Portland Community College

Our program prepares students to become addiction counselors working in an agency setting. Once admitted to the program, students take classes to meet the educational requirements and complete practicum to meet the supervised experience requirement for ACCBO certification exams to become a Certified Alcohol and Drug Counselor (CADC.)

Our program prepares students to become addiction counselors working in an agency setting. Once admitted to the program, students take classes to meet the educational requirements and complete practicum to meet the supervised experience requirement for ACCBO certification exams to become a Certified Alcohol and Drug Counselor (CADC.)

In PCC’s Family and Human Services program, we prepare you for entry-level human service work in a diversity of environments under the direction of professionals with more education and experience, including social workers, educators, counselors, psychologists, and other specialists. Employment opportunities may include case management, home visitor, social and human service assistant, life skills trainer, phone screener, family advocate, youth care counselor, and access specialist.

In PCC’s Family and Human Services program, we prepare you for entry-level human service work in a diversity of environments under the direction of professionals with more education and experience, including social workers, educators, counselors, psychologists, and other specialists. Employment opportunities may include case management, home visitor, social and human service assistant, life skills trainer, phone screener, family advocate, youth care counselor, and access specialist.

As a relatively new profession, EMS has seen tremendous change in the past 50 years. Diagnostic, therapeutic and pharmacologic advancements in medicine have dramatically improved the quality of care available to critically ill or injured patients in the pre-hospital setting. There has been a corresponding need for increased improvement in education and training.
PCC’s Emergency Medical Services (EMS) program is committed to the dynamic challenge of training and educating emergency medical technicians to the highest standards. The PCC EMS program has kept pace as technological advances and demands have evolved. PCC provides students with the solid foundation in emergency medicine necessary to enter this rewarding and exhilarating career.

As a relatively new profession, EMS has seen tremendous change in the past 50 years. Diagnostic, therapeutic and pharmacologic advancements in medicine have dramatically improved the quality of care available to critically ill or injured patients in the pre-hospital setting. There has been a corresponding need for increased improvement in education and training.
PCC’s Emergency Medical Services (EMS) program is committed to the dynamic challenge of training and educating emergency medical technicians to the highest standards. The PCC EMS program has kept pace as technological advances and demands have evolved. PCC provides students with the solid foundation in emergency medicine necessary to enter this rewarding and exhilarating career.

As a relatively new profession, EMS has seen tremendous change in the past 50 years. Diagnostic, therapeutic and pharmacologic advancements in medicine have dramatically improved the quality of care available to critically ill or injured patients in the pre-hospital setting. There has been a corresponding need for increased improvement in education and training.
PCC’s Emergency Medical Services (EMS) program is committed to the dynamic challenge of training and educating emergency medical technicians to the highest standards. The PCC EMS program has kept pace as technological advances and demands have evolved. PCC provides students with the solid foundation in emergency medicine necessary to enter this rewarding and exhilarating career.

As a relatively new profession, EMS has seen tremendous change in the past 50 years. Diagnostic, therapeutic and pharmacologic advancements in medicine have dramatically improved the quality of care available to critically ill or injured patients in the pre-hospital setting. There has been a corresponding need for increased improvement in education and training.
PCC’s Emergency Medical Services (EMS) program is committed to the dynamic challenge of training and educating emergency medical technicians to the highest standards. The PCC EMS program has kept pace as technological advances and demands have evolved. PCC provides students with the solid foundation in emergency medicine necessary to enter this rewarding and exhilarating career.

In PCC’s Early Childhood Education program, we offer you the skills you need to succeed in the world of early childhood development, early childhood education centers, preschool programming, infant and toddler care, and family child care programs. Employment opportunities may include teaching assistant, child care aide, lead teacher, family child care provider and program director.

In PCC’s Early Childhood Education program, we offer you the skills you need to succeed in the world of early childhood development, early childhood education centers, preschool programming, infant and toddler care, and family child care programs. Employment opportunities may include teaching assistant, child care aide, lead teacher, family child care provider and program director.

