TECH COMMUNITY COLLEGEfaculty.ivytech.edu/~bl-desn/resources/SOT Certs_TC... · 10/25/2012 · Ivy Tech Community College’s Bloomington campus opened in 2002, and includes a six

10/25/2012

IVY TECH COMMUNITY COLLEGE BLOOMINGTON, INDIANA

School of Technology

School of Applied Science & Engineering Technology

Advanced Manufacturing

Biotechnology

Design Technology

Energy Technology

Engineering Technology

Heating and Air Conditioning (HVAC/R)

Industrial Technology

Fall 2012 – Spring 2013

2

Academic Advising

Katie Anderson Advisor / Career Services Coordinator (812) 330-6018 School of Technology School of Applied Science & Engineering Technology [email protected]

Kirk BarnesProfessor Dean of the School of Technology Program Chair for Design Technology (812) 330-6050 [email protected]

Reanna Draper Assistant Director of Student Advising (812) 330-6342 School of Applied Science & Engineering Technology [email protected]

Mark Esch-WilliamsAssistant Professor Program Chair for Industrial Technology and Energy (812) 330-6054 [email protected]

Vonda Clay Assistant Director of Enrollment Services (812)330-6040 [email protected]

William FentonInstructor Program Chair for HVAC (812) 330-6017 [email protected]

About Ivy Tech Bloomington

Ivy Tech Community College’s Bloomington campus opened in 2002, and includes a six county service area: Greene, Lawrence, Martin, Monroe, Morgan and Owen counties.

The Bloomington campus has an enrollment of 6,400 students. Though Bloomington has a six county service area, we serve students from nearly all Indiana counties.

It is the mission of Ivy Tech’s Bloomington campus to serve our diverse communities as a comprehensive community college by creating and sustaining strategic partnerships that enable us to deliver quality higher education and advanced training programs for the purpose of changing the lives of our students and supporting the workforce and economic development goals of our communities.

Christine GriffithAssociate Professor Program Chair for Engineering Technology (812) 330-6051 [email protected]

Oscar RodriguezAssociate Professor Electronics & Computer Technology (812) 330-6053 [email protected]

Vanessa BabcockInstructor Design Technology (812) 330-6319 [email protected]

Sengyong LeeProfessor Program Chair for Biotechnology (812) 330-6036 [email protected]

Sarah CoteAssociate Professor Biotechnology (812) 330-6310 [email protected]

3

CertificateAdvanced Manufacturing

Mechatronics Certification Level I Concentration

Professional-Technical

ADMF 101 Key Principles of Advanced Manufacturing 3

ADMF 102 Technology in Advanced Manufacturing 3

ADMF 112 Mechatronics I 3

ADMF 122 Mechatronics II 3

ADMF 202 Mechatronics III 3

ADMF 222 Mechatronics IV 3

ADMF 101 Key Principles of Advanced ManufacturingIntroduces the basic principles and practices of Safety and Quality used in manufacturing environments. Safety instruction covers topics including; Material Safety Data Sheets (MSDS), confined space, lock out/tag out, zero energy state, hazardous materials, storage of flammable materials, storage of fuel gas and high pressure gas cylinders, portable powered tool safety, hand tool safety, record keeping, training, employer enforcement of safety regulations, and right to know This course also covers current quality control concepts and techniques in industry with emphasis on modern manufacturing requirements. Topics of instruction include basic statistical and probability theory, sampling techniques, process control charts, nature of variation, histograms, attributes and variable charts. This course will use lecture, lab, online simulation and programming to prepare students for Certified Production Technician Testing through Manufacturing Skill Standards Council (MSSC).

ADMF 102 Technology in Advanced ManufacturingIntroduces manufacturing processes and basic mechanical, electrical, and fluid power principles and practices used in manufacturing environments. Topics include; types of production, production materials, machining and tooling, manufacturing planning, production control, and product distribution will be covered. Students will be expected to understand the product life cycle from conception through distribution. This course also focuses on technologies used in production processes. Basic power systems, energy transfer systems, machine operation and control will be explored. This course will use lecture, lab, online simulation and programming to prepare students for Certified Production Technician Testing through Manufacturing Skill Standards Council (MSSC).

