Tribhuvan University
Faculty of Management
Office of the Dean
Official Model Question Paper / Dean's Office Blueprint
Candidates are required to give their answers in their own words as far as practicable. Figures in the margin indicate full marks.
Group A
Brief Answer Questions. Attempt ALL questions. (5 × 2 = 10)
[5*2=10]- [2]
Define Industrial Marketing (B2B Marketing). How does it differ from consumer marketing?
View model solution
Industrial Marketing (B2B)
Industrial marketing involves the marketing of goods and services to commercial enterprises, governments, and institutions for use in producing other goods, operational consumption, or commercial resale.
Primary Difference: B2B involves organizational buying centers, rational purchasing criteria, derived demand, and fewer but substantially larger buyers, whereas B2C targets individual consumer households.
- [2]
Define ‘Derived Demand’ in industrial marketing with an example.
View model solution
Derived Demand
Derived demand means that demand for industrial goods is indirectly derived from the ultimate consumer demand for the final products in which those industrial goods are used (e.g., demand for industrial steel and automotive sheet metal is directly derived from consumer purchases of passenger cars).
- [2]
What is the Buying Center (Decision Making Unit - DMU) in organizational buying?
View model solution
The Buying Center (DMU)
A buying center is an informal, cross-functional group of organizational members who participate in and influence an institutional procurement decision, comprising Initiators, Users, Influencers, Deciders, Buyers, and Gatekeepers.
- [2]
Distinguish between Straight Rebuy, Modified Rebuy, and New Task buying situations.
View model solution
Buyclasses (Robinson, Faris, and Wind)
- Straight Rebuy: Routine reordering of standard supplies from an approved vendor without modifications (low involvement).
- Modified Rebuy: Buyer seeks to change product specifications, prices, delivery schedules, or suppliers (moderate involvement).
- New Task: Purchasing a major capital asset or complex system for the first time, requiring extensive research and evaluation (high involvement).
- [2]
Define Total Cost of Ownership (TCO) in industrial procurement.
View model solution
Total Cost of Ownership (TCO)
TCO is a comprehensive financial estimate that evaluates the complete lifecycle cost of purchasing, operating, maintaining, and disposing of an industrial capital asset over its useful life, rather than evaluating the initial purchase acquisition price alone.
Group B
Short Answer Questions. Attempt any THREE questions. (3 × 10 = 30)
[3*10=30]- [10]
Explain the 8-Stage Buygrid Analytical Framework in organizational buying behavior.
View model solution
The Buygrid Analytical Framework (Robinson, Faris, & Wind)
The Buygrid framework cross-tabulates 8 sequential purchase stages against the three Buyclasses:
[1. Problem Recognition] -------------> [2. General Need Description] | v [3. Product Specification (Value Analysis)] -> [4. Supplier Search] | v [5. Proposal Solicitation (RFP)] -----> [6. Supplier Selection] | v [7. Order-Routine Specification] -----> [8. Performance Review / Audit]The 8 Sequential Stages:
- Problem Recognition: An internal operational deficit or new production requirement is identified.
- General Need Description: Determining the required quantity and general performance characteristics.
- Product Specification: Engineering value analysis drafting technical blueprints and tolerances.
- Supplier Search: Identifying qualified vendors via industrial directories and trade networks.
- Proposal Solicitation: Issuing formal Requests for Proposals (RFP) or tenders to shortlisted vendors.
- Supplier Selection: Evaluating competing bids on price, technical quality, delivery reliability, and financial stability.
- Order-Routine Specification: Finalizing purchase contracts, delivery schedules, warranties, and SLAs.
- Performance Review: Systematic post-purchase auditing of supplier delivery and product performance.
- [10]
Discuss the roles and dynamics within the Organizational Buying Center (Webster & Wind Model): Initiators, Influencers, Deciders, Buyers, Gatekeepers, and Users.
View model solution
Buying Center Roles (Webster & Wind Framework)
Organizational purchasing is rarely a solo act; it is managed by specialized participants:
1. The Six Buying Center Roles
- Initiators: First recognize the need or initiate the purchasing requisition (e.g., a plant technician whose machine is breaking down).
- Users: The employees who will actually operate and work with the purchased equipment on a daily basis.
- Influencers: Technical specialists (e.g., quality control engineers, R&D chemists) who define technical specifications and criteria for evaluating competing vendor proposals.
- Deciders: Senior corporate executives who possess formal financial authority to approve the selected supplier and sign contracts.
- Buyers (Purchasing Agents): Corporate procurement managers who negotiate commercial terms, contracts, payment terms, and delivery logistics.
- Gatekeepers: Individuals who control the flow of information into the buying center (e.g., executive assistants, purchasing officers screening sales reps).
- [10]
Explain Key Account Management (KAM) in B2B markets. How do suppliers structure joint business planning and relationship building with strategic clients?
View model solution
Key Account Management (KAM) in B2B Marketing
In industrial markets, the Pareto Principle applies: typically 20% of strategic clients generate 80% of enterprise revenues.
1. Core Principles of KAM
- Treating major corporate accounts as long-term strategic collaborative partnerships rather than transactional buyers.
- Assigning a dedicated Key Account Manager who leads a cross-functional supplier team (R&D engineer, logistics manager, customer service lead) dedicated to that client.
2. Collaborative Relationship Building
- Joint Business Planning: Synchronizing 3-year technology roadmaps, shared inventory data, and co-designing new product innovations.
- Systemic Supply Chain Integration: Establishing electronic vendor-managed inventory (VMI) that automatically replenishes stock at the client’s plant.
- Customized Value Creation: Offering specialized volume-rebate pricing, priority manufacturing queue access, and dedicated technical training.
