Richland Community College

Are you a person who is interested in providing emergency care, basic and/or advanced life support services to the critically ill or injured person? If so, then you should consider a career in the emergency medical services. The EMS curriculum provides both the classroom and clinical experiences necessary to meet the criteria established by the Illinois Department of Public Health, Division of Emergency Medical Services and Highway Safety and the National Standard Curriculum. At Richland Community College, the student may select from two levels of training: EMT (Certificate) and Paramedic (Certificate and AAS). After successful completion of each level, the student is eligible to apply for examination to attain State licensure at that level.

Are you a person who is interested in providing emergency care, basic and/or advanced life support services to the critically ill or injured person? If so, then you should consider a career in the emergency medical services. The EMS curriculum provides both the classroom and clinical experiences necessary to meet the criteria established by the Illinois Department of Public Health, Division of Emergency Medical Services and Highway Safety and the National Standard Curriculum. At Richland Community College, the student may select from two levels of training: EMT (Certificate) and Paramedic (Certificate and AAS). After successful completion of each level, the student is eligible to apply for examination to attain State licensure at that level.

Are you a person who is interested in providing emergency care, basic and/or advanced life support services to the critically ill or injured person? If so, then you should consider a career in the emergency medical services. The EMS curriculum provides both the classroom and clinical experiences necessary to meet the criteria established by the Illinois Department of Public Health, Division of Emergency Medical Services and Highway Safety and the National Standard Curriculum. At Richland Community College, the student may select from two levels of training: EMT (Certificate) and Paramedic (Certificate and AAS). After successful completion of each level, the student is eligible to apply for examination to attain State licensure at that level.

Are you a person who is interested in providing emergency care, basic and/or advanced life support services to the critically ill or injured person? If so, then you should consider a career in the emergency medical services. The EMS curriculum provides both the classroom and clinical experiences necessary to meet the criteria established by the Illinois Department of Public Health, Division of Emergency Medical Services and Highway Safety and the National Standard Curriculum. At Richland Community College, the student may select from two levels of training: EMT (Certificate) and Paramedic (Certificate and AAS). After successful completion of each level, the student is eligible to apply for examination to attain State licensure at that level.

If you thrive on helping other people, you might consider a career in criminal justice. The Criminal Justice Careers Program offers preparation for a broad range of career opportunities in the expanding Criminal Justice field. Careers in criminal justice offer interesting and intense work and provide high pay and excellent benefits and retirement programs. The Richland Criminal Justice Careers Program offers basic and advanced certificates as well as an AAS degree.
There are four areas of concentration, each leading to a different criminal justice career path for individuals with different abilities, aptitudes, and/or interests. Areas of concentration include Patrol Officer, Correctional Officer, Probation and Parole Officer, and Emergency Telecommunications Specialist. Work in these specialized fields ranges from the delivery of emergency response and investigative services provided by the Emergency Telecommunications Specialist and Patrol Officer to the close monitoring and accountability systems for those accused or convicted of crimes managed by the Correctional Officer and Probation and Parole Officer.

If you thrive on helping other people, you might consider a career in criminal justice. The Criminal Justice Careers Program offers preparation for a broad range of career opportunities in the expanding Criminal Justice field. Careers in criminal justice offer interesting and intense work and provide high pay and excellent benefits and retirement programs. The Richland Criminal Justice Careers Program offers basic and advanced certificates as well as an AAS degree.
There are four areas of concentration, each leading to a different criminal justice career path for individuals with different abilities, aptitudes, and/or interests. Areas of concentration include Patrol Officer, Correctional Officer, Probation and Parole Officer, and Emergency Telecommunications Specialist. Work in these specialized fields ranges from the delivery of emergency response and investigative services provided by the Emergency Telecommunications Specialist and Patrol Officer to the close monitoring and accountability systems for those accused or convicted of crimes managed by the Correctional Officer and Probation and Parole Officer.

