Today’s Lecture - SCS | UWse101/Profession.pdf · Fall 2004 SE 101 Introduction to Software...
Transcript of Today’s Lecture - SCS | UWse101/Profession.pdf · Fall 2004 SE 101 Introduction to Software...
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Fall 2004 SE 101 Introduction to Software Engineering 2
Today’s Lecture1. Intro to Software Engineering2. Inexact quantities3. Error propagation4. Floating-point numbers5. Design process6. Teamwork7. Project planning8. Decision making9. Professional Engineering10. Software quality - no web review11. Software safety12. Intellectual property
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Fall 2004 SE 101 Introduction to Software Engineering 3
Approaches to Software Quality
• Focus on the product
• Focus on the process to build the product
• Focus on the people who build the product–Software engineering education–Licensing of software engineers
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Fall 2004 SE 101 Introduction to Software Engineering 4
SE Education
In Canada,
• Engineering programs are accredited by the CanadianEngineering Accreditation Board (CEAB) - a board of theCanadian Council of Professional Engineers (CCPE).
• Computer science programs are accredited by theComputer Science Accreditation Board (CSAC) - anautonomous body of the Computer InformationProcessing Society (CIPS).
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Fall 2004 SE 101 Introduction to Software Engineering 5
SE EducationCEAB criteria• 0.5 years of mathematics• 0.5 years of basic (natural) sciences• 2.0 years of engineering sciences and design• 0.6 years of complementary studies (incl. engineering economics)
CSAC criteria• 1.5 years of computer science/computer engineering• 0.5 years of mathematics/statistics• 1.0 years of subjects outside of computing and math
UW SE curriculum• 1.6 computer science/computer engineering• 0.8 software engineering• 0.5 years of mathematics/statistics• 0.5 years of natural sciences (2 physics + general electives)• 0.6 complementary studies
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Fall 2004 SE 101 Introduction to Software Engineering 6
Licensing vs. Certification
• The general purpose of certification and licensingis to verify and provide assurances about thecompetency of those being certified/licensed.
• Provincial and state governments mandate thelicensing of certain professionals who are legallyrequired to practice at a level consistent with publicsafety (doctors, lawyers, professional engineers).
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Fall 2004 SE 101 Introduction to Software Engineering 7
Licensing vs. Certification
• A professional society may voluntarily operate acertification program to authenticate practitioners’competency and to inspire public confidence in theprofession.
CIPS Information Systems Professional (I.S.P.)IEEE Software Engineering Certification
• Some software companies offer product- or vendor-specific certifications that assess a user’s proficiency inusing the company’s products.
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Fall 2004 SE 101 Introduction to Software Engineering 8
Professional Engineers (P.Eng.)
In Ontario, any practising engineer must be licensed asa P.Eng.
Anyone who practises engineering without a license ora temporary license is guilty of an offense and may befined. Most provinces define “engineering” by practice (whatan engineer does) rather than by title
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Fall 2004 SE 101 Introduction to Software Engineering 9
Professional Engineers Act
In Ontario, the practice of professional engineeringis defined in the Professional Engineers Act andcomprises three tests:
1. Any act of designing, composing, evaluating,advising, reporting, directing or supervising
2. Wherein the safeguarding of life, health,property or the public welfare is concerned
3. Requires the application of engineeringprinciples, but does not include practising as anatural scientist.
Professional Engineers Act, Revised Statutes of Ontario, 1990, Chapter P.28
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Fall 2004 SE 101 Introduction to Software Engineering 10
Professional Engineers (P.E.) in U.S.
Licensing is mandatory for any professional who• Offers engineering services directly to the public• Participates in the design of facilities, roads, etc.,where drawings must be submitted to state agencies forapproval
Most engineers are not licensed in the States:• They work for a company or the federal government.• Their practice is limited to company/government work.• They do not use the engineering title outside of work.• They do not sell services to another party.
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Fall 2004 SE 101 Introduction to Software Engineering 11
Enforcement Varies
The PEO does not have the resources to enforce thelicensing of every practicing engineer
Licensing (and enforcement) is most prevalent amongcivil engineers — for reasons that would affectsoftware engineers
• They deal with government employees• They sell their services directly to the public
Neither of whom can be expected to assess quality ofthe engineer’s products or processes
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Fall 2004 SE 101 Introduction to Software Engineering 12
P.Eng. Application Process
CEAB degreeCEAB-equivalent
degreeTechnologist or
equivalent degree
ConfirmatoryExams
4 Years acceptableWork Experience
4 Basic Studies8-12 AdvancedExaminations
10 Years acceptableWork Experience
Professional Practice Examination
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Fall 2004 SE 101 Introduction to Software Engineering 13
P.Eng. Application Process
CEAB degreeCEAB-equivalent
degreeTechnologist or
equivalent degree
ConfirmatoryExams
4 Years acceptableWork Experience
4 Basic Studies8-12 AdvancedExaminations
10 Years acceptableWork Experience
Professional Practice Examination
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Fall 2004 SE 101 Introduction to Software Engineering 14
P.Eng. Application Process
CEAB degreeCEAB-equivalent
degreeTechnologist or
equivalent degree
ConfirmatoryExams
4 Years acceptableWork Experience
4 Basic Studies8-12 AdvancedExaminations
10 Years acceptableWork Experience
Professional Practice Examination
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Fall 2004 SE 101 Introduction to Software Engineering 15
Work Experience
Nascent professionals need to practice applying theirknowledge before they are prepared to take primaryresponsibility for performing work in their field.