In PCC’s Early Childhood Education program, we offer you the skills you need to succeed in the world of early childhood development, early childhood education centers, preschool programming, infant and toddler care, and family child care programs. Employment opportunities may include teaching assistant, child care aide, lead teacher, family child care provider and program director.

Disaster can strike at any minute. Whether it’s a raging fire in a house, an accident on the freeway, or a medical emergency, firefighters must be ready to respond to emergency situations 24 hours a day, seven days a week, 365 days a year. A firefighter may have to use fire hydrants, operate a pump, use ladders, rescue victims, ventilate smoke-filled interiors, or salvage a building's contents, when struck by fire.
PCC’s Fire Protection Technology program can prepare you for a rewarding career working in fire protection by gaining the knowledge you need, working with the "tools of the trade", and expert instructors. You too can respond to the call.

Disaster can strike at any minute. Whether it’s a raging fire in a house, an accident on the freeway, or a medical emergency, firefighters must be ready to respond to emergency situations 24 hours a day, seven days a week, 365 days a year. A firefighter may have to use fire hydrants, operate a pump, use ladders, rescue victims, ventilate smoke-filled interiors, or salvage a building's contents, when struck by fire.
PCC’s Fire Protection Technology program can prepare you for a rewarding career working in fire protection by gaining the knowledge you need, working with the "tools of the trade", and expert instructors. You too can respond to the call.

Different categories of paralegals offer specialized skills. A probate paralegal may interview clients while conducting the collection, valuing and transfer of assets. A corporate paralegal working within a large corporation may help write employee benefit plans, employment handbooks, agreements, or perform patent and trademark searches, and assist in intellectual property issues. A family paralegal may have a significant role maintaining client contact and helping clients sort through legal issues. A litigation paralegal plays an important role in case management up to and including trial. Whatever the role, the paralegal provides an integral part of the legal team. PCC’s Paralegal program offers a high quality education, providing you with the fundamental skills you need to succeed in today’s world of paralegal professionals.

Different categories of paralegals offer specialized skills. A probate paralegal may interview clients while conducting the collection, valuing and transfer of assets. A corporate paralegal working within a large corporation may help write employee benefit plans, employment handbooks, agreements, or perform patent and trademark searches, and assist in intellectual property issues. A family paralegal may have a significant role maintaining client contact and helping clients sort through legal issues. A litigation paralegal plays an important role in case management up to and including trial. Whatever the role, the paralegal provides an integral part of the legal team. PCC’s Paralegal program offers a high quality education, providing you with the fundamental skills you need to succeed in today’s world of paralegal professionals.

Ours is one of the few design and drafting programs in which you can acquire the fundamental skills in drafting and building design in only two years, studying under some of Oregon's best instructors. Our instructor resources, coupled with a broad-based curriculum, which emphasizes AutoCAD and courses such as Working Drawings and Building Systems, offer a unique opportunity to enter a discipline for which there will always be a need. Our program allows you quick entry into a field in which sound and stable design is highly valued, and it allows you to tailor classes to a specialized career, such as remodeling, kitchen and bath design, or green building. Our uniquely flexible curriculum caters to a broad array of interests within the building design industry.

Ours is one of the few design and drafting programs in which you can acquire the fundamental skills in drafting and building design in only two years, studying under some of Oregon's best instructors. Our instructor resources, coupled with a broad-based curriculum, which emphasizes AutoCAD and courses such as Working Drawings and Building Systems, offer a unique opportunity to enter a discipline for which there will always be a need. Our program allows you quick entry into a field in which sound and stable design is highly valued, and it allows you to tailor classes to a specialized career, such as remodeling, kitchen and bath design, or green building. Our uniquely flexible curriculum caters to a broad array of interests within the building design industry.

With the Computer Aided Design and Drafting (CADD) program, you can earn a certificate within one year, providing the skills you need to obtain an entry-level position in the field. In this certificate program, you’ll acquire several important industry-standard skills for the mechanical designer/drafter; these include freehand sketching, 3-D modeling, materials and design for manufacturing processes, design technology fundamentals, mathematical concepts, mechanical drafting, critical thinking and problem solving. The CADD program primarily focuses on training for the mechanical design and drafting industry. However, graduates have found employment in the civil, construction, public works and other related industries.