If you thrive on helping other people, you might consider a career in criminal justice. The Criminal Justice Careers Program offers preparation for a broad range of career opportunities in the expanding Criminal Justice field. Careers in criminal justice offer interesting and intense work and provide high pay and excellent benefits and retirement programs. The Richland Criminal Justice Careers Program offers basic and advanced certificates as well as an AAS degree.
There are four areas of concentration, each leading to a different criminal justice career path for individuals with different abilities, aptitudes, and/or interests. Areas of concentration include Patrol Officer, Correctional Officer, Probation and Parole Officer, and Emergency Telecommunications Specialist. Work in these specialized fields ranges from the delivery of emergency response and investigative services provided by the Emergency Telecommunications Specialist and Patrol Officer to the close monitoring and accountability systems for those accused or convicted of crimes managed by the Correctional Officer and Probation and Parole Officer.

If you thrive on helping other people, you might consider a career in criminal justice. The Criminal Justice Careers Program offers preparation for a broad range of career opportunities in the expanding Criminal Justice field. Careers in criminal justice offer interesting and intense work and provide high pay and excellent benefits and retirement programs. The Richland Criminal Justice Careers Program offers basic and advanced certificates as well as an AAS degree.
There are four areas of concentration, each leading to a different criminal justice career path for individuals with different abilities, aptitudes, and/or interests. Areas of concentration include Patrol Officer, Correctional Officer, Probation and Parole Officer, and Emergency Telecommunications Specialist. Work in these specialized fields ranges from the delivery of emergency response and investigative services provided by the Emergency Telecommunications Specialist and Patrol Officer to the close monitoring and accountability systems for those accused or convicted of crimes managed by the Correctional Officer and Probation and Parole Officer.

If you thrive on helping other people, you might consider a career in criminal justice. The Criminal Justice Careers Program offers preparation for a broad range of career opportunities in the expanding Criminal Justice field. Careers in criminal justice offer interesting and intense work and provide high pay and excellent benefits and retirement programs. The Richland Criminal Justice Careers Program offers basic and advanced certificates as well as an AAS degree.
There are four areas of concentration, each leading to a different criminal justice career path for individuals with different abilities, aptitudes, and/or interests. Areas of concentration include Patrol Officer, Correctional Officer, Probation and Parole Officer, and Emergency Telecommunications Specialist. Work in these specialized fields ranges from the delivery of emergency response and investigative services provided by the Emergency Telecommunications Specialist and Patrol Officer to the close monitoring and accountability systems for those accused or convicted of crimes managed by the Correctional Officer and Probation and Parole Officer.

If you thrive on helping other people, you might consider a career in criminal justice. The Criminal Justice Careers Program offers preparation for a broad range of career opportunities in the expanding Criminal Justice field. Careers in criminal justice offer interesting and intense work and provide high pay and excellent benefits and retirement programs. The Richland Criminal Justice Careers Program offers basic and advanced certificates as well as an AAS degree.
There are four areas of concentration, each leading to a different criminal justice career path for individuals with different abilities, aptitudes, and/or interests. Areas of concentration include Patrol Officer, Correctional Officer, Probation and Parole Officer, and Emergency Telecommunications Specialist. Work in these specialized fields ranges from the delivery of emergency response and investigative services provided by the Emergency Telecommunications Specialist and Patrol Officer to the close monitoring and accountability systems for those accused or convicted of crimes managed by the Correctional Officer and Probation and Parole Officer.

The growing field of early childhood education includes many different job opportunities. Regardless of the position sought, persons considering a degree in early childhood education should enjoy working with children and have a strong desire to help them learn and succeed.
As an early childhood education major, you might enjoy a variety of career options after you graduate, including a child care teacher, an assistant director or director of a child care facility, a private preschool teacher, nanny, director of a preschool program, an elementary school assistant, or Head Start assistant. Professionals may work with children of different age groups, depending on their specialty; the age range covered usually goes from birth to age 8 or so (third grade). An early childhood education major enjoys the opportunity for employment in a field that dramatically shapes and influences the lives of children.

