Thursday 28 April 2016

Careers is Personalized to Prepare Students for Their Futures

Career Studies is a compulsory half credit taken in Grade 10. The value that students place on this course has increased significantly through the fact that much of the content is now personalized.

I send a consistent message to my students in this class that everything produced or learned in this course can be useful to them and their futures. Students have the opportunity to research postsecondary programs of interest to them. As well, they get support through the course selection process with postsecondary programs in mind.

Students find and prepare for jobs for which they think they will apply, and produce résumés that they actually use. They also prepare a profile that is used in postsecondary applications, research experiential or enrichment opportunities and practice job interview skills.

Students in Grade 12 often comment that they wish they had taken more advantage of these fantastic learning opportunities when they were in Grade 10.

This course has the potential to prepare students, as individuals, for their futures.

Student Feedback


Read about what some Grade 10 students have to say about the course this year:

"Careers is one of the best classes to help teach you about your future. Solely from what I have learned in Careers, I received one job offer on site and three based off of the reputation I have established from the interview in the small town of Baysville, ON. I learned how to be very professional and how to make interviewers interested in me. 

"One thing that set me apart from others was my understanding of the importance of job safety. When asked about the three most important things I should do if working in a business I said with the professionalism learned through Careers, “Without a doubt the most important concern is customers' satisfaction. The staff and I need to comply with every request made by the customers with utmost respect. Another necessity is food safety. We are working with raw meat that may contain salmonella or other diseases, ice cream that may have freezer burn, and so many other potentially hazardous materials. The business is liable for anything that may go wrong in its inventory. The third most important is employee relations. You need to treat each employee fairly and equally. Be kind to all and learn from them.” I happened to have everything on her list. She admired the charisma I exuded, which I had solely because of the confidence of my success from the information learned from Careers. 

"Without a doubt, all students should listen to every word Ms. Branscombe or any other Careers teacher says, because in the long run it all pans out."


"Careers class is personalized towards our interests in areas like potential jobs and postsecondary programs. This means the assignments and tasks we are doing now prepare us for our own individual goals and needs, which will be useful for our future."


"Careers has been a very helpful course this year. It's helpful because I am able to specialize the assignments to make them more helpful to me. For example, when we were looking at postsecondary options I was able to look at programs that interested me, instead of looking at general programs to fulfill the requirements of the assignment. This helped me with course selection as well."


Elizabeth Branscombe
Guidance & Careers Subject Team Leader

Thursday 21 April 2016

Grade 7 Integrated Project: Designing for Disaster


Shannon, Megan and Taylor with
their disaster survival prototype.
In March, Grade 7 students were challenged to ‘Design for Disaster’. The students’ goal was to use their scientific knowledge and understanding of resources to design a device that would allow their literary character to survive a natural disaster.

In the process of completing their prototypes, students were challenged to integrate subject knowledge, think creatively and develop their teamwork skills.

Students had the opportunity to create diverse products that covered several curriculum expectations. Project tasks were designed to provide appropriate structure, while being open ended to foster critical thinking and capture student interest. Students could choose how they demonstrated their design process, what they built, what supplies they used and even where they worked.

Choice served to empower our students’ thinking and creativity. Taylor Davis ('21) commented that “getting to be creative and build things without a written plan pre-given” was really rewarding. While reflecting on connecting her school subjects in one project, Zoe Starnino ('21) stated that she “really liked doing all of the science and math parts because it was kind of like you were solving a mystery, or going on an adventure, and you just kept discovering all these things”.

Learning should go beyond curriculum. A collaborative approach to design thinking was used throughout the week. This allowed students to learn from each other, as well as problem solve in a team.

Working in teams was a highlight for many of the students. Toby Bower ('21) stated that “sometimes we didn’t agree”, but as the project progressed they enjoyed  “coming together as a group”. Callum Thomson ('21) thought “it was really fun working with the same people. Splitting the jobs up worked really well for us because we got the work done quickly.”

Students experienced successes and failures throughout the week. While no two groups took the same path, all students realized their design goals in creating final products they were proud of.

Students and teachers are looking forward to the second Grade 7 Integration Project in June!

Elysia Jellema & Erin Klassen
Grade 7 & 8 Teachers

Thursday 10 March 2016

Students Use pH Probes To Watch Chemistry Take Shape in Real Time

With LabQuest, students can see
their data displayed graphically, in
real time, as they collect it.
Use of Vernier technology has become widespread in the Science department this year. Almost every student in the school has now had an opportunity to experience the LabQuest 2, along with various probes and sensors, in their science classes.

Recently, the Grade 12 Chemistry class used the LabQuest with pH probes while conducting a titration to determine the Ksp (solubility product constant) of calcium hydroxide. Having performed several titrations in Grade 11, this procedure was fairly routine. Using this new technology, however, the experiment was really brought to life.



The Impact of Instant Feedback


With the LabQuest, students could now see their data displayed graphically, in real time, as they were collecting it. There was an immediate shift from students being passive observers to becoming more actively engaged in the experiment.

The visual feedback given by the Vernier equipment helped students develop a deeper understanding of the process of titration and made the experimental results more meaningful.

What did students think?


Many of the students reflected on the use of the LabQuest in their lab report assignment. Here are a few of their comments:

  • “Using LabQuest technology makes our experiments much more accurate and allows us to measure parameters that would be practically impossible to measure otherwise.”
  • “This technology is a great way to get accurate measurements and visually show us the titration curve forming.”
  • “The LabQuest can zoom so we could see the exact moment when (we) reached the equivalence point. After the equivalence point we could see the the shape of the curve has changed and that there was a huge drop in pH as it became more acidic. We were even able to take the derivative of the curve…”

Having become comfortable with the method and the technology, this past week Grade 12 Chemistry students used the pH probes to explore buffers. They each designed an experiment to compare the buffering capacity of various beverages (juices or soft drinks) and collected data and compared results using the LabQuest. This activity was a great example of how we can leverage this technology and allow students to personalize their lab experience.

Julie Way
Science Teacher