P.Eng. (Canada) - 4 years engineering experience*
• In the same field of engineering as your education• In Canada, under the supervision of a P.Eng. (1 year)• After graduation (3 years)• Up to one year credit for post-graduate studies• Up to one year credit for co-op work
*Assuming you graduate from an accredited engineering program
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Fall 2004 SE 101 Introduction to Software Engineering 16
P.Eng. Application Process
CEAB degreeCEAB-equivalent
degreeTechnologist or
equivalent degree
ConfirmatoryExams
4 Years acceptableWork Experience
4 Basic Studies8-12 AdvancedExaminations
10 Years acceptableWork Experience
Professional Practice Examination
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Fall 2004 SE 101 Introduction to Software Engineering 17
P.Eng. Application Process
CEAB degreeCEAB-equivalent
degreeTechnologist or
equivalent degree
ConfirmatoryExams
4 Years acceptableWork Experience
4 Basic Studies8-12 AdvancedExaminations
10 Years acceptableWork Experience
Professional Practice Examination
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Fall 2004 SE 101 Introduction to Software Engineering 18
P.E. Application Process (U.S.)
Degree from an accredited university or college
Fundamentals of EngineeringExam
4 years Engineering Experience
6 Letters of Recommendation(4 from PEs)
Specialization Exam
ABET Degree
8 years of Engineering Experience
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Fall 2004 SE 101 Introduction to Software Engineering 19
P.E. Application Process (U.S.)
Fundamentals of Engineering Exam covers materialbased on the first two years of an ABET accreditedprogram:
Chemistry, Computers, Dynamics, Electrical circuits,Engineering economics, Ethics, Fluid mechanics, Materialscience, Mathematics, Mechanics of materials, Statics,Thermodynamics
Discipline Specific Examination covers material basedon the last two years of an ABET accredited program:
• Five disciplines: civil, chemical, industrial, mechanical,electrical• One non-specific: covers the same material as the generalexam, but in more depth
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Fall 2004 SE 101 Introduction to Software Engineering 20
P.E. Application Process (U.S.)
Degree from an accredited university or college
Fundamentals of EngineeringExam
4 years Engineering Experience
6 Letters of Recommendation(4 from PEs)
Specialization Exam
ABET Degree
8 years of Engineering Experience
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Fall 2004 SE 101 Introduction to Software Engineering 21
I.S.P. Certification Process
CIPS accrediteduniversity degree
Non-accrediteduniversity degree
I.S.P. Certification
CIPS-accreditedcollege degree
Non-accreditedcollege degree
ICCPexam
2-3 Years IT Experience
4-5 YearsIT Experience
3-4 Years IT Experience
6-7 Years IT Experience
5 Years IT Experience
300 educationcredit hours
60% experienceis IT-related
Re-certificationEvery 3 years
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Fall 2004 SE 101 Introduction to Software Engineering 22
University degree or equivalent
Subscribe to and sign the IEEE-CS/ACM Software EngineeringCode of Ethics and Professional Practice
Certified Software Development Professional
9000 hours of software-engineering education or experiencein at least 6 of 11 SE knowledge areas
2 years of SE experience within the past 4 years
30 professional development units
Re-certificationevery 3 years
CSDP Exam
Certified Software Development Prof.
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Fall 2004 SE 101 Introduction to Software Engineering 23
IPREDICT
• Within your professional lifetime, thedevelopment of some software systems will berestricted to P.Eng.s who are competent topractice software engineering.
- safety-critical software- software components in engineered products- software that models or controls the physical world
• Licensing of software engineers will become serious only when the public demands it
- possibly after the catestrophic failure of some software system
Long-term Forecast
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Any questions about accreditation,certification, or licensing?
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Fall 2004 SE 101 Introduction to Software Engineering 25
Code of Ethics
A code of ethics describes the ethical and professionalobligations against which peers, the public, and legalbodies can measure a [professional’s] behaviour.
• Stimulates ethical conduct
• Provides support against unethical behaviour
• Inspires public confidence in the profession
• Serves as a formal basis for disciplining professionals
Don Gotterbarn, “How the New Software Engineering Code of Ethics Affects You”, IEEE Software, November/December 1999
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Fall 2004 SE 101 Introduction to Software Engineering 26
Code of Ethics
• Basic rules of integrity and fairness(e.g., “loyalty to the practitioner’s associates, employers,clients, subordinates, and employees.”)