The growing field of early childhood education includes many different job opportunities. Regardless of the position sought, persons considering a degree in early childhood education should enjoy working with children and have a strong desire to help them learn and succeed.
As an early childhood education major, you might enjoy a variety of career options after you graduate, including a child care teacher, an assistant director or director of a child care facility, a private preschool teacher, nanny, director of a preschool program, an elementary school assistant, or Head Start assistant. Professionals may work with children of different age groups, depending on their specialty; the age range covered usually goes from birth to age 8 or so (third grade). An early childhood education major enjoys the opportunity for employment in a field that dramatically shapes and influences the lives of children.

The growing field of early childhood education includes many different job opportunities. Regardless of the position sought, persons considering a degree in early childhood education should enjoy working with children and have a strong desire to help them learn and succeed.
As an early childhood education major, you might enjoy a variety of career options after you graduate, including a child care teacher, an assistant director or director of a child care facility, a private preschool teacher, nanny, director of a preschool program, an elementary school assistant, or Head Start assistant. Professionals may work with children of different age groups, depending on their specialty; the age range covered usually goes from birth to age 8 or so (third grade). An early childhood education major enjoys the opportunity for employment in a field that dramatically shapes and influences the lives of children.

The growing field of early childhood education includes many different job opportunities. Regardless of the position sought, persons considering a degree in early childhood education should enjoy working with children and have a strong desire to help them learn and succeed.
As an early childhood education major, you might enjoy a variety of career options after you graduate, including a child care teacher, an assistant director or director of a child care facility, a private preschool teacher, nanny, director of a preschool program, an elementary school assistant, or Head Start assistant. Professionals may work with children of different age groups, depending on their specialty; the age range covered usually goes from birth to age 8 or so (third grade). An early childhood education major enjoys the opportunity for employment in a field that dramatically shapes and influences the lives of children.

The Drafting & Design Engineering Program introduces students to fundamentals of drafting, working drawing production, various media used in the drafting room, manufacturing processes, and other specialties that will enhance employment opportunities. It is designed both for persons currently employed in industry and for those desiring initial employment as an industrial drafter. The work is done indoors at all kinds of manufacturing firms.

The Drafting & Design Engineering Program introduces students to fundamentals of drafting, working drawing production, various media used in the drafting room, manufacturing processes, and other specialties that will enhance employment opportunities. It is designed both for persons currently employed in industry and for those desiring initial employment as an industrial drafter. The work is done indoors at all kinds of manufacturing firms.

The Drafting & Design Engineering Program introduces students to fundamentals of drafting, working drawing production, various media used in the drafting room, manufacturing processes, and other specialties that will enhance employment opportunities. It is designed both for persons currently employed in industry and for those desiring initial employment as an industrial drafter. The work is done indoors at all kinds of manufacturing firms.

The Drafting & Design Engineering Program introduces students to fundamentals of drafting, working drawing production, various media used in the drafting room, manufacturing processes, and other specialties that will enhance employment opportunities. It is designed both for persons currently employed in industry and for those desiring initial employment as an industrial drafter. The work is done indoors at all kinds of manufacturing firms.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

The need for heating, air-conditioning, and refrigeration exists all over. Cooling and heating devices help regulate the temperature, humidity, and air quality in residential homes, commercial locations, and industrial facilities. Many items like food and medicine require refrigeration to keep them from spoiling. Technicians carry out repairs, maintenance, and installations of heating, air-conditioning, and refrigeration systems. As these systems are often called HVACR systems, workers are often referred to as HVACR technicians.

Frequently technicians will pick an area of specialization, be it in installation or maintenance and repair, though they are typically trained in both areas. A few technicians work solely with one type of device such as an oil burner, solar panel, or commercial refrigerator. Contracting businesses, manufacturers, and wholesalers often employ technicians. Technicians employed by smaller companies often install and maintain all types of systems.

