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EMBER

Engineering Mentorship & Bridging Education Resources: August 10 to 21, 2020

Video: 

Get a head start on your university career. EMBER prepares students who are entering their first year of Engineering, the Bachelor of Technology program, Computer Science and Integrated Biomedical Engineering and Health Sciences for academic and social success. This two-week online program is a combination of live tutorials and self-paced learning modules that will get you ready for September. 

Our Goals 

Academic Success

To prepare students entering into Level 1 Faculty of Engineering programs for academic success by teaching and reinforcing foundational concepts in Math, Physics and Chemistry.

Social Success

To prepare students entering into Level 1 Faculty of Engineering programs for social success by introducing and connecting the students to each other, upper-year students, staff, faculty member, and clubs in engineering. Get to know the #FireballFamily!

A letter from the Dean to incoming students

A letter from the Dean to incoming students

"We’re living during an unprecedented time. We know your last year of high school has been met with many challenges that leave you with many questions about year ahead at McMaster. This program is designed to ease your worries. It will support you, help you make the transition to university a smooth one and will welcome you a little early to the Fireball Family." 

 -Ishwar Puri, Dean of the Faculty of Engineering at McMaster University  

Courses

Learn the foundational concepts of engineering with courses on Math, Physics, and Chemistry. You are encouraged to customize your learning experience. You can also register for one, two, or all three courses. Courses will be taken through Avenue to Learn

Each course will include online modules featuring videos, quizzes and interactive activities & opportunity to interact with upper-year engineering students through live online tutorials.

Mathematics 

From Functions to Limits and Derivatives. 

 

Functions

  • Evaluate and solve various types of functions: logarithmic, exponential, polynomial, rational
  • Connect equations of functions to graphs
  • Evaluate and solve inequalities
  • Using functions to solve problems

 Trigonometry

  • Determine and apply trigonometric ratios
  • Understand and apply radian measures
  • Connect equations to graphs of trigonometric functions
  • Solve problems involving trigonometric functions

Limits and Derivatives

  • Understand rate of change at a point
  • Understand the concept and properties of limits and derivatives
  • Connect equations of functions and their derivatives to graphs
  • Solve problems using derivatives

Geometry and Vectors

  • Represent vectors algebraically and geometrically
  • Perform operations with vectors
  • Describe lines and planes using linear, scalar, vector, and parametric equations
 

Physics 

From Kinematics to Gravitational, Electric and Magnetic Fields.

Kinematics

  • Understand and solve problems relating to uniform and non-uniform linear motion in one and two dimensions
  • Apply concepts related to kinematics to analyze real-life technologies

Dynamics

  • Demonstrate an understanding of the forces involved in uniform circular motion and motion in a plane
  • Solve problems related to forces involved in uniform circular motion and motion in a plane

Forces

  • Understand and apply concepts related to Newton’s laws, net force, acceleration, and mass to solve problems
  • Understand the relationship between velocity and unbalanced forces

 Energy and Momentum

  • Demonstrate an understanding of and solve problems relating to work, energy, momentum, and the laws of conservation of energy and conservation of momentum, in one and two dimensions.

Gravitational, Electric and Magnetic Fields

  • Demonstrate an understanding of the concepts, properties, principles, and laws related to gravitational, electric, and magnetic fields and their interactions with matter
  • Solve problems related to gravitational, electric, and magnetic fields

Chemistry

From Ideal Gas Law to Thermochemistry.

 

Ideal Gas Law

  • Demonstrate understanding of the laws that explain the behavior of gases
  • Investigate and solve problems relating to gas laws and behavior of gases 

Acid and Bases

  • Understand the Arrenhenius theory of acid and bases
  • Understand and solve problems related to degree of ionization, strong and weak acids/bases
  • Understand and perform calculations related to buffer solutions

 Structure and Properties of Matter

  • Investigate the molecular shapes and physical properties of various types of matter
  • Demonstrate an understanding of atomic structure and chemical bonding, and how they relate to the physical properties of ionic, molecular, covalent network, and metallic substances.

Chemical Reactions

  • Investigate and solve problems related to energy changes and rates of reactions in physics and chemical processes

Chemical Equilibrium

  • Understand concepts relating to chemical systems at equilibrium and variables that cause shifts in equilibrium
  • Solve problems related to chemical systems and dynamic equilibrium using the Le Chatelier’s principle, equilibrium constants, pH, and ionization constant of water

Electrochemistry

  • Demonstrate understanding and solve problems related to oxidation-reduction reactions
  • Demonstrate understanding and solve problems related to a galvanic cell and electrochemical reactions

Thermochemistry

  • Investigate concepts related to the laws of thermodynamics, enthalpy, entropy and free energy
  • Solve problems on heats of reaction and chemical equilibrium in terms of enthalpy, entropy and free energy
 

#FireballFamily Events  

This virtual experience is more than setting you up for academic success. It is your introduction to our community, the Fireball Family.

In addition to your daily interactions with upper-year engineering students through your online courses, you will have access to special events to learn about clubs and teams, the faculty and staff who will support you and the many engineering resources available to you throughout your university career. 

Event details coming soon! 

 

Take McMaster BuzzFeed Quiz! 

Interested in what McMaster Engineering club or team you should get involved with? 

TAKE THE QUIZ NOW

Schedule

The program consists of self-paced learning modules and daily, live, interactive tutorials led by upper year engineering students.  The tutorials will further explain concepts, work through problems and reinforce the concepts from the online modules.

Tutorials in math, physics and chemistry will be offered during six different time slots each day. During the 15 minute breaks, there will be presentations from faculty members, current students and our clubs and teams

 

Math

Physics

Chemistry

Session 1

2:00 pm - 2:55 pm

2:00 pm - 2:55 pm

2:00 pm - 2:55 pm

Session 2

2:55 pm - 3:50 pm

2:55 pm - 3:50 pm

2:55 pm - 3:50 pm

Presentations

3:50 pm -4:05 pm
Hear from our faculty members, current students and clubs and teams

Session 3

4:05 pm - 5:00 pm

4:05 pm - 5:00 pm

4:05 pm - 5:00 pm

Session 4

7:00 pm - 7:55 pm

7:00 pm - 7:55 pm

7:00 pm - 7:55 pm

Session 5

7:55 pm - 8:50 pm

7:55 pm - 8:50 pm

7:55 pm - 8:50 pm

Presentations

8:50 pm -9:05 pm
Hear from our faculty members, current students and clubs and teams

Session 6

9:05 pm - 10:00 pm

9:05 pm - 10:00 pm

9:05 pm - 10:00 pm

 

Registration  

Registration will open on June 8. This program is free!

Questions?

Contact us

Social Media 

Meet Your Mentors

Get to know the people who will be guiding you throughout the EMBER program.