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Family resource management: time, energy and money

Home Science / Community Science (B.Sc) · Resource management and consumer science · free study notes for exams, placements and interviews

In short

Family resource management is the deliberate use of a family's limited resources — chiefly time, human energy and money — to meet its goals, guided by its values and standards. It applies the management process (planning, organising, controlling, evaluating) to the home, and uses measurable tools: time plans, work-simplification charts, energy-cost estimates and budgets. In Indian B.Sc Home Science / Community Science programmes under UGC CBCS it is a core paper in Resource Management and Consumer Science, examined through definitions, classifications, process steps and numerical budget and interest problems. The same content underpins careers in financial literacy training, SHG and microfinance work, NGO and CSR livelihood programmes, extension services, hospitality and facility housekeeping, and school home-science teaching, and is tested in NET/SET and state extension-officer examinations.

Explained

Concepts: management, resources, values, goals, standards

The management process and the systems view

  1. Planning — deciding in advance what, when, where, how and by whom; includes setting standards, sequencing activities and allocating resources. Plan types: meal plan, time plan, work plan, budget.
  2. Organising — assembling and arranging resources, delegating and dovetailing (running two compatible activities together, e.g. pressure-cooking dal while cutting vegetables).
  3. Controlling / implementing — three sub-steps: energising (setting the plan in motion), checking (comparing progress with the plan and standards) and adjusting (altering the plan when something changes).
  4. Evaluating — judging the result against the standard and the goal; it feeds back into the next plan.
  5. Deacon and Firebaugh's systems model: the family is an open system — inputs (demands = goals and events; resources) pass through a throughput (the managerial subsystem's planning and implementing) to produce outputs (met demands and used resources), with feedback modifying the next input. The personal subsystem and the managerial subsystem interact.

Time management

Energy management, fatigue and work simplification

Money management

Interrelationship and substitution of the three resources

Key points

Formulas and examples

Savings = Total income − Total expenditure
Savings rate (%) = Savings ÷ Disposable income × 100
Engel's ratio = Expenditure on food ÷ Total expenditure × 100 (%)
Work-simplification saving (%) = (Old measure − New measure) ÷ Old measure × 100 (measure = steps, time or motions)
Energy expenditure EE (kcal) = MET × body weight (kg) × duration (hours); MET = multiple of resting metabolic rate
Simple interest SI = P × R × T ÷ 100 (P = principal ₹, R = % per annum, T = years)
Compound amount A = P (1 + i)ⁿ (i = rate per period as a decimal, n = number of periods)
Future value of a monthly SIP, FV = P × [((1+i)ⁿ − 1) ÷ i] × (1 + i) (P = monthly instalment ₹, i = monthly rate, n = months)
EMI = P × i × (1+i)ⁿ ÷ [(1+i)ⁿ − 1] (P = loan ₹, i = monthly rate, n = months); Total interest = EMI × n − P
Real rate of return = [(1 + nominal rate) ÷ (1 + inflation rate)] − 1
Rule of 72: years to double ≈ 72 ÷ annual % rate
50-30-20 guideline: 50% needs, 30% wants, 20% savings and debt repayment, of take-home income

Example 1 — Budget and the 50-30-20 check. Family take-home income ₹48,000 a month. Actual spending: rent ₹11,000, food ₹12,000, school fees ₹4,500, electricity and fuel ₹2,000, transport ₹2,500 (needs = ₹32,000); eating out, cable, clothing and gifts ₹11,500 (wants); the rest is saved.

Example 2 — Engel's law. The same family's income rises to ₹72,000 and food spending to ₹15,000. Food share = 15,000 ÷ 72,000 = 20.8% against 12,000 ÷ 48,000 = 25.0% earlier. The absolute amount rose by ₹3,000 but the proportion fell — exactly what Engel's law predicts.

Example 3 — Energy saved by work simplification (Classes 2 and 5). A woman of 55 kg washes clothes by hand for 1.5 hours (MET ≈ 3.3).

Example 4 — SIP and the Rule of 72. ₹3,000 invested monthly for 10 years at an expected 12% a year (i = 0.01, n = 120).

Example 5 — Cost of credit. A ₹5,00,000 loan for 5 years at 9% a year (i = 0.0075, n = 60): (1.0075)⁶⁰ = 1.5657.

Time plan for a dual-earner woman (24 hours)

ActivityHoursRemarks
Sleep7.0Non-negotiable; cutting it raises fatigue
Personal care and meals1.5
Paid work8.0Fixed, outside control
Commuting1.5Reduce by route/timing choice
Household work and care3.0Target of work simplification and delegation
Family time and leisure3.0Protect it; it is a goal, not a residue
Total24.0Peak load 6–8 a.m. and 7–9 p.m.

Comparing the three resources

TimeEnergyMoney
NatureHuman, fixedHuman, renewable dailyMaterial, expandable
Supply24 h a day for allVaries with health, age, nutritionVaries with earning capacity
StorableNoNo (only restored by rest and food)Yes (savings, investments)
Measured inHours and minuteskcal, steps, motions, fatigue signsRupees
Main toolsTime plan, time diary, peak-load planningWork simplification, motion economy, rest pausesBudget, accounts, savings plan
Substituted byMoney, equipment, helpEquipment, better method, delegationTime, skill, home production

Where it is used

Interview questions

Common mistakes

Related topics

Household equipment and energy-efficient homes · Interior design basics · Consumer Protection Act · Family finance, insurance and savings schemes · Ergonomics and work environment in the home · Entrepreneurship and income-generating activities for families

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