The need for heating, air-conditioning, and refrigeration exists all over. Cooling and heating devices help regulate the temperature, humidity, and air quality in residential homes, commercial locations, and industrial facilities. Many items like food and medicine require refrigeration to keep them from spoiling. Technicians carry out repairs, maintenance, and installations of heating, air-conditioning, and refrigeration systems. As these systems are often called HVACR systems, workers are often referred to as HVACR technicians.
Frequently technicians will pick an area of specialization, be it in installation or maintenance and repair, though they are typically trained in both areas. A few technicians work solely with one type of device such as an oil burner, solar panel, or commercial refrigerator. Contracting businesses, manufacturers, and wholesalers often employ technicians. Technicians employed by smaller companies often install and maintain all types of systems.

The need for heating, air-conditioning, and refrigeration exists all over. Cooling and heating devices help regulate the temperature, humidity, and air quality in residential homes, commercial locations, and industrial facilities. Many items like food and medicine require refrigeration to keep them from spoiling. Technicians carry out repairs, maintenance, and installations of heating, air-conditioning, and refrigeration systems. As these systems are often called HVACR systems, workers are often referred to as HVACR technicians.

Frequently technicians will pick an area of specialization, be it in installation or maintenance and repair, though they are typically trained in both areas. A few technicians work solely with one type of device such as an oil burner, solar panel, or commercial refrigerator. Contracting businesses, manufacturers, and wholesalers often employ technicians. Technicians employed by smaller companies often install and maintain all types of systems.

The need for heating, air-conditioning, and refrigeration exists all over. Cooling and heating devices help regulate the temperature, humidity, and air quality in residential homes, commercial locations, and industrial facilities. Many items like food and medicine require refrigeration to keep them from spoiling. Technicians carry out repairs, maintenance, and installations of heating, air-conditioning, and refrigeration systems. As these systems are often called HVACR systems, workers are often referred to as HVACR technicians.

Frequently technicians will pick an area of specialization, be it in installation or maintenance and repair, though they are typically trained in both areas. A few technicians work solely with one type of device such as an oil burner, solar panel, or commercial refrigerator. Contracting businesses, manufacturers, and wholesalers often employ technicians. Technicians employed by smaller companies often install and maintain all types of systems.

The need for heating, air-conditioning, and refrigeration exists all over. Cooling and heating devices help regulate the temperature, humidity, and air quality in residential homes, commercial locations, and industrial facilities. Many items like food and medicine require refrigeration to keep them from spoiling. Technicians carry out repairs, maintenance, and installations of heating, air-conditioning, and refrigeration systems. As these systems are often called HVACR systems, workers are often referred to as HVACR technicians.
Frequently technicians will pick an area of specialization, be it in installation or maintenance and repair, though they are typically trained in both areas. A few technicians work solely with one type of device such as an oil burner, solar panel, or commercial refrigerator. Contracting businesses, manufacturers, and wholesalers often employ technicians. Technicians employed by smaller companies often install and maintain all types of systems.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Welding is the most common way of permanently joining metal. Because of its strength, welding is used to build and repair a myriad of products, from pipelines and power plants to ships and spacecraft. Job opportunities are on the rise as the demand for highly trained welders increases with industries throughout the world. Welders plan the sequence of operations and select the equipment to be used according to the kinds of metals involved and the type of weld to be made. The Welding program is designed to provide skill development in currently used welding processes including brazing, soldering, shielded metal arc welding, gas tungsten arc welding, resistance spot welding, gas metal arc welding and flux core arc welding. Additionally, skill development also includes oxy-fuel cutting, air carbon arc cutting, and plasma cutting. This program prepares students to take the certification exams reflecting the structural codes and standards set by the American Society of Mechanical Engineers (ASME 9), American Welding Society (AWS), and the National Center for Construction Education & Research (NCCER). Students seeking this degree will need to choose between construction/pipe welding trades or an industrial maintenance equipment specialty. Welders work all shifts, some overtime, indoors and outdoors, often welding in awkward positions. Welders enjoy working with their hands and enjoy the sense of accomplishment from building objects.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Students taking automotive technology courses at Richland are provided with a solid foundation of knowledge, experience, and skills to assist in job entry and career advancement in the automotive industry. Students diagnose and repair all the current sophisticated automotive technology. The Automotive Technology program has achieved master certification by the National Automotive Technician Education Foundation (NATEF). Students are prepared for the world-recognized Automotive Service Excellence (ASE) Certification, and are encouraged to complete the certification process by taking the ASE Certification tests. Instruction is offered in all eight areas of ASE certification.

