 90%, settlement time from 3 days to <1 hour.

7. Process Mining: Turning Logs into BPMN

Process mining automatically discovers processes from event logs (e.g., ERP, CRM data) and visualizes them in BPMN.

How It Works (Example: NTC’s Call Center)

1. Extract Logs: Calls, agent actions, resolution times.
2. Analyze Patterns: Find bottlenecks (e.g., long waits for Tier 2 agents).
3. Generate BPMN: Show actual process flow (not just "theoretical").
4. Optimize: Reduce handoffs between agents.

Tool: Celonis used by NTC to find that 80% of calls were resolved by Tier 1 agents, but 20% waited >10 mins for escalation.

In the Real World

1. Daraz’s Inventory Management

   • Idea Used: Just-in-Time (JIT) Procurement + Predictive Analytics
   • How: Daraz uses AI to forecast demand (e.g., Diwali sales spike) and automates reordering via ERP. If stock drops below 10%, the system auto-triggers purchases from suppliers. This cuts inventory holding costs by 25% and ensures 99% stock availability.

2. Ncell’s Customer Onboarding Automation

   • Idea Used: Robotic Process Automation (RPA) + BPMN
   • How: When a new customer signs up, UiPath bots handle:
     • SIM activation (auto-generate PIN).
     • KYC document verification (OCR scans ID/passport).
     • Plan selection (recommends based on usage history).
   • Result: Onboarding time reduced from 3 days to 10 minutes, and customer drop-off rate fell by 40%.

3. Nabil Bank’s Loan Approval with AI

   • Idea Used: Process Mining + AI Credit Scoring
   • How: Celonis analyzed 5,000 loan approval logs and found that manual credit checks took 48 hours. Nabil Bank then:
     • Replaced manual checks with AI scoring (predicts default risk in 2 mins).
     • Used BPMN to parallelize approvals (instead of sequential).
   • Real Impact: Loan approval time cut by 80%, and default rates dropped by 12%.

Exam Tip

How to Score Full Marks in Unit 2

1. Define Clearly

   • For business process, always include:
     • Input → Activities → Output (e.g., "Customer order → Processing → Delivered product").
     • Cross-functional (spans departments).
     • Measurable (e.g., "95% accuracy").

2. Use BPMN Diagrams

   • If asked to explain a process, draw a BPMN flowchart (even sketch it). Example:
   • Label decision points (e.g., "Stock Check") and swimlanes (e.g., "Warehouse," "Logistics").

3. Compare BPR vs. BPI

   • Use a table like this:

     Criteria	BPR	BPI
     Change Scope	Radical (redesign)	Incremental (improve)
     Timeframe	6–24 months	Weeks to months
     Cost	High	Low to moderate
     Example	Nabil Bank’s loan approval	Pathao’s driver routing

4. Link to Real Companies

   • For supply chain, mention Daraz/Ncell.
   • For BPM tools, name Camunda/UiPath.
   • For process mining, cite Celonis.

5. Worked Examples

   • Always pick a Nepali company (e.g., Nabil Bank, Daraz) and:
     1. State the problem (e.g., "Manual loan approvals took 15 days").
     2. Describe the IT solution (e.g., "AI scoring + BPMN parallelization").
     3. Quantify the result (e.g., "Approval time dropped to 2 days").

6. Avoid Common Mistakes

   • ❌ Don’t confuse BPM with ERP: BPM is about process management; ERP is a system (e.g., SAP).
   • ❌ Don’t forget to mention "cross-functional" in definitions.
   • ❌ Don’t ignore IT’s role: Always link processes to tools (e.g., "ERP automates inventory").

Final Advice: For short-answer questions, use bullet points + a small diagram. For long answers, structure as:

1. Definition (1 line).
2. Key steps (bullet list).
3. Example (Nepali company + numbers).
4. IT tool used (e.g., "Camunda for BPMN").