With the Computer Aided Design and Drafting (CADD) program, you can earn a certificate within one year, providing the skills you need to obtain an entry-level position in the field. In this certificate program, you’ll acquire several important industry-standard skills for the mechanical designer/drafter; these include freehand sketching, 3-D modeling, materials and design for manufacturing processes, design technology fundamentals, mathematical concepts, mechanical drafting, critical thinking and problem solving. The CADD program primarily focuses on training for the mechanical design and drafting industry. However, graduates have found employment in the civil, construction, public works and other related industries.

With the Computer Aided Design and Drafting (CADD) program, you can earn a certificate within one year, providing the skills you need to obtain an entry-level position in the field. In this certificate program, you’ll acquire several important industry-standard skills for the mechanical designer/drafter; these include freehand sketching, 3-D modeling, materials and design for manufacturing processes, design technology fundamentals, mathematical concepts, mechanical drafting, critical thinking and problem solving. The CADD program primarily focuses on training for the mechanical design and drafting industry. However, graduates have found employment in the civil, construction, public works and other related industries.

Ours is one of the few design and drafting programs in which you can acquire the fundamental skills in drafting and building design in only two years, studying under some of Oregon's best instructors. Our instructor resources, coupled with a broad-based curriculum, which emphasizes AutoCAD and courses such as Working Drawings and Building Systems, offer a unique opportunity to enter a discipline for which there will always be a need. Our program allows you quick entry into a field in which sound and stable design is highly valued, and it allows you to tailor classes to a specialized career, such as remodeling, kitchen and bath design, or green building. Our uniquely flexible curriculum caters to a broad array of interests within the building design industry.

With the Computer Aided Design and Drafting (CADD) program, you can earn a certificate within one year, providing the skills you need to obtain an entry-level position in the field. In this certificate program, you’ll acquire several important industry-standard skills for the mechanical designer/drafter; these include freehand sketching, 3-D modeling, materials and design for manufacturing processes, design technology fundamentals, mathematical concepts, mechanical drafting, critical thinking and problem solving. The CADD program primarily focuses on training for the mechanical design and drafting industry. However, graduates have found employment in the civil, construction, public works and other related industries.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

The Limited Building Maintenance Electrician (LBME) Apprenticeship is overseen by the MA #1176 Metro Limited Building Maintenance Electrician JATC. Limited building maintenance electricians are authorized to maintain, repair and replace certain electrical installations required on the premises of commercial office buildings, buildings occupied by the state or a local government entity or facilities designated by the Oregon Electrical and Elevator Board in electrical systems not exceeding 300 volts to ground. Installation of new electrical equipment is not allowed. This work can be dirty and strenuous, with considerable standing, bending and reaching. Tools used include electrical metering devices, electrical hand tools, soldering tools, hammers, drills and side cutters.

The Limited Maintenance Electrician (LME) Apprenticeship is overseen by the MA #1040 Metro Limited Maintenance Electrician JATC. The LME license allows the holder to repair, replace, and maintain electrical equipment of a type normally found in an industrial plant, commercial office building, or building owned and operated by the state, a local government entity or institution. Installation of new electrical equipment is not allowed. LME’s usually work in one location or in a complex of buildings under one owner. Electrical work is limited to 600 volts and less. Examples of courses that LME’s take during their related training study are APR 103 – AC Motors and Transformers and APR 201 – Electrical Motor Controls.

Welding is a skill used by many trades: sheet metal workers, iron-workers, diesel mechanics, boilermakers, carpenters, marine construction, steamfitters, glaziers, repair and maintenance personnel in applications ranging from the sculpture home hobbyist to heavy fabrication of bridges, ships and many other projects. A variety of welding processes are used to join units of metal. As a welder, you may work for shipyards, manufacturers, contractors, federal, state, county, and city governments, firms requiring maintenance mechanics, and repair shops.
Our Welding Technology program provides training in SMAW (shielded metal arc welding), GTAW (gas tungsten arc welding), PAC (plasma-arc cutting), GMAW (gas metal arc welding), FCAW (flux-cored arc welding), OAW (oxyacetylene welding), OAC (oxyacetylene cutting), and basic fabrication. Lecture portions of the program include blueprint reading, welding principles, structural steel codes, welding inspection, quality control and non-destructive testing I & II.