Day and night classes are offered to gain the class “A” Commercial Driver’s License (CDL). Approved by the Illinois College Board, this course offers seven (7) hours of professional/occupational skill college credits. A certificate will be awarded upon completion.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools. Students pursuing the Associate in Applied Science (AAS) degree will also gain real-world experience through internship opportunities in various shop environments. This is a career and technical education program. Some of the courses may not transfer to four-year institutions.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Collision Repair Technology program prepares students for entry-level positions and career advancement in the collision repair industry. This program trains students to repair an automobile correctly, economically, and safely. The program includes diagnostic technologies, welding techniques, shop safety, metal straightening, panel replacement, interior trim and body refinishing, glass replacement, frame straightening, fiber glass repair, aluminum repair, surface preparation, painting techniques, refinishing, and damage estimation. Students will apply their knowledge and learn industry skills in a real-world shop environment equipped with the latest technologies and industry tools.

The Diesel Medium/Heavy Truck Technology program is state-of-the-art and teaches the latest technology that goes into today’s sophisticated, modern diesel truck. Upon successful completion of the Diesel Medium/Heavy Truck Technology program, students will be prepared for entry-level employment. Advancement and additional certification opportunities are also available for those currently working in the industry. This program has been designed to meet the industry’s standards, such as the National Institute for Automotive Service Excellence (ASE) and the National Automotive Technician’s Education Foundation’s (NATEF).

The Diesel Power Mechanics program trains entry-level diesel technicians for any industry where the power is supplied by diesel engines. This can include over-the-road Truck & Trailer

The Diesel Medium/Heavy Truck Technology program is state-of-the-art and teaches the latest technology that goes into today’s sophisticated, modern diesel truck. Upon successful completion of the Diesel Medium/Heavy Truck Technology program, students will be prepared for entry-level employment. Advancement and additional certification opportunities are also available for those currently working in the industry. This program has been designed to meet the industry’s standards, such as the National Institute for Automotive Service Excellence (ASE) and the National Automotive Technician’s Education Foundation’s (NATEF).

The Diesel Medium/Heavy Truck Technology program is state-of-the-art and teaches the latest technology that goes into today’s sophisticated, modern diesel truck. Upon successful completion of the Diesel Medium/Heavy Truck Technology program, students will be prepared for entry-level employment. Advancement and additional certification opportunities are also available for those currently working in the industry. This program has been designed to meet the industry’s standards, such as the National Institute for Automotive Service Excellence (ASE) and the National Automotive Technician’s Education Foundation’s (NATEF).

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

Information Technology (IT) is defined as using computers and software to manage information. In some companies, this is referred to as Management Information Services (or MIS) or simply as Information Services (or IS). The information technology department of a large company would be responsible for storing information, protecting information, processing the information, transmitting the information as necessary, and later retrieving information as necessary. Richland offers many different options for students interested in Information Technology. All IT students receive a common foundation of knowledge, followed by a specific concentration in one of three areas, and a capstone experience that puts into practice the IT knowledge gained throughout the program.