ADMF 112 Mechatronics I Introduces the basic principles and practices of mechanical technology used in advanced manufacturing and mechatronic systems. This course will examine the appropriate procedures for the installation, troubleshooting, and repair of mechanical machine components. Issues including; material properties, surface finish, lubrication, and preventive maintenance of mechatronic systems will be discussed.

ADMF 122 Mechatronics II Introduces the common types electrical wiring circuits used for power and control of electrical devices and motors used in advanced manufacturing. Topics covered will include electrical safety, terminology, and interpretation of electrical symbols, motor theory, motor wiring, control wiring, and ladder diagrams.

ADMF 202 Mechatronics III Introduces the common types of Programmable Logic Controllers (PLCs) and electric motor drive systems used in advanced manufacturing. Topics covered will include PLC theory, PLC installation, control wiring, ladder diagrams, AC & DC motor drive application and installation.

ADMF 222 Mechatronics IV Introduces the basic principles and practices of fluid power technology used in advanced manufacturing and mechatronics systems. This course will examine fluid power components and fluid power circuit design.

4

Certificate Industrial Technology Industrial Electrician

In Preparation For National Electrical Code Certification

EECT 105 Introduction to National Electrical Code 3

IMTC 122 Electrical Wiring Fundamentals/NEC Code 3

INDT 100 Computer Fundamentals for Technology 3

INDT 103 Motors and Motor Controls 3

INDT 113 Basic Electricity 3

INDT 204 Electrical Circuits 3

EECT 105 Introduction to National Electrical CodeIntroduces the role and use of the National Electrical Code Book. Provides an overview of interpretation, calculations, and revisions of the codebook.

IMTC 122 Electrical Wiring Fundamentals/NEC CodeIntroduces the student to the National Electrical Code and its application in designing and installing electrical circuits, selecting wiring materials and devices, and choosing wiring methods. Includes electrical safety, terminology, interpretation of electrical symbols used in construction blueprints, branch circuit layout, over current protection, conductor sizing, grounding, GFCI & AFCI protection, tool usage, and material/device selection.

INDT 100 Computer Fundamentals for TechnologyDesigned to integrate computer technology, decision-making and problem-solving skills by using multimedia technology and peripherals. Students will explore technology and the various forms it takes in the industrial world. Software and computer programs will be studied along with their computer applications. Students will also learn basic Windows operating system concepts, word processing, Excel spreadsheets, and research/ communication tools within the college..

INDT 103 Motors and Motor ControlsA general understanding of common types of electric motors, extending from the small shaded pole fan motors to the large three-phase motors. Topics covered will include motor theory, magnetism and how it affects motor rotation, motor starting components and protective devices for motor circuits. Heat dissipation from a motor, motor slippage, how they are wired to obtain different speeds, and how capacitors affect a motor circuit will be included

INDT 113 Basic Electricity The study of electrical laws and principles pertaining to DC and AC circuits is the focus of the course. This includes current, voltage, resistance, power, inductance, capacitance, and transformers. Stresses the use of standard electrical tests, electrical equipment, and troubleshooting procedures. Safety procedures and practices are emphasized.

INDT 204 Electrical Circuits This course is designed to provide an understanding of circuits using alternating current and the motor operation. The course will provide fundamentals of single- and three-phase alternating current. Analysis of series and parallel circuits, containing resistance, inductance, and capacitance will be covered. Transformer applications both single phase and three-phase along with power distribution will be covered. This course will give each student a general understanding of common types of electric motors, extending from the small shaded pole fan motors to the large three-phase motors. Direct current motors will also be covered. The student will receive an education in motor theory, magnetism and how it affects motor rotation, and how capacitors affect a motor circuit will be included.

5

CertificateIndustrial Technology Fluid Power

In Preparation For Fluid Power Certification

INDT 102 Introduction to Print Reading 3


INDT 104 Fluid Power Basics 3

INDT 106 Introduction to the Workplace and Safety 3


INDT 201 Fluid Power Systems 3

INDT 102 Introduction to Print ReadingProvides an introduction to reading and interpreting machine shop symbols, welding blueprints and working drawings used in trades and crafts. Focuses on dimension, shape, fabrication and assembly. Applies basic mathematics to the solution of print and performance problems.