Learn the right way, right away. Our program offers you the quality instruction and guidance you need to succeed. At PCC’s Auto Collision Repair Technology program, we have streamlined the steps of auto collision repair to provide you with the skills and knowledge to become a skilled auto collision repair technician or painter.

Learn the right way, right away. Our program offers you the quality instruction and guidance you need to succeed. At PCC’s Auto Collision Repair Technology program, we have streamlined the steps of auto collision repair to provide you with the skills and knowledge to become a skilled auto collision repair technician or painter.

Learn the right way, right away. Our program offers you the quality instruction and guidance you need to succeed. At PCC’s Auto Collision Repair Technology program, we have streamlined the steps of auto collision repair to provide you with the skills and knowledge to become a skilled auto collision repair technician or painter.

Learn the right way, right away. Our program offers you the quality instruction and guidance you need to succeed. At PCC’s Auto Collision Repair Technology program, we have streamlined the steps of auto collision repair to provide you with the skills and knowledge to become a skilled auto collision repair technician or painter.

The Automotive Service Technology program at PCC offers you the opportunity to become a skilled automotive service technician, providing you with the fundamental skills necessary to succeed in an ever changing and challenging industry. The National Automotive Technicians Education Foundation (NATEF), an arm of the industry certifying body, Automotive Service Excellence (ASE), accredits both our degree and certificate.

The Automotive Service Technology program at PCC offers you the opportunity to become a skilled automotive service technician, providing you with the fundamental skills necessary to succeed in an ever changing and challenging industry. The National Automotive Technicians Education Foundation (NATEF), an arm of the industry certifying body, Automotive Service Excellence (ASE), accredits both our degree and certificate.

Worldwide, the 21st century has seen an increased need for safe, secure and properly maintained aircraft. Aviation maintenance technology continues to play a greater role as a unique field in which there is a high degree of mechanical aptitude and little margin for error. Upon entering the world of aviation maintenance, your training must be relevant, must include a variety of courses for specialization, and must offer you plenty of opportunities to practice your skills before you enter the field.
In PCC’s Aviation Maintenance Technology program, we offer you the opportunity to enter an exciting field in less than two years, providing you with the skills you need to enter a robust industry that relies on high-quality technicians.

Worldwide, the 21st century has seen an increased need for safe, secure and properly maintained aircraft. Aviation maintenance technology continues to play a greater role as a unique field in which there is a high degree of mechanical aptitude and little margin for error. Upon entering the world of aviation maintenance, your training must be relevant, must include a variety of courses for specialization, and must offer you plenty of opportunities to practice your skills before you enter the field.
In PCC’s Aviation Maintenance Technology program, we offer you the opportunity to enter an exciting field in less than two years, providing you with the skills you need to enter a robust industry that relies on high-quality technicians.

Worldwide, the 21st century has seen an increased need for safe, secure and properly maintained aircraft. Aviation maintenance technology continues to play a greater role as a unique field in which there is a high degree of mechanical aptitude and little margin for error. Upon entering the world of aviation maintenance, your training must be relevant, must include a variety of courses for specialization, and must offer you plenty of opportunities to practice your skills before you enter the field.
In PCC’s Aviation Maintenance Technology program, we offer you the opportunity to enter an exciting field in less than two years, providing you with the skills you need to enter a robust industry that relies on high-quality technicians.

Worldwide, the 21st century has seen an increased need for safe, secure and properly maintained aircraft. Aviation maintenance technology continues to play a greater role as a unique field in which there is a high degree of mechanical aptitude and little margin for error. Upon entering the world of aviation maintenance, your training must be relevant, must include a variety of courses for specialization, and must offer you plenty of opportunities to practice your skills before you enter the field.
In PCC’s Aviation Maintenance Technology program, we offer you the opportunity to enter an exciting field in less than two years, providing you with the skills you need to enter a robust industry that relies on high-quality technicians.

