Industrial engineering focuses on designing, improving, and installing integrated systems involving people, materials, equipment, and information, leveraging knowledge from various sciences and engineering principles. It offers diverse career opportunities in both manufacturing and service sectors, with many roles emphasizing efficiency and waste reduction. Certification programs and professional advancement opportunities support industrial engineers' growth in the field, fostering a recognition framework for their expertise and competencies.

1. Industrial
Industrial
Engineering
Engineering
“
“IE is about lots of career possibilities
IE is about lots of career possibilities
…
…..exciting career possibilities.”
..exciting career possibilities.”

2. is concerned with the
design,
design, improvement
improvement, and installation
installation of
integrated systems of people, materials,
equipment, energy and information.
It draws upon specialized knowledge and skills in
the mathematical, physical and social sciences
together with the principles and methods of
engineering analysis and design to specify,
predict, and evaluate the results to be obtained
from such systems.
Industrial Engineering
What is Industrial Engineering?
What is Industrial Engineering?
Industrial Engineering
Industrial Engineering
Institute of Industrial Engineers
Institute of Industrial Engineers
by
by

3. Industrial Engineering
Industrial Engineering
integrates
integrates
to produce goods and services efficiently and optimally.
Information
Human Monetary
Materials Technology

4. Specify product requirement; determine product design;
determine product mix
Determine best process, methods, equipment, layout, materials
handling and working environment; standardize operations by
measurement systems
Design human tasks; specify best methods, develop work
standards; develop effective measures of performance; value
engineering and error-proofing of work
Design procedures for employee selection, testing and
training; design of job evaluation and wage incentive systems;
design of safety procedures and ergonomic work environment
Industrial Engineering
Scope of Industrial Engineering
Scope of Industrial Engineering?
?
Design of
Design of
Products / Characteristics Services
Products / Characteristics Services
Processes
Processes
Work Standards
Work Standards
Human Resource Systems
Human Resource Systems

5. Design and development of computer-based information
systems; information system management
Design of effective cost-control procedures; design of
economic decision-making framework; project evaluation
Design and integration of quality programs; continuous
improvement programs
Industrial Engineering
Scope of Industrial Engineering?
Scope of Industrial Engineering?
Design of
Design of
Information Systems
Information Systems
Finance and Costing
Finance and Costing
Quality Systems
Quality Systems

6. What is IE?
What is IE?
• IE gives you
the opportunity
to work in a
variety of
businesses.
The most
distinctive
aspect of IE is
the flexibility
that it offers.

7. What is an Industrial
What is an Industrial
Engineer?
Engineer?
A Systems
Integrator.
A big-picture
thinker, in other
words.

8. Concerned with the
well-being and safety
of people at home,
at play and at work.
What is an Industrial
What is an Industrial
Engineer?
Engineer?
A Work
Designer.

9. Figures out how to do things
What is an Industrial
What is an Industrial
Engineer?
Engineer?
A Smart Worker.

10. What is an Industrial
What is an Industrial
Engineer?
Engineer?
Is Good at “Optimizing”. Intolerant to wastes.

11. Industrial Engineering
The Industrial Engineering Practice
The Industrial Engineering Practice
Industrial Engineers can be employed wherever and
whenever there are wastes, inefficiencies, disfunctionalities
and opportunities for improvement.
This effectively qualifies industrial engineer in all types of
organization (manufacturing or service).
Common Position Titles
Common Position Titles
Industrial Engineer
Planning Engineer
Methods Analyst
Systems Analyst
Design Engineer
Quality Engineer
Project Analyst
Information Analyst
Ergonomist
Health & Safety Officer
Productivity Consultant and
Specialist

12. • Manufacturing
– Consumer Products
– IT Industries (electronics, semi-
conductor, computer technology
– Automotive
• Services
– Banking
– Warehousing & Distribution
Systems
– Information (call centers, software
development, tele-marketing, etc.)
– Consultancy
• Academe
• Government
• Entrepreneurship
Industrial Engineering
Career Prospects
Career Prospects

13. • Membership in Professional and Industry
Associations
– Philippine Institute of Industrial Engineers (PIIE)
– Operations Research Society of the Philippines (ORSP)
– Philippine Ergonomics Society (PhilErgo)
• Continuing IE Education
– Seminars or Short Courses
– Conferences & Congresses
– Publications
• Advanced Studies
– Master’s degree, Ph.D.
• IE Certification
– PIIE IE Certification Program
– ASEAN Engineer or APEC Engineer
Industrial Engineering
Professional Advancement
Professional Advancement

14. IE Certification

15. • Currently, industrial engineers in the Philippines
have practiced their profession without the need
for licensure.
• IE Certification in the early 70s
– Association of Management & Industrial Engineers of the
Philippines (AMIEP).
– Members came from various fields such as mechanical
engineering, architecture, and management among
others.
– Program was suspended along with the organization’s
inactivity towards the 1990s.
Introduction

