URBAN TRANSPORT & TRAFFIC PLANNING IN INDIA [ Town Planning Exam] ATP - Part 1

Urban Transport & Traffic Planning in India (Notes + 40 MCQ)

Exam-focused notes on urban transportation planning, traffic engineering and Indian transport policies, followed by 40 MCQs designed for town planning / DDA / ATP exams.

Quick Index

• 🔹 Revision Notes
• 🔹 MCQ Practice – 40 Questions

Revision Notes – Urban Transport & Traffic Planning

1. Role of Transport in Urban Planning

• Transport planning is about moving people and goods, not just vehicles.
• Strong land use – transport interaction:
  • Land use pattern ↔ travel demand (origins, destinations, trip length).
  • Transport infrastructure ↔ location of activities, sprawl or compact growth.
• Objectives:
  • Efficiency (reduced travel time and cost).
  • Safety for all users (especially pedestrians, cyclists).
  • Environmental sustainability (less pollution, GHG).
  • Equity and accessibility for all groups.

2. Classical Urban Transport Planning Process (Four-Stage Model)

• Trip Generation – how many trips are produced and attracted in each zone.
• Trip Distribution – where trips go (OD matrix; gravity model).
• Modal Split – share of trips by different modes (walk, cycle, bus, car, metro, etc.).
• Traffic Assignment – allocation of trips to routes / links in the network.
• Used for scenario testing (e.g., new roads, metro line, BRT) and forecasting future traffic.

3. Functional Classification & Hierarchy of Urban Roads

• Arterial roads:
  • Carry large volumes at relatively high speeds over long distances.
  • Limited access, signalised intersections, few direct property accesses.
• Sub-arterial roads:
  • Supplement arterials, slightly lower speed/volume.
• Collector (distributor) streets:
  • Collect and distribute traffic between local streets and arterials.
• Local streets:
  • Provide direct access to properties; low speed; priority for pedestrians and residents.
• Key elements of urban road cross-section: carriageway, median, shoulders, footpaths, cycle tracks, service roads, parking lanes, drainage and utilities.

4. Urban Transport Modes

• Non-motorised transport (NMT) – walking, cycling:
  • Most sustainable; often highest modal share for short trips.
  • Needs continuous, safe, shaded footpaths and cycle tracks.
• Public transport:
  • Bus systems – city buses, BRT (Bus Rapid Transit) with dedicated lanes.
  • Rail-based – suburban rail, metro, LRT/monorail.
  • Key concepts: capacity, frequency, reliability, integration and last-mile connectivity.
• Intermediate public transport (IPT) – auto-rickshaws, shared autos, e-rickshaws:
  • Last-mile and feeder services; often informal but critical.
• Private modes – two-wheelers, cars:
  • Convenient but cause congestion, pollution and equity issues when over-dominant.
• Multimodal integration:
  • Physical (interchanges, common platforms), fare integration, information integration.

5. Basic Traffic Engineering Concepts

• Traffic volume / flow (q) – vehicles per hour (vph) on a section.
• Speed (v) – km/h:
  • Time mean speed vs space mean speed (space mean ≤ time mean).
• Density (k) – vehicles per km; basic relation: q = k × v.
• PCU (Passenger Car Unit) – converts mixed traffic to equivalent cars.
• Capacity – maximum sustainable flow under prevailing conditions (vph). Level of service (LOS) relates quality of traffic flow (A–F).
• Peak Hour Factor (PHF) – ratio of hourly volume to 4×highest 15-min volume; measures peak fluctuation.

6. Traffic Control & Management

• Traffic control devices:
  • Signs (regulatory, warning, informatory), road markings.
  • Traffic signals – fixed time, vehicle-actuated, coordinated.
  • Roundabouts, channelising islands, grade separators.
• Traffic management measures:
  • One-way streets, turn restrictions, parking control, pedestrianisation.
  • Area traffic control (ATC), ITS, coordinated signals.
  • Traffic calming: speed humps, raised crossings, narrowings, chicanes.
• Transport Demand Management (TDM):
  • Parking pricing, congestion charging, carpooling, staggered timings, work-from-home, etc.

7. Indian Policies & Planning Instruments

• National Urban Transport Policy (NUTP), 2006:
  • Key principle: “Moving people, not vehicles.”
  • Promotes public transport, NMT, integrated land use–transport planning.
• Comprehensive Mobility Plan (CMP):
  • City-level long-term transport plan aligned with Master Plan.
  • Includes diagnostics, demand forecasting, multi-modal strategies, projects and phasing.
• Urban Metropolitan Transport Authorities (UMTA):
  • Institutional mechanism to coordinate multiple transport agencies in metro cities.
• Metro Rail projects & TOD:
  • Encourage Transit Oriented Development – higher densities, mixed use, walkable catchments around stations.
• Smart Cities Mission & AMRUT:
  • Focus on complete streets, NMT infrastructure, IT-enabled services, public transport improvement.