INDT 103 Motors and Motor ControlsA general understanding of common types of electric motors, extending from the small shaded pole fan motors to the large three-phase motors. Topics covered will include motor theory, magnetism and how it affects motor rotation, motor starting components and protective devices for motor circuits. Heat dissipation from a motor, motor slippage, how they are wired to obtain different speeds, and how capacitors affect a motor circuit will be included

INDT 104 Fluid Power Basics Prerequisites: Demonstrated competency through appropriate assessment or earning a grade of “C” or better in MATH 044 or MATH 015. Introduces fluid power principles and components. Teaches basic circuit design through the use of symbols and schematic diagrams to build a foundation for career work in fluid power technology.

INDT 106 Introduction to the Workplace and SafetyIntroduces basic safety instruction including OSHA requirements and other concerns (MSDS, confined space, lock out/tag out, zero energy state, hazardous materials, storage of flammable materials, storage of fuel gas and high pressure gas cylinders, portable powered tool safety, hand tool safety, record keeping, training, employer enforcement of safety regulations, right to know, etc.). Includes an introduction to measuring instruments, hand tools, portable powered tools, and procedures that are pertinent to the mix of specialties on the campus. Lab projects will be designed to reinforce safety procedures and develop competency levels in using the measuring instruments, hand tools and portable powered tools introduced in the course.

INDT 113 Basic Electricity The study of electrical laws and principles pertaining to DC and AC circuits is the focus of the course. This includes current, voltage, resistance, power, inductance, capacitance, and transformers. Stresses the use of standard electrical tests, electrical equipment, and troubleshooting procedures. Safety procedures and practices are emphasized.

INDT 201 Fluid Power Systems Introduces the student to more complex fluid power circuits. Requires students to design, analyze and troubleshoot complex circuits using schematic diagrams. Studies detailed construction of typical industrial fluid power components. Teaches students to disassemble and evaluate fluid power components in the lab.

6

Industrial TechnologyTechnical Certificate

General Education Core - 6 Credits

COMM 101 Fundamentals of Public Speaking 3 Choose 1 of the following MATH coursesMATH XXX MATH 118 - Concepts in Mathematics, or MATH 121- Geometry-Trigonometry, or

MATH 136 - College Algebra, or MATH 137 - Trigonometry with Analytic Geometry 3

Other Institutional Requirements 1-3 Credits

IVYT 1XX Life Skills Elective 1-3 Professional/Technical Core 9 Credits 3

INDT 102 Introduction to Print Reading (Offered each semester) 3INDT 106 Introduction to the Workplace and Safety (Fall & Spring only) 3INDT 113 Basic Electricity (Offered each semester)

Statewide Electives 15 Credits

INDT 100 Computer Fundamentals for Technology (Offered each semester) 3INDT 103 Motor and Motor Controls (Summer only) 3INDT 203 Machine Maintenance and Installation (Spring only) 3

Select two (2) courses from belowINDT 104 Fluid Power Basics (Fall only) 3INDT 114 Introductory Welding (Fall & Spring only) 3IMTC 107 Preventive Maintenance (Summer) 3INDT 205 Programmable Controllers I (Spring only) 3INDT 206 Programmable Controllers II (Spring only) 3CIMG 102 Introduction to Robotics (Fall only) 3CIMG 202 Work Cell Design and Integration (Spring only) 3IMTC 122 Electrical Wiring Fundamentals (Offered each semester) 3

7

Industrial TechnologyTechnical Certificate

Course Sequence

The following suggested sequence includes all course requirements for this degree. You must consult with an academic advisor to determine which electives best meet your career goals.

