Introduction to Computer Programming 1 (CMPT 1010)

This course provides students an introduction to computing science and computer programming, using a systems oriented language, such as C or C++. This course introduces basic computing science concepts. Topics will include: elementary data types, control structures, functions, arrays and strings, fundamental algorithms, computer organization and memory management.

Course code: CMPT 1010

Credits: 3.0

Tuition: $0^*

Length: 60.0 hours

Course outline: https://www.vcc.ca/cfm-files/course-outline.cfm?subject=CMPT&number=1010

Prerequisites

Pre-calculus 12 or MATH 1020 Precalculus or MATH 0983/0993 Math Parts 1 & 2 or VCC Math Pre-calculus Assessment Test with a minimum grade of '72%' or equivalent

Schedule†

CMPT 1010 schedule for programs:

MUSD
NUSB
NUSD
UAAD
USAD
USCC
UTAC
UTCS
UTEG
UTES
VRAR

Course dates and times may vary throughout the term. Select the CRN number below to see a full schedule.

CRN #	Instructor	Dates	Day/Time	Instructor
74842	Aboofazeli, Mohammad	September 8, 2020 to December 18, 2020	Tue, Thu \| 3:00 p.m - 5:00 p.m	Aboofazeli, Mohammad

Schedule†

CMPT 1010 schedule for programs:

VRAR

Course dates and times may vary throughout the term. Select the CRN number below to see a full schedule.

CRN #	Instructor	Dates	Day/Time	Instructor
75874	Aboofazeli, Mohammad	September 8, 2020 to December 17, 2020	Tue, Thu \| 3:00 p.m - 5:00 p.m	Aboofazeli, Mohammad

Schedule†

CMPT 1010 schedule for programs:

UPHS
USCC
UTAC
UTAR
UTCS
UTEG
UTSC

Course dates and times may vary throughout the term. Select the CRN number below to see a full schedule.

CRN #	Instructor	Dates	Day/Time	Instructor
45931	Aboofazeli, Mohammad	January 4, 2021 to April 23, 2021	Tue, Thu \| 3:00 p.m - 5:00 p.m	Aboofazeli, Mohammad

query

RESULTSET

query
	BEGIN_TIME_ROUND	DAY_OF_WEEK	END_DATE	END_TIME_ROUND	SIRASGN_PIDM	SSBSECT_CRN	SSBSECT_SEATS_AVAIL	SSBSECT_TERM_CODE	SSBSECT_VOICE_AVAIL	SSBSECT_WAIT_COUNT	SSRBLCK_BLCK_CODE	SSRMEET_BEGIN_TIME	SSRMEET_BLDG_CODE	SSRMEET_END_DATE	SSRMEET_END_TIME	SSRMEET_ROOM_CODE	SSRMEET_SCHD_CODE	SSRMEET_START_DATE	START_DATE	STVSCHD_DESC
1	2020-11-01 15:00:00.0	Tue Thu	18-Dec-2020	2020-11-01 17:00:00.0	50298272	74842	13	202070	Y	0	[empty string]	1500	ONLINE	2020-12-18 00:00:00.0	1659	[empty string]	L	2020-09-08 00:00:00.0	08-Sep-2020	Lecture
2	2020-11-01 15:00:00.0	Tue Thu	17-Dec-2020	2020-11-01 17:00:00.0	50298272	75874	31	202070	N	0	VRAR111	1500	ONLINE	2020-12-17 00:00:00.0	1659	[empty string]	L	2020-09-08 00:00:00.0	08-Sep-2020	Lecture
3	2020-11-01 15:00:00.0	Tue Thu	23-Apr-2021	2020-11-01 17:00:00.0	50298272	45931	27	202140	Y	0	[empty string]	1500	ONLINE	2021-04-23 00:00:00.0	1659	[empty string]	L	2021-01-04 00:00:00.0	04-Jan-2021	Lecture