PCC’s Aviation Science program, in contrast to similar programs, provides quick entry into an often daunting field. Our hands-on training allows you to become a professional helicopter or airplane pilot, enabling you to begin a career as soon as you complete the degree. After building your initial experience as a flight instructor and as a graduate, you may find excellent employment with regional airlines, cargo transport, scenic tours, or in small-scale operations.

PCC’s Aviation Science program, in contrast to similar programs, provides quick entry into an often daunting field. Our hands-on training allows you to become a professional helicopter or airplane pilot, enabling you to begin a career as soon as you complete the degree. After building your initial experience as a flight instructor and as a graduate, you may find excellent employment with regional airlines, cargo transport, scenic tours, or in small-scale operations.

PCC’s Aviation Science program, in contrast to similar programs, provides quick entry into an often daunting field. Our hands-on training allows you to become a professional helicopter or airplane pilot, enabling you to begin a career as soon as you complete the degree. After building your initial experience as a flight instructor and as a graduate, you may find excellent employment with regional airlines, cargo transport, scenic tours, or in small-scale operations.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Computer Information Systems (CIS) are a necessary and vital component of our modern life. Our program prepares students for careers in computer networking and information software by providing training in the programming languages, tools and technologies used in today’s IT industry. Our classes are taken by students who are new to Information Technology as well as by IT professionals, who are interested in updating or expanding their skill set.

Are you looking for a stable, in-demand, entry-level job in the healthcare industry?
Are you searching for a healthcare position that you can use to springboard into a career as a CNA 2, registered nurse, licensed practical nurse, or physician’s assistant?
Do you want a job that will involve caring for and listening to others, often in vulnerable stages of life?
CNA 1 Program Timeline Cover for PDF Download
Download the CNA 1 Program Timeline
Learn the skills you need to provide patient care in a variety of health care settings, where you will work as an essential member of the nursing team.

In our program, we teach you the skills you need to succeed, and we give you the field experience, the contacts, and sufficient time to learn the most important techniques. In just nine months, you can begin a rewarding career in which you serve the oral healthcare of thousands of people.

Since 1970, graduates of PCC's Dental Hygiene program have been in high demand because of their reputation for excellent patient care and quality skills. Our curriculum is designed to prepare you for the state and regional licensure examinations and for the clinical practice of dental hygiene. In addition, our courses are fully transferable to four-year institutions, and the program is accredited by the Commission on Dental Accreditation and endorsed by the American Dental Association (ADA). This is the link to file comments and/or complaints [pdf] with the Commission on Dental Accreditation (CODA) about the program in relation to Accreditation Standards. To view CODA Dental Accreditation standards please go to Standards for Allied Dental Education Programs.

While the role of medical assistants is often overlooked, they provide critical services in preparing patients for a physician’s visit. PCC’s Medical Assisting program provides you with the tools necessary to become a medical assistant. You will develop skills in the clinical and administrative aspects of the medical office. In our program, you can gain the entry-level skills necessary to be competitive in the workforce.

The MLT Program is 97 credit hours; 80 credits of which are MLT courses and the remainder are other program requirements and General Education requirements. Consult a program advisor for help in planning General Education courses. Students must meet college graduation requirements including General Education, Math and English competencies.

The MRI Technologist Training program teaches you the art and science of Magnetic Resonance Imaging, which utilizes very strong magnetic fields and radio frequencies for imaging the tissues of the body. We offer comprehensive training which includes clinical training hours at hospitals and clinics in the surrounding area.

PCC’s Radiography program teaches you the art and science of radiography, which uses ionizing radiation to provide images of tissues, organs, bones and vessels in the body. We offer comprehensive, rigorous training in all aspects of radiography, enabling you to obtain the skills you need for an entry-level radiography job.

Veterinary technology broadens the world we know from animals as pets to animals that aid society. While many of us only see animals as pets, animals serve several roles. Veterinary technology ensures that our roles and relationships with animals further our knowledge of animal health while seeking to improve their lives and maintain their habitat and dignity. Becoming a veterinary technician can provide you with the skills and knowledge you need to work towards the greater good of animals and to prepare you to begin working to understand their unique contribution to all of our lives.