• Professional rules of responsibility to those they serve(e.g., “disclose immediately to the practitioner’s client anyinterest … that might be construed as prejudicial … to theprofessional judgment of the practitioner… .”)
• Profession-specific rules that designate best practices(e.g., “ensure adequate testing, debugging, and review ofsoftware and related documents”)
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Fall 2004 SE 101 Introduction to Software Engineering 27
Code of Ethics
PEO Code of Ethics• duty to society• duty to employer(s)• duty to clients• duty to colleagues, employees• duty to engineering profession• duty to oneself
PEO Professional Misconduct• negligence• harassment• failure to safeguard the safety,health, or property of user• failure to comply with statutes,regulations, standards, rules, etc.• signing or sealing document thatprofessional did not prepare orcheck
• failure to disclose conflict ofinterest• performing task outside one’sarea of expertise
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Fall 2004 SE 101 Introduction to Software Engineering 28
Code of Ethics
ACM/IEEE Software Engineering Code of Ethics andProfessional Practice• duty to public• duty to client and employer• duty to meet highest standards• duty to maintain integrity and and independence in judgment• duty to ethical management• duty to profession• duty to colleagues• duty to self
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Fall 2004 SE 101 Introduction to Software Engineering 29
Professional DevelopmentOn-going professional education maintains or improvespractitioners’ knowledge and skills after they beginprofessional practice.
• Canadian Society for Electrical and ComputerEngineering (CSECE)
• Association for Computing Machinery (ACM)Communications of the ACM
• Institute for Electrical and Electronic Engineers (IEEE)IEEE SoftwareIEEE Computer
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Fall 2004 SE 101 Introduction to Software Engineering 30
IEEE Technical SocietiesIEEE Intelligent Transportation Systems CouncilIEEE Instrumentation and Measurement SocietyIEEE Lasers & Electro-Optics SocietyIEEE Magnetics SocietyIEEE Microwave Theory and Techniques SocietyIEEE Nanotechnology CouncilIEEE Nuclear and Plasma Sciences SocietyIEEE Oceanic Engineering SocietyIEEE Power Electronics SocietyIEEE Power Engineering SocietyIEEE Product Safety Engineering SocietyIEEE Professional Communication SocietyIEEE Reliability SocietyIEEE Robotics & Automation SocietyIEEE Sensors CouncilIEEE Signal Processing SocietyIEEE Society on Social Implications of TechnologyIEEE Solid-State Circuits SocietyIEEE Systems, Man, and Cybernetics SocietyIEEE Ultrasonics, Ferroelectrics, and Frequency Control SocietyIEEE Vehicular Technology Society
IEEE Aerospace and Electronic Systems SocietyIEEE Antennas and Propagation SocietyIEEE Broadcast Technology SocietyIEEE Circuits and Systems SocietyIEEE Communications SocietyIEEE Components Packaging, and Manufacturing Technology SocietyIEEE Computational Intelligence SocietyIEEE Computer SocietyIEEE Consumer Electronics SocietyIEEE Control Systems SocietyIEEE Council on SuperConductivityIEEE Dielectrics and Electrical Insulation SocietyIEEE Education SocietyIEEE Electromagnetic Compatibility SocietyIEEE Electron Devices SocietyIEEE Engineering Management SocietyIEEE Engineering in Medicine and Biology SocietyIEEE Geoscience & Remote Sensing SocietyIEEE Industrial Electronics SocietyIEEE Industry Applications SocietyIEEE Information Theory Society
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Fall 2004 SE 101 Introduction to Software Engineering 31
IEEE Computer PublicationsComputing in Science & EngineeringIEEE Annals of the History of ComputingIEEE ComputerIEEE Computer Graphics & ApplicationsIEEE Design & Test of ComputersIEEE Intelligent SystemsIEEE Internet ComputingIEEE MicroIEEE MultiMediaIEEE Pervasive ComputingIEEE Security & PrivacyIEEE SoftwareIT Professional
IEEE Transactions on ComputersIEEE/ACM Transactions on Computational Biology & BioinformaticsIEEE Transactions on Dependable & Secure ComputingIEEE Transactions on Information Technology in BiomedicineIEEE Transactions on Knowledge and Data EngineeringIEEE Transactions on Mobile ComputingIEEE Transactions on MultimediaIEEE Transactions on NanobioscienceIEEE Transactions on NetworkingIEEE Transactions on Parallel and Distributed SystemsIEEE Transactions on Patterns Analysis and Machine IntelligenceIEEE Transactions on Software EngineeringIEEE Transactions on Very Large Scale Integration (VLSI) SystemsIEEE Transactions on Visualization and Computer GraphicsIEEE Transactions on Networking
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Fall 2004 SE 101 Introduction to Software Engineering 32
Summary
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Fall 2004 SE 101 Introduction to Software Engineering 33
Announcements
Simulator Code due tomorrow by 4:30 (electronic submission)
Robot Demonstrations and Races in lab on Thursday
Simulation Demonstrations Thursday and Friday
Reduced Office Hours on Thursday (due to Simulation Demos)