16. • Senate Bill No. 781
– Sponsored and introduced by Sen.
Ernesto Herrera in the early 1990s
– 1st
draft was circulated and discussed in
various forums (including AMIEP)
– September 9, 1996, 2nd
Hearing by the
Senate Committee on Civil Service and
Government Reorganization
• Chaired by Sen. Nikki Coseteng
IE Legislation

17. • Workshop on the IE Certification Program
– October 5, 2002 at the Wack-wack Country
Club
• Resolutions
1. PIIE shall move towards the institution of a PIIE
Certification and defer any action towards
government licensure.
2. The PIIE Certification shall be along the
following lines:
Phase I – Certification of IE degree holders
Phase II – Certification of Non-IE degree
holders
PIIE Initiative
PIIE Initiative

18. PIIE Initiative
PIIE Initiative
• Resolutions
3. PIIE shall pursue capability-building programs
that will assist universities/colleges and their
respective faculty and graduates in qualifying
for the certification.
4. PIIE shall constitute a Working Committee with
the mandate to draft the mechanics of the
Certification, to consult all stakeholders, and to
recommend the program for adoption and
implementation by the Institute.

19. PIIE Initiative
PIIE Initiative
• Resolutions
5. PIIE recognizes that this initiative
must be a united stand by the PIIE
National and all local chapters. As
such, all members and local chapters
shall be advised by the PIIE
accordingly of the moves taken
towards this end.

20. Manila Declaration
Manila Declaration
(Oct 17, 2003)
(Oct 17, 2003)
• Entered into by the APIEMS, CIIE and PIIE
during the PIIE Research Conference
• Declarations:
– That they have collectively agreed and
accepted to pursue a "Mutual Recognition
Initiative" (MRI) of industrial engineering
practice in the Asia-Pacific
– That this strategic undertaking is vital to the
development, growth and prospects of
industrial engineering practitioners

21. PIIE IE Certification, Inc.
PIIE IE Certification, Inc.
• SEC Registered as a non-stock, non-
profit organization (PIIE-Cert)
• Shall constitute the IE Certification
Board whose principal purpose is to
design and administer the process,
including competence/skills exams,
for certifying the qualifications of IE
practitioners.

23. Chair: Aura Matias
Vice-Chair: Anthony Chiu
Registrar: Venus Quevedo
Secretary: Miriam Necessito
Treasurer: Randy Maranan
PRO: Marnie Manalac
Members: Rodel Adiviso
Rene Domingo
Marilyn Mabini
IE Certification Board (IECB)

24. • Mark of a professional
– Help promote a clearer public awareness and
understanding of the role of the IEs in society,
and to aid in ensuring that fellow IEs perform
their services in a manner which recognizes as
paramount public health and safety
• Employers look to licensure or certification
in evaluating the advancement potential of
employees
Why get Certified?

25. • Enhanced status in the eyes of the public
– Equates the industrial engineer with other
professionals licensed in other fields.
• Assurance that the individual IE has
passed at least a minimum screen of
competence.
• Adds credibility and respect
– It polishes one’s reputation as a qualified
industrial engineer
Why get Certified?

26. • IE Certification is a voluntary process, which
validates an individual's qualifications in the field
of industrial engineering (IE) professional
practice.
• It demonstrates to employers, clients, and peers
the individual's knowledge and experience and
signifies his or her commitment to continued
excellence in IE professional practice.
• In addition, it increases visibility, builds
credibility, and validates expertise with those
outside the profession.
PIIE Certification

27. A practitioner is defined as an individual who has:
(1) a mastery of basic industrial engineering
knowledge
(2) a command of the methodologies used by
industrial engineers in applying that knowledge to
the design of a product, process, or environment;
and
(3) has applied his or her knowledge to the
analysis, design, test, implementation and
evaluation of products, processes, and
environments.
The IE Practitioner

28. Level 1 The Certified Industrial
Level 1 The Certified Industrial
Engineering (CIE)
Engineering (CIE)
• The CIE is the designation for associate practice.
• The criteria for CIE certification are:
– A Filipino citizen
– A bachelor’s degree in Industrial Engineering from CHED-
recognized school/university with an accredited B.S.I.E.
program or an internationally accredited program
– A passing score on the CIE written examination on IE Core
Knowledge.
• The CIE applies a general breadth of knowledge to analysis
and evaluation. He should exhibit the minimum standards of
competency for Industrial Engineering practice. The scope of
practice for the CIE is limited to the use of commonly accepted
tools and techniques for the analysis and enhancement of
performance in existing systems.