Programmable Logic Controller (PLC) focus course sequence Semester 1 (Fall)

INDT 100 Computer Fund. for Technology 3INDT 102 Introduction to Print Reading 3INDT 106 Intro to Workplace Safety 3INDT 113 Basic Electricity 3

IVYT 1XX Student Success Elective 1-3 13-15 creditsSemester 2 (Spring)

COMM 101 Public Speaking 3MATH XXX Math elective *see science elective below 3

INDT 205 Programmable Controllers I (Spring Only) 3INDT 206 Programmable Controllers II (Spring Only) 3INDT 203 Machine Maintenance-Installation (Spring Only) 3

15 creditsSummer Semester

INDT 103 Motors and Motor Controls (Summer Only) 3 3 credits 3

Robotic focus course sequenceSemester 1 (Fall)

INDT 100 Computer Fund. for Technology 3INDT 106 Intro to Workplace Safety 3INDT 113 Basic Electricity 3CIMG 102 Introduction to Robotics (Fall Only)IVYT 1XX Student Success Elective 1-3

13-15 creditsSemester 2 (Spring)


CIMG 202 Work Cell Design and Integration (Spring Only) 3INDT 203 Machine Maintenance-Installation (Spring Only) 3


INDT 102 Introduction to Print Reading 3INDT 103 Motors and Motor Controls (Summer Only) 3

6 credits * MATH prerequisite required: SCIN 101 = MATH 118, PHYS 101 = MATH 121, 131, 134, 137

8

Industrial TechnologyAssociate of Applied Science

General Education 16 Credits

COMM 101 Fundamentals of Public Speaking 3ENGL 111 English Composition 3

Choose 1 of the following MATH coursesMATH 1XX MATH 118 - Concepts in Mathematics, or MATH 121- Geometry-Trigonometry, or

MATH 136 - College Algebra, or MATH 137 - Trigonometry with Analytic Geometry 3

Choose 1 of the following science coursesPHYS* 101 Physics I 4

SCIN* 101 Science of Traditional and Alternative Energy 4

* MATH prerequisite required: SCIN 101 = MATH 118, PHYS 101 = MATH 121, 131, 134, 137

XXXX XXX Humanities/Social Science Elective 3

Other Institutional Requirements 4-6 CreditsIVYT 1XX Life Skills Elective 1

ÎNDT 260 Problem Solving and Teamwork 3

Professional/Technical Core 21 CreditsINDT 100 Computer Fundamentals for Technology (Offered each semester) 3INDT 102 Introduction to Print Reading (Offered each semester) 3INDT 104 Fluid Power Basics (Fall only) 3INDT 106 Introduction to the Workplace and Safety (Fall & Spring only) 3INDT 113 Basic Electricity (Offered each semester) 3INDT 114 Introductory Welding (Fall & Spring only) 3IMTC 107 Preventive Maintenance (Summer) 3

Statewide Electives 21 Credits

INDT 205 Programmable Controllers I (Spring only) 3INDT 206 Programmable Controllers II (Spring only) 3CIMG 102 Introduction to Robotics (Fall only) 3CIMG 202 Work Cell Design and Integration (Spring only) 3INDT 103 Motor and Motor Controls (Summer only) 3INDT 203 Machine Maintenance and Installation (Spring only) 3IMTC 122 Electrical Wiring Fundamentals (Offered each semester) 3 PLAS 101 Introduction to Plastics 3PLAS 106 Plastic Materials and Testing 3PLAS 107 Injection Molding 3PLAS 108 Extrusion Process 3PLAS 201 Advanced Injection Molding 3PLAS 202 Advanced Extrusion 3PLAS 208 Computer Applications in Plastics 3PLAS 209 Manufacturing of Plastics Products 3

9

Industrial TechnologyAssociate of Applied Science

Course Sequence

The following suggested sequence includes all course requirements for this degree. You must consult with an academic advisor to determine which electives best meet your career goals. Semester 1 (Fall)


IVYT 1XX Student Success Elective 1-3 13-15 creditsSemester 2 (Spring)


INDT 205 Programmable Controllers I (Spring Only) 3INDT 206 Programmable Controllers II (Spring Only) 3IMTC 122 Electrical Wiring Fund 3


INDT 103 Motors and Motor Controls (Summer Only) 3IMTC 107 Preventive Maintenance (Summer Only) 3

