Course Evaluation and Attendance Policy Quiz

Lectures and labs can be delivered in-person or remotely, at the discretion of the teaching team.

No specific textbook is required, but supplementary books are recommended.

Approximate schedule, potentially adjusted, viewable on the course website.

Lab participation and work, contributing 5% to the final grade.

Three unjustified absences lead to expulsion from the course and a zero grade.

Weekly online quizzes representing 8% of the course grade.

A group project contributing 7% to the final course grade.

Course grade calculated from continuous evaluation, quizzes, project, midsemester exam, and final exam.

Information technology (IT) significantly improves medical diagnosis, treatment, and patient outcomes through tools like MRI, CT scans, electronic health records, and telemedicine.

Digital records of patient medical history, streamlining information management and accessibility for healthcare professionals.

Remote delivery of healthcare services using technology, expanding accessibility, especially during crises.

IT supports more accurate medical diagnoses by enabling access to and analysis of patient data from tools like MRI and CT scans.

Information technology is crucial in preventing and managing disasters by enabling better weather forecasting and other crucial data.

Information technology accelerates the discovery of new treatments and cures through faster research and data processing.

Unique identifiers used for patient records and healthcare access in many countries

Information technology has revolutionized how we live, work, and interact, impacting various sectors including healthcare, finance, education, and communication.

Connecting machines and systems for real-time monitoring and control.

Using data to find trends, improve processes, and create new things.

Revolutionizing communication with digital platforms.

Foundation of modern security systems, from firewalls to intelligence.

IT's impact on industrial productivity, agility, and sustainability.

Essential for distant interactions during crises like pandemics.

Online tools enabling information creation, sharing, and consumption.

Leveraging IT to create robust safeguards against physical and cyber threats.

A finite set of steps used to solve a problem.

An algorithm must have a limited number of steps to complete.

Each step in an algorithm must have only one possible interpretation.

Algorithms typically receive input data and produce output results.

An algorithm must eventually stop after completing all its steps.

An algorithm must be practical to implement and execute with available resources.

An algorithm described in everyday language, step-by-step.

Algorithms have properties like finiteness, unambiguous steps, inputs/outputs, termination, and feasibility.

A visual representation of an algorithm, showing inputs and outputs without detailing the steps of the calculation.

The data or values provided to an algorithm at the start of its execution.

The results or data produced by the algorithm after its steps have been completed.

A standardized structure used for writing algorithms, categorising elements like inputs, methodology and outputs.

The detailed steps or logic of an algorithm that transforms inputs to outputs.

A finite collection of whole numbers (1, 2, 3, etc.)

The steps to compute the product of all numbers in a provided list of natural numbers.

The list of natural numbers on which the algorithm operates.

An algorithm that displays natural numbers from 1 to 100, replacing multiples of 3 with "EN", multiples of 5 with "SIA", and multiples of both with "ENSIA."

Numbers that are evenly divisible by 3.

Numbers that are evenly divisible by 5.

Testing a condition to determine which sequence of steps to execute next.

Statements in an algorithm used for conditional testing, determining which part of code to execute.

Positive integers (whole numbers) starting from 1.

Numbers that are evenly divisible by both 3 and 5, meaning they must also be multiples of 15.

A part of programming where the order of code execution depends on conditionals (if/else statements).