Machine manufacturing has evolved quickly and substantially in the last few decades. Since the 1950s, computer numerically controlled (CNC) machines have helped the industry achieve greater consistency and standardization. Now, a half-century later, machine operators use computer-aided manufacturing (CAM) software to control, manipulate and manage precision tool production. Machine manufacturing and tool dies have become increasingly valuable, especially in the production of high-precision tools for high-tech manufacturing and large industrial construction. With such dramatic advancements over time, it pays to have a solid foundation in the art and mathematical science of machine manufacturing.
That’s exactly what you’ll get at PCC. In our machine-manufacturing program, we provide the skills you need to begin a career with the fundamental machining skills and concepts proven over time. Our program provides an opportunity to learn with self-paced, modular courses that provide you with necessary fundamental skills, helping you keep pace with the industry and advance your career.

Machine manufacturing has evolved quickly and substantially in the last few decades. Since the 1950s, computer numerically controlled (CNC) machines have helped the industry achieve greater consistency and standardization. Now, a half-century later, machine operators use computer-aided manufacturing (CAM) software to control, manipulate and manage precision tool production. Machine manufacturing and tool dies have become increasingly valuable, especially in the production of high-precision tools for high-tech manufacturing and large industrial construction. With such dramatic advancements over time, it pays to have a solid foundation in the art and mathematical science of machine manufacturing.
That’s exactly what you’ll get at PCC. In our machine-manufacturing program, we provide the skills you need to begin a career with the fundamental machining skills and concepts proven over time. Our program provides an opportunity to learn with self-paced, modular courses that provide you with necessary fundamental skills, helping you keep pace with the industry and advance your career.

Machine manufacturing has evolved quickly and substantially in the last few decades. Since the 1950s, computer numerically controlled (CNC) machines have helped the industry achieve greater consistency and standardization. Now, a half-century later, machine operators use computer-aided manufacturing (CAM) software to control, manipulate and manage precision tool production. Machine manufacturing and tool dies have become increasingly valuable, especially in the production of high-precision tools for high-tech manufacturing and large industrial construction. With such dramatic advancements over time, it pays to have a solid foundation in the art and mathematical science of machine manufacturing.
That’s exactly what you’ll get at PCC. In our machine-manufacturing program, we provide the skills you need to begin a career with the fundamental machining skills and concepts proven over time. Our program provides an opportunity to learn with self-paced, modular courses that provide you with necessary fundamental skills, helping you keep pace with the industry and advance your career.

Machine manufacturing has evolved quickly and substantially in the last few decades. Since the 1950s, computer numerically controlled (CNC) machines have helped the industry achieve greater consistency and standardization. Now, a half-century later, machine operators use computer-aided manufacturing (CAM) software to control, manipulate and manage precision tool production. Machine manufacturing and tool dies have become increasingly valuable, especially in the production of high-precision tools for high-tech manufacturing and large industrial construction. With such dramatic advancements over time, it pays to have a solid foundation in the art and mathematical science of machine manufacturing.
That’s exactly what you’ll get at PCC. In our machine-manufacturing program, we provide the skills you need to begin a career with the fundamental machining skills and concepts proven over time. Our program provides an opportunity to learn with self-paced, modular courses that provide you with necessary fundamental skills, helping you keep pace with the industry and advance your career.

Machine manufacturing has evolved quickly and substantially in the last few decades. Since the 1950s, computer numerically controlled (CNC) machines have helped the industry achieve greater consistency and standardization. Now, a half-century later, machine operators use computer-aided manufacturing (CAM) software to control, manipulate and manage precision tool production. Machine manufacturing and tool dies have become increasingly valuable, especially in the production of high-precision tools for high-tech manufacturing and large industrial construction. With such dramatic advancements over time, it pays to have a solid foundation in the art and mathematical science of machine manufacturing.
That’s exactly what you’ll get at PCC. In our machine-manufacturing program, we provide the skills you need to begin a career with the fundamental machining skills and concepts proven over time. Our program provides an opportunity to learn with self-paced, modular courses that provide you with necessary fundamental skills, helping you keep pace with the industry and advance your career.