Information Technology (IT) is defined as using computers and software to manage information. In some companies, this is referred to as Management Information Services (or MIS) or simply as Information Services (or IS). The information technology department of a large company would be responsible for storing information, protecting information, processing the information, transmitting the information as necessary, and later retrieving information as necessary. Richland offers many different options for students interested in Information Technology. All IT students receive a common foundation of knowledge, followed by a specific concentration in one of three areas, and a capstone experience that puts into practice the IT knowledge gained throughout the program.

Information Technology (IT) is defined as using computers and software to manage information. In some companies, this is referred to as Management Information Services (or MIS) or simply as Information Services (or IS). The information technology department of a large company would be responsible for storing information, protecting information, processing the information, transmitting the information as necessary, and later retrieving information as necessary. Richland offers many different options for students interested in Information Technology. All IT students receive a common foundation of knowledge, followed by a specific concentration in one of three areas, and a capstone experience that puts into practice the IT knowledge gained throughout the program.

Information Technology (IT) is defined as using computers and software to manage information. In some companies, this is referred to as Management Information Services (or MIS) or simply as Information Services (or IS). The information technology department of a large company would be responsible for storing information, protecting information, processing the information, transmitting the information as necessary, and later retrieving information as necessary. Richland offers many different options for students interested in Information Technology. All IT students receive a common foundation of knowledge, followed by a specific concentration in one of three areas, and a capstone experience that puts into practice the IT knowledge gained throughout the program.

Information Technology (IT) is defined as using computers and software to manage information. In some companies, this is referred to as Management Information Services (or MIS) or simply as Information Services (or IS). The information technology department of a large company would be responsible for storing information, protecting information, processing the information, transmitting the information as necessary, and later retrieving information as necessary. Richland offers many different options for students interested in Information Technology. All IT students receive a common foundation of knowledge, followed by a specific concentration in one of three areas, and a capstone experience that puts into practice the IT knowledge gained throughout the program.

Information Technology (IT) is defined as using computers and software to manage information. In some companies, this is referred to as Management Information Services (or MIS) or simply as Information Services (or IS). The information technology department of a large company would be responsible for storing information, protecting information, processing the information, transmitting the information as necessary, and later retrieving information as necessary. Richland offers many different options for students interested in Information Technology. All IT students receive a common foundation of knowledge, followed by a specific concentration in one of three areas, and a capstone experience that puts into practice the IT knowledge gained throughout the program.

Healthcare Documentation, formerly Medical Transcription, is one of the fastest growing home-based professions in the country. The demand for qualified healthcare documentation specialists continues to accelerate, creating unprecedented financial and career opportunities for people who have the skills to succeed in a fast-paced environment.

A healthcare documentation specialist listens to a voice recording or face-to-face information (medical scribe) made by a doctor or other healthcare professional and either transcribes the information into a captured electronic medical record, or reviews and edits a version produced by a voice recognition technology software program for the record. The reports produced become part of the legal medical record, and include medical histories, discharge summaries, physical examination reports, operating room reports, diagnostic imaging studies, consultation reports, autopsy reports, and other documents. These reports are important because they serve as the foundation for ongoing clinical decision-making, continuity of care, maximized reimbursement, and risk management.

Healthcare Documentation, formerly Medical Transcription, is one of the fastest growing home-based professions in the country. The demand for qualified healthcare documentation specialists continues to accelerate, creating unprecedented financial and career opportunities for people who have the skills to succeed in a fast-paced environment.

A healthcare documentation specialist listens to a voice recording or face-to-face information (medical scribe) made by a doctor or other healthcare professional and either transcribes the information into a captured electronic medical record, or reviews and edits a version produced by a voice recognition technology software program for the record. The reports produced become part of the legal medical record, and include medical histories, discharge summaries, physical examination reports, operating room reports, diagnostic imaging studies, consultation reports, autopsy reports, and other documents. These reports are important because they serve as the foundation for ongoing clinical decision-making, continuity of care, maximized reimbursement, and risk management.

he Medical Assisting program provides students with educational experiences to achieve entry-level knowledge, skills, and behaviors needed to perform administrative and clinical duties of medical assistants in ambulatory care facilities such as physicians’ offices, clinics, and outpatient care centers.