CACHED

false

EXECUTIONTIME

SQL

SELECT ssbsect_crn, ssbsect_term_code, ssrblck_blck_code, ssrmeet_start_date, ssrmeet_end_date, TO_CHAR(ssrmeet_start_date, 'DD-Mon-YYYY') AS start_date, TO_CHAR(ssrmeet_end_date, 'DD-Mon-YYYY') AS end_date, ssrmeet_begin_time, ssrmeet_end_time, TRUNC( TO_DATE(CONCAT(ssrmeet_begin_time,'00'),'HH24:MI:SS')) + ( ROUND( (TO_DATE(CONCAT(ssrmeet_begin_time,'00'),'HH24:MI:SS') - TRUNC(TO_DATE(CONCAT(ssrmeet_begin_time,'00'),'HH24:MI:SS')) ) * 96 ) / 96) as begin_time_round, TRUNC( TO_DATE(CONCAT(ssrmeet_end_time,'00'),'HH24:MI:SS')) + ( ROUND( (TO_DATE(CONCAT(ssrmeet_end_time,'00'),'HH24:MI:SS') - TRUNC(TO_DATE(CONCAT(ssrmeet_end_time,'00'),'HH24:MI:SS')) ) * 96 ) / 96) as end_time_round, DECODE(ssrmeet_sun_day, 'U', 'Sun ', '') || DECODE(ssrmeet_mon_day, 'M', 'Mon ', '') || DECODE(ssrmeet_tue_day, 'T', 'Tue ', '') || DECODE(ssrmeet_wed_day, 'W', 'Wed ', '') || DECODE(ssrmeet_thu_day, 'R', 'Thu ', '') || DECODE(ssrmeet_fri_day, 'F', 'Fri ', '') || DECODE(ssrmeet_sat_day, 'S', 'Sat ','') AS day_of_week, ssrmeet_bldg_code, ssrmeet_room_code, sirasgn_pidm, ssbsect_seats_avail, ssbsect_wait_count, ssbsect_voice_avail, ssrmeet_schd_code, stvschd_desc FROM ssbsect INNER JOIN stvschd ON ssbsect_schd_code = stvschd_code AND ssbsect_schd_code NOT IN ('PLA', 'CL', 'CB', 'CI', 'T') LEFT OUTER JOIN ssrblck ON ssrblck_term_code = ssbsect_term_code AND ssrblck_crn = ssbsect_crn LEFT OUTER JOIN ssrmeet ON ssrmeet_term_code = ssbsect_term_code AND ssrmeet_crn = ssbsect_crn LEFT OUTER JOIN sirasgn ON sirasgn_crn = ssbsect_crn AND sirasgn_term_code = ssbsect_term_code WHERE ssbsect.ssbsect_subj_code = 'CMPT' AND ssbsect.ssbsect_crse_numb = '1010' AND ssbsect.ssbsect_term_code >= 202070 AND ssbsect.ssbsect_ssts_code = 'A' AND ssbsect.ssbsect_ptrm_end_date > sysdate-1 ORDER BY ssrmeet_start_date, ssrmeet_begin_time, ssbsect_crn

array

struct
1	74842
2	[empty string]

struct
1	75874
2	VRAR111

struct
1	45931
2	[empty string]

array

struct
1	MUSD NUSB NUSD UAAD USAD USCC UTAC UTCS UTEG UTES VRAR
2	74842
3	[empty string]

struct
1	VRAR
2	75874
3	[empty string]

struct
1	UPHS USCC UTAC UTAR UTCS UTEG UTSC
2	45931
3	[empty string]

Additional Information

What you will learn

Introduction to computing systems and programming (programming languages, compilers, and interpreters; software development cycle; algorithm design and programming process; programming errors and code debugging; Integrated Development Environments)
Programming Fundamentals (primitive data types; variables, literals, constants; identifier naming conventions; assignment operator; basic I/O and output formatting; expressions and arithmetic operators; type casting; comments and code documentation)
Conditional structures and loops (decision-making structures; relational operators; logical operators; repetition structures and loop design strategies; nested constructs)
Functions (defining and calling a function; local, global and static local variables; passing parameters by value and by reference; default arguments; function overloading; mathematical library functions)
Recursion (problem solving using recursion; recursive vs iterative implementations)
Arrays and C-strings (array basics; passing and returning arrays to/from functions; range-based for loop; multi-dimensional arrays; arrays of characters and c-strings; c-string and character manipulation library functions)
Searching and sorting algorithms (basic searching algorithms; introduction to sorting algorithms)
Pointers and dynamic memory allocation (pointer variables; pointers as function parameters and return values; dynamic memory allocation)
Introduction to object-oriented programming (structures; classes and objects; member variables and functions; private vs private class members; class constructors, destructors and constructing objects; accessors and mutators; arrays of objects)
File input/output (text files vs binary files; basic file operations)
Program style standards (readable programs; documentation; software maintenance)

How do I apply for this course?

This course is offered as part of a VCC program only.

Contact us

Frequently asked questions

Ask a question

Book an appointment with an advisor

fill out an online form
Call 604.871.7000, option 2

INTERNATIONAL STUDENTS

Visit VCC International for contact information.

* Fees are approximate and subject to change. Students are required to pay any applicable fee increases. Fees listed are for domestic students. For international programs, visit VCC International.

† This information is intended as a guideline only. Program and course details are subject to change with the approval of VCC's Board of Governors.