MCQ Practice – Urban Transport & Traffic Planning (40 Questions)

Attempt these 40 MCQs and click “Check Answers” to see your score and per-question green/red feedback with correct options.

1. The primary objective of urban transport planning is to:

A. Maximise vehicle speeds at any cost B. Enable efficient and safe movement of people and goods C. Eliminate public transport D. Only provide parking spaces

2. Which of the following is not a stage in the classical four-stage transport model?

A. Trip generation B. Trip distribution C. Modal split D. Land pooling

3. In the four-stage model, trip distribution refers to:

A. Assigning trips to specific routes B. Determining how many trips go from each origin zone to each destination zone C. Choosing between bus and car D. Counting parked vehicles

4. The stage which determines how trips are shared among different modes is called:

A. Trip generation B. Modal split C. Traffic assignment D. Land use allocation

5. Assertion (A): Land use and transport planning should be integrated.
Reason (R): Land use patterns strongly influence trip lengths, destinations and modal choices.

A. Both A and R are true, and R is the correct explanation of A. B. Both A and R are true, but R is not the correct explanation of A. C. A is true, R is false. D. Both A and R are false.

6. Which of the following correctly lists the typical hierarchy of urban roads from highest to lowest function?

A. Local – Collector – Arterial B. Arterial – Sub-arterial – Collector – Local C. Collector – Local – Arterial D. Arterial – Local – Sub-arterial

7. A road primarily providing access to abutting properties with low speed and traffic volumes is usually classified as:

A. Arterial road B. Local street C. Expressway D. National highway

8. Which of the following is not a typical element of an urban street cross-section?

A. Carriageway B. Footpath C. Cycle track D. Runway lighting

9. Passenger Car Unit (PCU) is used to:

A. Count only cars B. Convert heterogeneous traffic into equivalent number of cars C. Measure fuel consumption D. Determine parking fees

10. The basic traffic flow relationship is:

A. q = v / k B. q = k × v C. v = k / q D. v = q + k

11. Time mean speed is usually:

A. Always equal to space mean speed B. Greater than space mean speed C. Less than space mean speed D. Unrelated to space mean speed

12. Level of Service (LOS) in traffic engineering describes:

A. Only pavement strength B. Quality of traffic flow perceived by users (A to F) C. Quality of drinking water D. Speed of trains only

13. Peak Hour Factor (PHF) is defined as:

A. Ratio of hourly volume to 4 times the highest 15-min volume B. Ratio of daily volume to hourly volume C. Ratio of free-flow speed to average speed D. Ratio of truck volume to car volume

14. Which of the following is not an example of a traffic control device?

A. Road sign B. Traffic signal C. Road marking D. Floor tile pattern in a mall

15. Assertion (A): Traffic calming aims to reduce vehicle speeds in local areas.
Reason (R): Lower speeds improve safety for pedestrians and cyclists.

A. Both A and R are true, and R is the correct explanation of A. B. Both A and R are true, but R is not the correct explanation of A. C. A is true, R is false. D. Both A and R are false.

16. Which of the following is not a typical Transport Demand Management (TDM) measure?

A. Congestion pricing B. Carpooling C. Increasing parking charges D. Free multi-level parking everywhere

17. The key slogan of India’s National Urban Transport Policy (NUTP), 2006 is:

A. Moving vehicles, not people B. Moving people, not vehicles C. Moving freight only D. No movement is best movement

18. A Comprehensive Mobility Plan (CMP) is prepared for:

A. Rural villages only B. City-level long-term integrated transport planning C. Construction schedule of a single flyover D. Solid waste management planning

19. The main purpose of an Urban Metropolitan Transport Authority (UMTA) is to:

A. Operate airports only B. Coordinate multiple transport agencies in metropolitan regions C. Manage rural bus services only D. Control real estate prices

20. Transit Oriented Development (TOD) primarily promotes:

A. Low-density, car-dependent suburbs B. Higher density, mixed-use, walkable development around mass transit stations C. Industrial-only zones near highways D. Exclusive parking complexes

21. Which of the following is not a public transport mode?

A. City bus B. Metro rail C. Personal car D. Suburban rail

22. Bus Rapid Transit (BRT) typically includes all of the following, except:

A. Dedicated bus lanes B. Off-board fare collection at stations C. Controlled access and level boarding D. Exclusive system for private cars

23. Match the term with its best description:

1. Arterial road   2. Collector street   3. Local street   4. Expressway
a. Connects local streets to arterials   b. Limited access, high-speed facility   c. High-capacity city-level route   d. Provides direct property access at low speed

A. 1–c, 2–a, 3–d, 4–b B. 1–a, 2–c, 3–b, 4–d C. 1–d, 2–b, 3–a, 4–c D. 1–b, 2–d, 3–c, 4–a

24. Assertion (A): Promoting walking and cycling is important in Indian cities.
Reason (R): A large share of trips are short and many users cannot afford motorised modes.