The program is three semesters in length. It begins in the fall semester of each year and students complete the program at the end of summer semester. The program prepares students to take a national medical assistant certification exam.

Health 141 (HLTH 141) Nurse Assistant Training is approved by the Illinois Department of Public Health (IDPH) to provide instruction in basic nursing skills in theory, laboratory, and clinical settings. Upon successful completion of all course requirements, which includes meeting the Health Care Worker Background Check Act criteria, students are eligible to apply for the Competency Evaluation Exam. Students who successfully pass the Competency Evaluation Exam are added to the IDPH Health Care Worker Registry and are eligible to work as Certified Nurse Assistants (CNAs).

The primary function of a phlebotomist is blood collection; however, they may assist the health care team in the accurate, safe, and reliable collection and transportation of various specimens other that blood for clinical laboratory analyses. These specimens may include arterial blood, urine, tissues, sputum, etc.

The Practical Nursing (PN) program at Richland Community College is a challenging and rigorous program designed to prepare competent, caring, and critically thinking graduates for entry level nursing positions in a variety of health care settings and to encourage commitment to personal and professional growth. The PN program is a combination of nursing and selected general education courses. The nursing courses consist of classroom, laboratory, and clinical experiences providing care to clients in local health care agencies. Graduates will be able to provide direct care to clients in various stages of the life cycle. Upon satisfactory completion of the program, students receive a Certificate in Practical Nursing and (b) are eligible to write the National Council Licensing Examination for Practical Nurses (NCLEX-PN). Graduates who successfully complete the examination and meet all other state requirements are able to work as licensed practical nurses. Some courses may not transfer to four-year institutions, but transfer opportunities exist for students pursuing an Associate Degree Nursing.

This is a career and technical education program. Upon successful completion of all program requirements an Associate of Applied Science in Radiography is awarded. Eligible graduates may take the American Registry of Radiologic Technologist certification exam and are considered a Registered Technologist in Radiography, or RT(R), upon successful completion. In order to work as a Radiographer in the State of Illinois, licensure through the Illinois Emergency Management Agency (IEMA), Department of Nuclear Safety is required. Some courses may not transfer to four-year institutions, but transfer opportunities exist for students desiring a Bachelor of Science in Radiologic Sciences.

The Culinary Arts program prepares individuals for an exciting career as a chef, cook, and/or food preparation worker for a variety of hospitality industries including hotels, restaurants, convention centers, hospitals, and corporate dining facilities. The curriculum covers all aspects of culinary preparation, including meats, poultry, fish, vegetables, sauces, soups, bread and pastry baking, desserts, specialty cooking and international cuisine. Hands-on experience in all facets of culinary preparation and presentation is emphasized throughout the curriculum. Further, coursework emphasizing the development of supervisory and managerial responsibilities such as sanitation, menu planning, management, cost control, purchasing, cooking, baking, and restaurant operations are also provided. Specific skills aimed at creating recipes; managing the kitchen; ordering supplies; measuring, mixing, and cooking ingredients according to specified recipes; familiarity with the various types of kitchen equipment and instruments; knife skills, cutting, chopping, slicing, and dicing; and, directing the duties of other kitchen employees are developed throughout the entire program of study.