29. • Degree Name:
Bachelor of Science in Industrial Engineering (BSIE)
• Program Coverage:
– Work Standards
– Statistical Process Control Systems
– Production Planning and Materials Control
Systems
– Manufacturing and Service Facilities
– Operations Research Models for Production and
Operations
– Information Systems
CHED Policies & Standards
CHED Policies & Standards
(Revision 2007)
(Revision 2007)

30. • Non-TECHNICAL COURSES
– Social Sciences (12 units)
– Humanities (9 units)
– Languages (15 units)
– Mandated Course (3 units)
• TECHNICAL COURSES
– Mathematics (26 units)
– Natural Sciences (12 units)
– Basic Engineering Sciences (21 units)
– Allied Courses (26 units)
– Professional Courses (56 units)
• TOTAL UNITS = 185 credit units
CHED Curriculum Standards
CHED Curriculum Standards

31. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
1. Establish work and safety standards
• Perform time studies and develop time
standards
• Balance work loads
• Evaluate task, tool, equipment, workplace
and environmental risk factors
• Formulate safety programs and enforce work
safety practices
• Design incentive and compensation systems

32. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
2. Perform production planning, scheduling,
and control functions
• Forecast demand
• Identify manufacturing processes and
calculate manufacturing parameters
• Plan production control measures
• Schedule and sequence production
operations

33. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
3. Design and implement quality assurance
systems
• Implement Statistical Process Control (SPC)
principles
• Perform capability analysis and acceptance
sampling plans
• Analyze processes and measure component
and system reliability
• Design and implement quality systems for
continuous improvement
• Perform quality audits

34. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
4. Prepare logistics plan
• Design inventory control systems
• Design warehousing operations
• Design distribution network and fleet
management

35. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
5. Draw up facilities design and layout
• Calculate resource and space
requirements
• Optimize flow of resources, materials,
people and information
• Select method for materials handling
• Conduct capacity and process flow
analysis

36. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
6. Develop efficient information systems
• Conduct systems analysis to define
information requirements
• Formulate systems and procedures, forms
flow and design
• Identify appropriate data collection and
processing systems
• Plan, design,and implement a computer-
based information system

37. Entry Level Compentency
Entry Level Compentency
Standards for an IE
Standards for an IE
7. Conduct research and development
• Formulate the appropriate design of
experiment
• Undertake an experiment
• Analyze and validate data
• Draw conclusions and
recommendations from the results of
the experiment
• Write and present technical reports

38. Level 2 The Professional IE
Level 2 The Professional IE
(PIE)
(PIE)
• The PIE is the designation for professional practice.
• The criteria for PIE certification are:
– A master’s degree in Industrial Engineering, or its
equivalent:
• or CIE with master’s degree +2 years of relevant IE experience
• or CIE + 5 years of relevant IE experience
• or 10 years of relevant IE experience
– Testimonial of major IE work experience
– A passing score on the PIE written examination on a
Specialization Area.
• The PIE applies and develops methodologies for analyzing,
designing, testing, and evaluating systems. The professional
practitioner addresses complex problems and advances in
industrial engineering technologies and methods in his/her
area of specialization.

39. • Production & Manufacturing Systems
• Operations Research
• Human Factors and Ergonomics
• Quality Engineering
• Supply-Chain Management/Logistics
• Service & Management Systems
Areas of Specialization

40. • Official Launching
– December 5, 2006
PIIE General Membership Meeting
Mandarin Oriental Hotel, Makati City
– March 8-9, 2007
PIIE Annual National Congress
Waterfront Hotel, Cebu City
PIIE Certification

41. Grandfather Rule
Grandfather Rule
• The Grandfather Rule applies to the
designation for professional practice
(equivalent to PIE).
• The criteria for PIE certification under the
grandfather rule are:
– Active PIIE member
– Filipino citizen/ naturalized (NSO certified)
– Endorsement from 1 PIIE member (in active
status) & 1 PIIE Board
– A minimum score of 50 points in the Sources
of Points

42. Sources of Points
Sources of Points
• Educational Activities
• Seminars/Conferences
• Technical/Research Output
• Professional Activities
• Extension Services

43. • Grandfather Rule Assessments
–Application Jan 1 - Dec 31, 2007
–Assessment Aug 1- Jan 31, 2008
–Registration Feb 1-15, 2008
–Oath-taking March 1, 2008
Schedule of Implementation

44. • CIE Examination (1st Batch)
–Application September 1-30, ‘07
–Assessment Nov 2008
–Registration Feb 16-29, 2008
–Oath-taking April 1, 2008
Schedule of Implementation

45. CIE Examination Topics
CIE Examination Topics
1. Work Design
– Methods Design & Analysis
– Work Measurement
2. Ergonomics & Safety
– Design Issues
– Risk Factors and Exposure Limits
3. Quality Engineering
– Statistical Process Control Systems
– Reliability and Maintenance

46. CIE Examination Topics
CIE Examination Topics
4. Production Planning and Materials Control
Systems
– Production Planning & Control
– Distribution & storage/warehousing methods
5. Manufacturing and Service Facilities
– Facilities design and layout
– Operations Research Models for Production and
Operations
6. Information Systems
– Systems analysis and Design procedures
– Costing and performance measurement

47. Be All
That You
Can Be.
Be An IE.