A. Both A and R are true, and R is the correct explanation of A. B. Both A and R are true, but R is not the correct explanation of A. C. A is false, R is true. D. Both A and R are false.

25. Intermediate public transport (IPT) in Indian cities includes:

A. Private jets B. Auto-rickshaws, shared autos, e-rickshaws C. Ships D. Private cars

26. Which one of the following is not a benefit of an efficient public transport system?

A. Reduced congestion B. Lower emissions per passenger-km C. Increased equity in accessibility D. Increased dependence on private cars

27. A one-way street is usually introduced for:

A. Increasing conflict points at junctions B. Simplifying traffic movements and increasing capacity/safety C">C. Improving two-way pedestrian flow D. Reducing carriageway width to half

28. Which of the following correctly matches the policy with its emphasis?

A. NUTP – moving people, not vehicles B. NUTP – construction of only flyovers C">C. NUTP – promotion of only private cars D. NUTP – banning public transport

29. Match the mode with its typical characteristics:

1. Metro rail   2. City bus   3. Walking   4. Two-wheeler
a. High-capacity, grade-separated   b. Most basic, zero emission on use   c. Flexible route, medium capacity   d. High share in Indian motorised trips

A. 1–a, 2–c, 3–b, 4–d B. 1–c, 2–a, 3–b, 4–d C. 1–a, 2–d, 3–c, 4–b D. 1–d, 2–c, 3–a, 4–b

30. Assertion (A): Providing continuous footpaths and safe crossings is a transport planning measure.
Reason (R): Pedestrian infrastructure directly influences mode choice and safety.

A. Both A and R are true, and R is the correct explanation of A. B. Both A and R are true, but R is not the correct explanation of A. C. A is false, R is true. D. Both A and R are false.

31. Which of the following is not part of “complete streets” design?

A. Space for walking and cycling B. Accessible bus stops C. Design only for vehicles at high speed D. Safe crossings and universal access

32. In traffic engineering, capacity of a road section is:

A. Total number of lanes B. Maximum sustainable flow rate under prevailing conditions C. Number of accidents per year D. Total length of the road in kilometres

33. Which one of the following is an example of non-motorised transport?

A. Bicycle B. Motorbike C. Car D. Auto-rickshaw

34. For exam point of view, which of the following is a likely direct MCQ?

A. “Number of tyres in a car is …” B. “National Urban Transport Policy (NUTP) was announced in the year …” C. “Colour of buses in your city is …” D. “Brand name of buses in your city is …”

35. Which statement about traffic signals is correct?

A. They are used only on rural roads. B. They can be fixed-time or vehicle-actuated and help control conflicts at intersections. C. They always increase accidents. D. They are only decorative lights.

36. Area Traffic Control (ATC) systems primarily:

A. Control only parking B. Coordinate traffic signals over an area to improve flow C. Deal only with freight movement D. Replace all road signs

37. Which of the following correctly pairs a mission with a typical transport-related component?

A. Smart Cities Mission – complete streets and NMT facilities B. Smart Cities Mission – deep sea ports only C">C. AMRUT – interplanetary travel D. Smart Cities Mission – only housing

38. In Indian conditions, why is two-wheeler traffic important to consider in traffic analysis?

A. Two-wheelers are banned everywhere B. They form a large share of motorised vehicles and affect capacity and safety C">C. They never cause congestion D. They are always parked off-street

39. Which of the following is not an aim of integrated land use–transport planning?

A. Reducing overall travel demand and trip lengths B. Supporting public transport and NMT use C. Encouraging very long-distance daily commuting for all D. Promoting compact, mixed-use development

40. From an exam perspective, which statement BEST summarises current thinking in urban transport in India?

A. Focus on expanding roads only for cars. B. Prioritise sustainable modes (PT + NMT), safety, and integration with urban development. C">C. Consider transport planning independent of land use. D. Avoid data and modelling in all decisions.

Score: – / 40