Our program is at an institution accredited by the Northwest Association of Schools and Colleges Commission. In addition, our program offers unique flexibility with day and evening courses, "real-world" training, and quality instruction from those who possess advanced degrees and a broad range of industry experience.

Our program is at an institution accredited by the Northwest Association of Schools and Colleges Commission. In addition, our program offers unique flexibility with day and evening courses, "real-world" training, and quality instruction from those who possess advanced degrees and a broad range of industry experience.

The large semiconductor manufacturing base, and growth, in Oregon brings with it a need for qualified technicians. Microelectronics technicians in the semiconductor industry are a vital part of this market. PCC’s Microelectronics Program allows you to enter the world of microelectronics and solar manufacturing, providing you the opportunity to learn the entire fabrication processes of IC’s(Integrated Circuits) and PV’s (Photo Voltaic cells), and learn to maintain and repair the advanced process equipment and automation used by these high volume manufacturing industries.
Approximately 85% of graduates from PCC’s Microelectronic Technology program are hired by the semiconductor industry immediately before or after graduation. Many semiconductor laboratories and clean rooms in the Portland area rely on the skills we deliver to our graduates, which include mathematics, physics, chemistry, and electronics. As a technician, you’ll have the opportunity to work in a clean room or lab for some of the most reputable semiconductor manufacturers in the U.S.

Our program is at an institution accredited by the Northwest Association of Schools and Colleges Commission. In addition, our program offers unique flexibility with day and evening courses, "real-world" training, and quality instruction from those who possess advanced degrees and a broad range of industry experience.

The large semiconductor manufacturing base, and growth, in Oregon brings with it a need for qualified technicians. Microelectronics technicians in the semiconductor industry are a vital part of this market. PCC’s Microelectronics Program allows you to enter the world of microelectronics and solar manufacturing, providing you the opportunity to learn the entire fabrication processes of IC’s(Integrated Circuits) and PV’s (Photo Voltaic cells), and learn to maintain and repair the advanced process equipment and automation used by these high volume manufacturing industries.
Approximately 85% of graduates from PCC’s Microelectronic Technology program are hired by the semiconductor industry immediately before or after graduation. Many semiconductor laboratories and clean rooms in the Portland area rely on the skills we deliver to our graduates, which include mathematics, physics, chemistry, and electronics. As a technician, you’ll have the opportunity to work in a clean room or lab for some of the most reputable semiconductor manufacturers in the U.S.

The Industrial Mechanic Apprenticeship is overseen by the MA #1146 Pacific Northwest Industrial Maintenance & Millwright JATC. Under their Journey Card and their accompanying Limited Maintenance Electrical License, Industrial Mechanics repair, replace, maintain and install machinery and mechanical equipment, including electrical equipment and systems. Drive engines, motors, pneumatic tools, conveyor systems, and production machines are all examples. These workers dismantle machinery to repair or replace defective parts. Their tools include hoists, cranes, hand tools, power tools, and precision measuring devices. They test machinery and clean and lubricate parts to optimize performance. They work with pneumatics and hydraulics, and must know welding, metal fabrication, and rigging. This job is physically demanding. Examples of courses that Industrial Mechanics take during their related training study are APR 174 - Machining for Industrial Mechanics and APR 203 - LME: Electrical Code II.

The Manufacturing Plant Electrician Apprenticeship is overseen by the MA #1018 Metro Manufacturing Plant Electrician JATC. The MPE license allows the holder to perform electrical installations, or repair, replace, and maintain electrical wiring and electrical devices on, or in, an existing and operable manufacturing or industrial plant owned or used by the license holder’s employer. Manufacturing Plant Electricians usually work at one location and can work in voltages above 600 volts. MPE’s can advance to a Manufacturing Plant Electrician Supervisor’s License. Examples of courses that MPE’s take during their related training study are APR 126 – Electrical Systems Installations per NEC and APR 221 Advanced AC Circuitry.