- [10]
Discuss B2B Pricing Strategies: Competitive Bidding, Life-Cycle Costing, and Value-Based Pricing in industrial tenders.
View model solution
Industrial Pricing Strategies
Industrial pricing balances economic value delivered with competitive procurement tender dynamics.
1. Competitive Bidding and Tendering
- Governments and corporate enterprises solicit sealed competitive bids based on published technical specifications. Suppliers must price bids to balance winning probability against adequate profit margins.
2. Value-Based B2B Pricing
- Pricing based on the economic value delivered to the customer (Economic Value to the Customer - EVC) by quantifying operational savings, energy efficiency gains, or downtime reductions created by the equipment.
3. Life-Cycle Costing Pricing
- Factoring in operating fuel efficiency, maintenance longevity, and residual salvage value to demonstrate that a higher upfront machine price is cheaper over a 10-year operating horizon than a cheap, fuel-inefficient competitor.
Group C
Comprehensive Answer / Case Analysis Question. (1 × 20 = 20)
[1*20=20]- [20]
Read the following scenario and answer the questions:
Himalayan Heavy Equipment Ltd. is the authorized industrial distributor of heavy hydraulic excavators and earthmoving machinery in Nepal, selling primarily to private hydropower developers and road infrastructure contractors. The firm is bidding on a high-stakes commercial tender to supply 20 heavy excavators (Contract value: Rs 360 Million) to a consortium building a 100 MW hydropower project in Solukhumbu. The client’s Buying Center consists of: the Consortium Chief Technical Officer (a rigid structural engineer focused on machine reliability), the Procurement Director (focused on upfront discount and credit payment terms), the Site Project Manager (demanding 24/7 on-site spare parts availability in remote mountains), and the Chief Financial Officer (evaluating Total Cost of Ownership and fuel consumption). A competing Chinese equipment brand is offering a 25% lower upfront purchase price.
Questions: a. Analyze the Buying Center dynamics and map the specific needs, evaluation criteria, and decision influence of each DMU member. b. Construct a Total Cost of Ownership (TCO) and Life-Cycle Economic Model demonstrating that Himalayan Heavy Equipment’s higher-priced machinery is cheaper over a 5-year operating horizon. c. Formulate a Tailored Key Account Management (KAM) Value Proposition addressing the Site Manager’s remote maintenance concerns. d. Design a Strategic Negotiation and Value-Based Pricing Package to win the tender against the low-cost competitor without engaging in a destructive price war.
View model solution
Case Analysis: Winning the Hydropower Equipment Tender
a. Buying Center Stakeholder Mapping
Buying Center Role Stakeholder Primary Evaluation Criteria Strategic Value Hook Influencer Chief Technical Officer (CTO) Machine durability, hydraulic pressure tolerances, high-altitude cold starting. Heavy-duty Japanese engineering, high-tensile steel boom, cold-weather heating kit. Buyer Procurement Director Price, payment terms, delivery schedule, bank guarantee validity. Flexible 3-stage milestone payments; verified 30-day delivery to project site. User Site Project Manager 24/7 on-site uptime, operator comfort, rapid replacement parts availability. Dedicated mobile container workshop stationed permanently at project site with 2 certified technicians. Decider Chief Financial Officer (CFO) Total Cost of Ownership (TCO), fuel efficiency, financing interest, resale value. TCO analysis proving Rs 48M net savings over 5 years via 18% lower diesel consumption.
b. Five-Year Total Cost of Ownership (TCO) Comparison (20 Excavators)
Cost Component (5-Year Horizon) Himalayan Heavy Equipment (Premium) Low-Cost Competitor (25% Cheaper) Initial Acquisition Price Rs 360,000,000 Rs 270,000,000 (Rs 90M cheaper upfront) Fuel Consumption (Diesel at Rs 170/L) Rs 340,000,000 (Efficient: 18 L/hr) Rs 415,000,000 (Inefficient: 22 L/hr) Maintenance & Replacement Parts Rs 45,000,000 (Standard wear) Rs 85,000,000 (Frequent component failure) Cost of Unscheduled Machine Downtime Rs 15,000,000 (96% guaranteed uptime) Rs 55,000,000 (Frequent breakdowns; no mountain parts) Subtotal Operating & Ownership Costs Rs 760,000,000 Rs 825,000,000 Less: Guaranteed Residual Resale Value (Rs 120,000,000) (High resale) (Rs 45,000,000) (Scrap value) Net Total Cost of Ownership (TCO) Rs 640,000,000 Rs 780,000,000 Net Client Savings with Himalayan Equipment Rs 140,000,000 (18% Net Life-Cycle Savings!)
c. Tailored On-Site Support Package (Addressing Site Manager)
- Permanent Mountain Container Workshop: Deploy two 40ft converted shipping containers to the Solukhumbu project base camp stocked with Rs 25 million in critical wear parts (hydraulic pumps, hoses, tracks, filters).
- Two Dedicated Resident Master Mechanics: Station two full-time certified mechanical engineers on-site at zero labor cost to the client for the entire 24-month dam construction phase.
- Uptime Guarantee SLA: Contractually guarantee 95% fleet availability; in the event of downtime exceeding 24 hours, the firm pays an automatic liquidated penalty of Rs 25,000 per idle day.
d. Strategic Negotiation and Value-Based Tender Package
- Reframing the Decision Matrix: Present the TCO analysis directly to the CFO and Board, proving that choosing the cheaper competitor will cost the consortium Rs 140 million more over 5 years.
- Buyback Guarantee: Offer a formal contractual guarantee to repurchase the 20 excavators after project completion at 35% of original purchase price, guaranteeing asset liquidity.
- Structured Financing Assistance: Partner with a leading commercial bank to arrange project equipment financing covering 70% of acquisition value at competitive interest rates.