6 creditsSemester 3 (Fall)

ENGL 111 English Composition 3INDT 104 Fluid Power Basics (Fall Only) 3INDT 114 Intro to Welding (Fall or Spring Only) 3CIMG 102 Introduction to Robotics (Fall Only) 3

12 creditsSemester 4 (Spring)

CIMG 202 Work Cell Design and Integration (Spring Only) 3INDT 203 Machine Maintenance-Installation (Spring Only) 3

*SCIN 101 or PHYS 101 SCIN 101 or PHYS 101 4INDT 260 Problem Solving and Teamwork (Spring Only) 3

XXXX XXX Humanities/Social and Behavioral Sciences/Mathematics/Life and Physical Sciences Electives

3

16 credits* MATH prerequisite required: SCIN 101 = MATH 118, PHYS 101 = MATH 121, 131, 134, 137

10

CertificateHVAC Level 1

HVAC101 Heating Fundamentals 3

HVAC103 Refrigeration I 3

HVAC202 Electrical Circuits & Controls 3

HVAC205 Heat Pump Systems 3

HVAC208 Heating Service 3

HVAC211 Refrigeration II 3

Select 1 course below

CONT 127 Electrical Basics 3


INDT 113 Basic Electricity 3 Credits The study of electrical laws and principles pertaining to DC and AC circuits is the focus of the course. Includes current, voltage, resistance, power, inductance, capacitance, and transformers. Stresses use of standard electrical tests, electrical equipment, and troubleshooting procedures. Safety procedures and practices are emphasized.

HVAC 101 Heating Fundamentals 3 CreditsIntroduces fundamentals applicable to the heating phase of air conditioning. Includes types of units, parts, basic controls, functions, and applications. Emphasizes practices, tool and meter use, temperature measurement, heat flow, the combustion process and piping installation practices. Covers the basic sequence of operation for gas, oil and electric furnaces.

HVAC 103 Refrigeration I 3 Credits Introduction to compression systems used in mechanical refrigeration including the refrigeration cycle and system components. Introduces safety procedures, proper use of tools used to install and service refrigeration equipment, and refrigerant charging and recovery, system evacuation, calculating superheat and subcooling and using a refrigerant temperature/pressure chart.

HVAC 202 Electrical Circuits and Controls 3 CreditsStudies heating, air conditioning and refrigeration controls typically found on residential and light commercial heating and air conditioning equipment. Includes gas, oil and electric heating controls, cooling controls, thermostats, humidistats, aquastats, and electronic controls. Covers operation of controls, integration of controls into controls systems, reading schematic and pictorial diagrams, and component troubleshooting and testing

HVAC 205 Heat Pump Systems 3 CreditsFamiliarizes students with the refrigeration cycle as it applies to the heat pump system and the different types of heat pump systems. Covers procedures used to diagnose electrical, control, mechanical and refrigeration problems common to heat pump. Includes sizing of heat pumps, specialized heat pump refrigeration components and electrical controls, the air-to-air heat pump defrost cycle, and schematic and pictorial diagrams.

HVAC 208 Heating Service 3 Credits Covers procedures used to analyze mechanical and electrical problems encountered when servicing heating systems. Covers electrical schematics and connection diagrams, combustion testing, venting and combustion air requirements, sequence of operation, heating controls, troubleshooting techniques, installation practices, basic codes applying to furnace codes, and service procedures.

HVAC 211 Refrigeration II 3 Credits Continues the study of air conditioning and refrigeration with further study of compressors, metering devices, system charging, refrigerant recovery, equipment installation and an introduction to troubleshooting procedures [electrical, mechanical and refrigeration]. Includes cleanup procedures following compressor burnout and analysis of how a single problem affects the rest of the system. Introduces electrical control systems and electrical motor basics as they apply to air conditioning and refrigeration including motor types, starting components, and motor troubleshooting basics.