The Culinary Arts program prepares individuals for an exciting career as a chef, cook, and/or food preparation worker for a variety of hospitality industries including hotels, restaurants, convention centers, hospitals, and corporate dining facilities. The curriculum covers all aspects of culinary preparation, including meats, poultry, fish, vegetables, sauces, soups, bread and pastry baking, desserts, specialty cooking and international cuisine. Hands-on experience in all facets of culinary preparation and presentation is emphasized throughout the curriculum. Further, coursework emphasizing the development of supervisory and managerial responsibilities such as sanitation, menu planning, management, cost control, purchasing, cooking, baking, and restaurant operations are also provided. Specific skills aimed at creating recipes; managing the kitchen; ordering supplies; measuring, mixing, and cooking ingredients according to specified recipes; familiarity with the various types of kitchen equipment and instruments; knife skills, cutting, chopping, slicing, and dicing; and, directing the duties of other kitchen employees are developed throughout the entire program of study.

The Diesel Technology Program provides the student with the necessary entry-level skills and theory to enter either the medium/heavy duty truck or construction equipment service/repair fields. The program is flexible to allow the student to enter at the beginning of any semester and complete a Technical Certificate in two (2) semesters. Students may receive a Basic Diesel Technical Certificate after successfully completing their first twenty-four (24) credit hours of DIES designated classes and remedial classes if required based on placement testing results. If the student continues in the program and successfully completes an additional twenty-four (24) credit hours in DIES designated classes; the student will be awarded a second certificate

The Diesel Power Mechanics program trains entry-level diesel technicians for any industry where the power is supplied by diesel engines. This can include over-the-road Truck & Trailer

The Advanced Diesel Technology program is designed to provide students with the skills and knowledge required to succeed as technicians in the field of heavy‐duty diesel equipment

The Diesel Power Mechanics program trains entry-level diesel technicians for any industry where the power is supplied by diesel engines. This can include over-the-road Truck & Trailer

In this Associate of Applied Science degree students major in transportation services and have an emphasis in diesel technology. Students learn the fundamentals of electronics

Certificates of Proficiency are designed for students who want to earn specific skills in the Diesel Technology field within a short time frame. Normally

The Diesel Technology Program provides the student with the necessary entry-level skills and theory to enter either the medium/heavy duty truck or construction equipment service/repair fields. The program is flexible to allow the student to enter at the beginning of any semester and complete a Technical Certificate in two (2) semesters. Students may receive a Basic Diesel Technical Certificate after successfully completing their first twenty-four (24) credit hours of DIES designated classes and remedial classes if required based on placement testing results. If the student continues in the program and successfully completes an additional twenty-four (24) credit hours in DIES designated classes; the student will be awarded a second certificate

The Diesel Power Mechanics program trains entry-level diesel technicians for any industry where the power is supplied by diesel engines. This can include over-the-road Truck & Trailer

The Advanced Diesel Technology program is designed to provide students with the skills and knowledge required to succeed as technicians in the field of heavy‐duty diesel equipment

In this Associate of Applied Science degree students major in transportation services and have an emphasis in diesel technology. Students learn the fundamentals of electronics

Certificates of Proficiency are designed for students who want to earn specific skills in the Diesel Technology field within a short time frame. Normally

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.

The Engineering Technology program is an integrated, cross-disciplinary degree program that prepares the student for a career as an engineering technician in a manufacturing or industrial environment. Due to the high level of integration in this program, the student may choose from several career paths (concentrations/specialties), including careers in BioFuels Technician, BioProcess Operator, CNC Technology, Electrical Systems, Facilities Maintenance, Fluid Power Systems, Instrumentation Systems, Machine Repair, Manufacturing Engineering Technology, Mechanical Systems, and Wind Energy Systems. While each concentration contains a unique set of courses overall, each contains the same general education and technical core courses.

The classrooms and laboratories are equipped with modern and commonly used industrial components, tools, machines, and systems. While attention is given to classroom theory, hands-on skills required for success in this rapidly growing field are especially emphasized. Upon successful completion of this program, the student will be ready to install, maintain, troubleshoot, and repair modern industrial systems. Major employers are automated industrial plants, processing plants, contractors, field service centers, technical sales, and training centers.