PCC’s Microelectronics Technology program has earned a reputation for excellence. In contrast to similar programs, our program is specifically designed to meet the needs of the industry. PCC enjoys a strong partnership with local semiconductor manufacturers. You can equip yourself for success by acquiring skills that are in high demand while benefiting from these strong industry partnerships.

Learn the skills you need to get hired in one of Oregon’s fastest growing industries – in just 10 days. Plus, get a training stipend of $500 per week!

This program is designed to prepare graduates for positions as diesel technicians for both on and off highway equipment. The program has been developed in response to industry demand in conjunction with various consortium members. This program offers individuals the opportunity to complete the full outline of courses listed below on site at BridgeValley Community and Technical College or transfer diesel technology credit from various Career Technical Centers which offer similar programs. Credit may also be transferred from individuals completing industry training from Caterpillar

High school level diesel technology coursework is not necessary for entrance into the program. Introductory subjects are incorporated as part of the program. Students

Students who have earned their automotive technology associate of technical science degree will be able to add the 20-credit light diesel certificate to their portfolios. In addition

This program is designed to prepare graduates for positions as diesel technicians for both on and off highway equipment. The program has been developed in response to industry demand in conjunction with various consortium members. This program offers individuals the opportunity to complete the full outline of courses listed below on site at BridgeValley Community and Technical College or transfer diesel technology credit from various Career Technical Centers which offer similar programs. Credit may also be transferred from individuals completing industry training from Caterpillar

High school level diesel technology coursework is not necessary for entrance into the program. Introductory subjects are incorporated as part of the program. Students

Students who have earned their automotive technology associate of technical science degree will be able to add the 20-credit light diesel certificate to their portfolios. In addition

The large semiconductor manufacturing base, and growth, in Oregon brings with it a need for qualified technicians. Microelectronics technicians in the semiconductor industry are a vital part of this market. PCC’s Microelectronics Program allows you to enter the world of microelectronics and solar manufacturing, providing you the opportunity to learn the entire fabrication processes of IC’s(Integrated Circuits) and PV’s (Photo Voltaic cells), and learn to maintain and repair the advanced process equipment and automation used by these high volume manufacturing industries.
Approximately 85% of graduates from PCC’s Microelectronic Technology program are hired by the semiconductor industry immediately before or after graduation. Many semiconductor laboratories and clean rooms in the Portland area rely on the skills we deliver to our graduates, which include mathematics, physics, chemistry, and electronics. As a technician, you’ll have the opportunity to work in a clean room or lab for some of the most reputable semiconductor manufacturers in the U.S.

The large semiconductor manufacturing base, and growth, in Oregon brings with it a need for qualified technicians. Microelectronics technicians in the semiconductor industry are a vital part of this market. PCC’s Microelectronics Program allows you to enter the world of microelectronics and solar manufacturing, providing you the opportunity to learn the entire fabrication processes of IC’s(Integrated Circuits) and PV’s (Photo Voltaic cells), and learn to maintain and repair the advanced process equipment and automation used by these high volume manufacturing industries.
Approximately 85% of graduates from PCC’s Microelectronic Technology program are hired by the semiconductor industry immediately before or after graduation. Many semiconductor laboratories and clean rooms in the Portland area rely on the skills we deliver to our graduates, which include mathematics, physics, chemistry, and electronics. As a technician, you’ll have the opportunity to work in a clean room or lab for some of the most reputable semiconductor manufacturers in the U.S.

PCC’s Graphic Design program helps you acquire the skills and concepts that many of these local companies require. In our program, you’re introduced to the fundamentals of graphic design, such as page layout, typography, color theory, and more to help you build a solid foundation. Not only can you learn these fundamental concepts, you can enjoy a state-of-the-art facility with seasoned professionals whose connections with local industry makes your education relevant and provides cutting-edge skills.

Our program will prepare you for entry-level employment as media artist or animator, art director, graphic designer in electronic media, digital video editor, desktop publisher and Web designer, or working in mass media production, including audio or video production.

Our program will prepare you for entry-level employment as media artist or animator, art director, graphic designer in electronic media, digital video editor, desktop publisher and Web designer, or working in mass media production, including audio or video production.