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transportation impact study in city of toronto
1. Transportation Impact Study
for 7-15 Steeles Ave E, City
of Toronto
Group 4
• Asif Mohammed Thahirudeen Suneera Beevi
• Gifty George
• Lekshmi Rajendrakumar Kumary Meena
• Krishnanunni Ajith Sreedevi
• Saroj Nepuane
2. Objective
• Evaluate the anticipated
traffic impact
• Assess municipal road
implications
• Recommend infrastructure
enhancements
• Provide comprehensive
solutions
3. Traffic Impact Study
(TIS)
A TIS assesses the effects of proposed
developments on the surrounding transportation
infrastructure, including road networks, public
transportation systems, and active transportation
networks
4. What is to be constructed and Where?
Figure 1 – Proposed Development Location
• Research focus: Analyzing the impact of a new development at 7-
15 Steeles Avenue East
• Current situation: 3 houses, an empty lot, and a two-story shop
exist on-site, with plans to replace the shop with a 50-floor
building housing 683 residential units and ground-level shops.
• Transportation provisions: Designated parking for 123 cars and 520
bikes, utilizing a rear road for access and egress, located east of
Yonge Street and south of Steeles Ave East.
• Study objectives: Assess current traffic conditions, modes of
transportation (e.g., buses, walking), traffic volume analysis, and
predicting future traffic patterns resulting from the new
development
5. Data Collection
1. Existing Road Network
Yonge Street
• Key north-south arterial road in the
vicinity
• Seven-lane configuration with three
travel lanes per direction
• Auxiliary left turn lane
• Posted speed limit: 50 km/h near the
subject site
Steeles Avenue
• East-west arterial road
• Eight-lane configuration with
four travel lanes per direction
• Median left turn lanes and
dedicated left turn lanes
• Posted speed limit: 60 km/h
near the subject site
Dudley Avenue
• Residential street
• Two-lane configuration with one travel
lane per direction
• No left turn restrictions
• Posted speed limit: 40 km/h near the
subject site
Nipigon Ave
• Residential street
• Two-lane configuration with one travel
lane per direction
• No left turn restrictions
• Posted speed limit: 40 km/h near the
subject site
Fig – Existing Lane Configuration and Traffic Control
6. Data Collection
2 Existing Active Transportation Network Assessment
• Pedestrian pathways are well-established and
accessible in the vicinity of the subject site,
including sidewalks along Nipigon Ave, Dumont
Street, Yonge Street, and Steeles Ave E,
contributing to a high walk score of 86 out
of 100.
• However, there is currently a lack of designated
cycling facilities in the subject site and its
surrounding area
Existing Active Transportation Network in the Study Area
7. Data Collection
3. Current Public Transportation System
Present Public Transportation System within the Study Zone
Bus Accessibility:
•Over 10 bus routes within a five-minute walk.
•Adheres to Ministry of Transportation of Ontario's guideline for comfortable
walking distances (400 meters to a bus stop, 800 meters to a transit station).
TTC Routes:
•Six TTC routes available, offering east-west and north-south options.
•Consistent service throughout the day.
•Nearest stop at Yonge Street and Athabaska Avenue, just a one-minute walk.
YRT Routes & GO Bus:
•Well-connected with YRT routes covering east-west and north-south directions.
•YRT operates during peak hours with 20-25 minute frequencies.
•GO Bus Route 32 Trinity Commons provides east-west connection with 1-hour
frequency during peak hours.
•All transit options accessible within a four to five-minute walk from the subject
site.
10. Traffic Analysis and Future Traffic
Peak hour Factor Calculation:
• AM and PM peak factors are determined by comparing the highest 15-minute traffic
volume to the average traffic volume during respective peak hours.
• Formulas: Peak hour factor = Average traffic volume / Total traffic volume.
• In our case, AM Peak hour values are used to calculate the traffic volume .
• We got peak hour factor as 0.82.
Future Traffic Calculation:
• Growth factor calculation: Growth factor = (1 + r)^n, where r represents the annual
growth rate (2% to 5%) and n is a multiple of 5, representing the number of years.
• Background traffic calculation: Background traffic = Growth rate * total traffic
• We assume Growth rate =2% & No. Of Years = 5 years
• In our case, Growth factor =1.10
12. Traffic Analysis
The proposed building is a tall building of 50-storey building, with a total of 683 residential dwelling units and 171 m2 GFA
of retail on related ground floor.
a. According to ITE Manual Sheet for the Land use code220 (Apartment) for A.M. Peak Hour, One Hour between 7and 9
A.M.:– 20% entering, 80% exiting, 0.51 Trip Generation Rate per Dwelling Unit.
b. Here we have 683 dwelling units , so 0.51*683=348 trips generated Of which 20% entering = 0.2*348 =70 trips 80%
exiting = 0.8*348 =278 trips
c. Out of exiting trips , we assume 80% of 278 are joining the Steeles and Yonge intersection and 20% trips joins the Steeles
Ave & Dudley .
d. Considering the Yonge & Steeles intersection, assume equal number of 74 trips turn to each direction approaching from
proposed building.
e. Similarly the Steels & Dudley intersection, assume equal number of 9 trips turn to each direction approaching from
proposed building.
f. Out of entering trips , we assume 80% of 70 are coming from the Steels and Yonge intersection and 20% trips coming
from the Steeles Ave & Dudley .
g. Considering the Yonge & Steeles intersection, assume equal number of 18 trips turn from each direction towards
the proposed building.
h. Similarly the Steeles & Dudley intersection, assume equal number of 5 trips turn to each direction approaching from
proposed building.
16. Study Findings and Conclusions
Traffic Generation:
• The traffic volume and future traffic (Veh/hr) are estimated high in all directions.
• The LOS of the intersection is marked C & D indicating we have traffic and need to implement
measures to reduce congestion.
Impact on Traffic Delay:
• Expected delay time of 32 sec.
• impact on the current transportation network anticipated.
Transit Impact:
• High transit demands projected from the development.
• Noticeable effect on existing transit service anticipated.
• Future Yonge Steele Subway station expected to accommodate the development's transit
demands.
17. Study Recommendation
• Transportation Demand Management (TDM):
• Implement measures and incentives promoting active transportation and transit,
reducing single-occupant-vehicle trips.
• Pedestrian and Cycling Connections:
• Establish direct shared pedestrian and cycling connections from the development to
Steeles Avenue as appropriate.
• Implement fixed signal timing for intersections
• Promote the use of public transport – Yonge and Steele’s subway – in a 300 m walk from
the site proposed.
• At Steels and Yonge, add Actuated signal system for left turning vehicle.
• The future through traffic in main intersection is high so addition of a lane can be
implemented.