11

Technical CertificateHVAC

General Education Core (6)

COMM 101 Fundamentals of Public Speaking 3 Choose one of the following MATH courses MATH 118 Concepts in Mathematics 3 MATH 121 Geometry-Trigonometry 3

Other Institutional Requirements (1-3) IVYT 1XX Student Success Elective 1-3

Professional/Technical (27)

CONT 127 Electrical Basics 3 CONT 106 Construction Blueprint Reading 3 HVAC 101 Heating Fundamentals 3 HVAC 103 Refrigeration I 3 HVAC 202 Electrical Circuits and Controls 3 HVAC 208 Heating Service 3 HVAC 211 Refrigeration II 3 INDT 100 Computer Fundament For Tech 3 Total: 34-36

12

Associate of Applied ScienceHeating, Ventilation, and Cooling Technology

General Education (18-20) COMM 101 Fundamentals of Public Speaking 3 ENGL 111 English Composition 3 Choose 1 of the following MATH courses MATH 118* Concepts in Mathematics 3 MATH 121** Geometry/Trigonometry 3 Choose 1 of the following science courses SCIN101* Science of Traditional and Alternative Energy 4 PHYS 101** Physics I 4 XXXX XXX Humanities or Social & Behavioral Sciences Elective 3 Other Institutional Requirements (2-4) IVYT 1XX Life Skills Elective 1-3 ^HVAC 279 Green Awareness 1

Professional/Technical Core (24) INDT 100 Computer Fundamentals for Technology 3

CONT127 Electrical Basics 3

HVAC 101 Heating Fundamentals 3

HVAC 103 Refrigeration I (EPA 608) 3

HVAC 202 Electrical Circuits & Controls (Emp. Ready - Electrical) 3

HVAC 208 Heating Service (Emp. Ready - Residential Gas Heat) 3

HVAC 211 Refrigeration II 3

CONT 106 Construction Blueprint Reading 3

Electives (18) IMTC 122 Electrical Wiring Fundamentals/NEC Code 3



HVAC 203 Heat Loss and Gain Calculation 3

HVAC 204 Commercial Refrigeration 3

HVAC 205 Heat Pump Systems 3

INDT 205 Programmable Controllers I 3

INDT 206 Programmable Controllers II 3

13

STUDENT ACADEMIC PLAN

Ivy Tech Community College School of Technology

Bloomington Heating,Ventilating,Air Conditioning, A.A.S

FIRST NAME: ID# H/M PHONE:

LAST NAME: E-MAIL WORK PHONE:

Application: YES ____ NO____

TRANSCRIPT: HS ___ GED ___ COLLEGE ___

Comp Reading Comp Writing Comp Math Degree Objective:

44-65 ENGL 031 23-51 ENGL024 Prealgebra 22+

MATH 015

AAS AS

66-79 ENGL 032 52-69 ENGL025 Algebra 24+ MATH 023

TC CDC

80-100 NONE 70-100 ENGL111 Algebra 35+ MATH 035

CO

Algebra 52+

MATH 043

CURRICULUM SCHEDULE Effective Fall '10

Course Name CR Prerequisites Semester Grade

Semester I (FALL) - 13-15 credits plan taken

HVAC 101 Heating Fundamentals 3 HVAC 103 AC Refrigeration I 3 ^ÎVYT Student Success Elective 1-3 INDT 100 Computer Fundamentals for

Technology 3

INDT 113 Basic Electricity 3 Semester II (SPRING) - 15 credits

COMM 101 Public Speaking 3 HVAC 208 Heating Service 3 HVAC 101 HVAC 211 AC Refrigeration II 3 HVAC 103 CONT 106 Blueprint Reading 3 MATH 118 Concepts in Mathematics 3 Summer Semester - 3 credits * 3 Once you complete the above classes, you are eligible for a INDT Technical Certificate. See Advisor for graduate application.

