Smith Engineering - Direct Entry Mechatronics and Robotics Engineering at Queen's vs. Computer Engineering at UofT

Computer Engineering at UofT is harder to get into, with a competitive average 4.7 points higher (96.7% vs 92%). Computer Engineering at UofT also admits a smaller share of applicants (21.3% vs 22% acceptance rate).

Smith Engineering - Direct Entry Mechatronics and Robotics Engineering

Queen's University

92%
Competitive avg
95.9%
Median accepted

Computer Engineering

University of Toronto

96.7%
Competitive avg
96.2%
Median accepted

Side-by-Side Comparison

MetricQueen'sUofT
Competitive average92%96.7%
Acceptance rate22%21.3%
Median accepted average (reported)95.9%96.2%
Typical accepted range (reported)94.5–97%95.3–97.5%
Student reports2435
First-year enrollment80N/A
LocationKingston, ONToronto, ON

Bold values mark the more competitive program on that metric. Reported medians and ranges come from anonymous student submissions to Uniscope; published averages and acceptance rates come from official sources where available.

Frequently Asked Questions

Is Smith Engineering - Direct Entry Mechatronics and Robotics Engineering at Queen's harder to get into than Computer Engineering at UofT?

Computer Engineering at UofT is harder to get into, with a competitive average 4.7 points higher (96.7% vs 92%). Computer Engineering at UofT also admits a smaller share of applicants (21.3% vs 22% acceptance rate).

What average do you need for Smith Engineering - Direct Entry Mechatronics and Robotics Engineering at Queen's vs Computer Engineering at UofT?

Accepted students reported a median 95.9% average for Smith Engineering - Direct Entry Mechatronics and Robotics Engineering at Queen's and 96.2% for Computer Engineering at UofT. Published competitive averages are 92% and 96.7% respectively.

Which has the higher acceptance rate, Queen's Engineering or UofT Engineering?

Smith Engineering - Direct Entry Mechatronics and Robotics Engineering at Queen's has the higher acceptance rate (22% vs 21.3%).