Solutions
Assessment delivery
Assessment types
Integrations
Let students build and test models in real simulation software such as MATLAB, Simulink and Ansys. You decide which software, files, websites and AI they can use, and everything else is blocked.
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"With Schoolyear, students can use bookkeeping software, visit the exam site, open and fill in an Excel file, and then write a report about it in Word. All in a secured session, without access to AI or outside resources."


"The teachers are satisfied with the BYOD setup for their Moodle exams. Schoolyear saves us money in the sense that we do not have to have so many computer rooms anymore."
"With Schoolyear, students can use a desktop application during an exam and we can make it AI-proof. This way, we can assess if students have the necessary knowledge themselves."



"We had cases with our previous proctoring setup where we needed to look into whether we were dealing with a cheating case or not. The moment that you're conducting exams in Schoolyear, that is reduced heavily. This is saving us a lot of time."



"We can secure exams proactively instead of after the fact. This creates calm for students, clarity for teachers, and less hassle with the e-invigilators you no longer need."



"Schoolyear makes it possible to do skills assessments with the use of extra applications, like Rstudio, Excel and Matlab. Before, this was only possible with managed computers."

"We wanted to introduce safe and robust digital testing on campus. However, no combination of exam rooms had 800+ computers available at the same time. Schoolyear was the perfect and robust solution that we were looking for, as this allowed us to use the laptops of the students in regular exam rooms."
"We sought a flexible solution for fraud prevention during exams on students' own laptops. Schoolyear allows us to use our educational spaces more flexibly and reduce the need for fixed PC rooms."
"Before the introduction of the Schoolyear, lots of eyes were needed to make sure students didn’t use search engines, chat apps, notes, or email."


Let students adjust a model, choose parameters, run scenarios and compare the results. They explain what the results mean in the LMS quiz or a Word document, all inside one controlled environment.

Give students the input data and documentation they need for the assessment, without access to their personal files or the rest of the internet. Start from an empty model, a partly built one or an existing model to investigate.

Give students access to the simulation software, models, input data and documentation your assessment requires. Keep everything else out of reach.
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That depends on your learning outcomes. Block AI when students must answer questions on their own, or allow supervised AI when working with AI is part of the skill.
To assess what students can do on their own
To assess how students work with AI
Turn on support tools like spellcheck, text-to-speech or a screen magnifier for the students who need them.
For students with spelling difficulties, such as dyslexia
For students with reading difficulties
For students with low vision
Compare provided design alternatives under different loads and explain the simulation results.
Modify a process model, compare operating conditions and interpret the results.
Simulate a circuit, compare component values and explain whether it meets the requirements.
Tune a controller, compare system responses and explain your design choices.
Compare capacity scenarios, measure waiting times and throughput, and recommend a process improvement.
Model a simple physical system, vary its parameters and explain how its behavior changes.