Semester III (FALL) - 15 credits

ENGL 111 English Composition 3 HVAC 205 Heat Pump Systems 3 HVAC 103 MATH 117 The Art of Geometry 3 INDT 103 Motor and Motor Controls 3 * 3 Semester IV (SPRING) - 16 credits

HVAC 279 Green Awareness Capstone 3 HVAC 202 Electrical Circuits and Controls 3 SCIN 101 Sci Alter & Traditional Energy 4 MATH 118 * 3 ** 3

14

* Technical elective see the reverse side. Must equate to 3 credit hours….**Humanities/Social Sciences Elective ^ Capstone course ^^ IVYT elective course is required if program ready; IVYT 101 or IVYT 120 is required in the first semester if one or two ASA courses needed; IVYT 120 is required in the first semester if three or more ASA courses needed. The School of Technology reserves the right to change the schedule due to enrollment considerations, program revisions, or unforeseen circumstances. It is the student's responsibility to meet all prerequisites as outlined by the program.

Projected Completion Date:

Student's Signature: Date:

***Elective Courses;


plan taken

HVAC 272 EPA Certification 1

INDT 205 Programmable, Logical Controllers 1

3

INDT 206 Programmable, Logical Controllers 2

3

HVAC 204 Commercial Refrigeration 3 HVAC 211

HVAC 107 Duct Fabrication & Installation

3

***Additionally, students can select courses from the inventory of courses available on a campus w/ advisor approval

15

Associate of Applied ScienceDesign Technology

62 – 64 CreditsGeneral Education COMM 101 Fundamentals of Public Speaking 3 ENGL 111 English Composition 3 IVYT 1XX Student Success Elective 1 - 3 MATH 136 College Algebra 3 MATH 137 Trigonometry with Analytic Geometry 3 PHYS 101 Physics I 4 XXXX XXX Humanities/Social & Behavioral Sciences Elective 3

General Education: 20 - 22Professional-Technical DESN 102 Technical Graphics (should be taken concurrently with DESN 103) 3 DESN 103 CAD Fundamentals (should be taken concurrently with DESN 102) 3 DESN 113 Intermediate CAD 3 DESN 217 Design Process & Applications 3 DESN 220 Advanced CAD 3 DESN 221 Statics 3 DESN 222 Strength Of Materials 3^ DESN 225 Portfolio Preparation 3 METC 106 Introduction to Engineering Technology 3

Professional-Technical: 27Electives: Select 5 of the following courses

See advisor for other courses that may be used for elective requirements. Mechanical Focus CIMG 102 Introduction to Robotics (Fall only) 3 CIMG 202 Work Cell Design and Integration (Spring only) 3

DESN 272 Advanced Solid Modeling (Spring only) 3METC 143 Materials and Processes 3INDT 108 Metrology 3DESN 104 Mechanical Graphics 3

Architecture DESN 105 Architectural Design I 3 DESN 204 Architectural Design II 3 DESN110 Architectural Rendering 3 DESN 272 Advanced Solid Modeling (Spring only) 3 METC 143 Materials and Processes 3CAD/CAM Focus

DESN 272 Advanced Solid Modeling (Spring only) 3METC 143 Materials and Processes 3INDT 108 Metrology 3MTTC 208 CNC Programming I (Fall only) 3MTTC 220 CAD/CAM I (Spring only) 3MTTC 221 CAD/CAM II (Spring only) 3

Bio-Mechanical/Quality Focus PLAS 106 Plastic Materials and Testing 3METC 143 Materials and Processes 3INDT 108 Metrology 3QUAL 101 Quality Control Concepts and Techniques I 3QUAL 206 ISO/QS International Standards 3

Plastics Focus PLAS 101 Introduction to Plastics 3 PLAS 107 Injection Molding 3 PLAS 108 Extrusion Processes 3 PLAS 201 Advanced Injection Molding 3 INDT 108 Metrology 3

16

Design TechnologyElective Courses

Course Name CR

ADMF 101 Key Principles Of Adv Manu 3

ADMF 102 Technology in Advanced Manufacturing 3

ADMF 115 Materials & Processes For Manu 3

APHY 101 Anatomy and Physiology I 3

APHY 102 Anatomy and Physiology II 3

DESN 104 Mechanical Graphics 3

DESN 105 Architectural Design I 3

DESN 107 History Of Architecture 3

DESN 108 Residential Design 3

DESN 109 Construction Materials and Specifications 3

DESN 110 Architectural Rendering 3

DESN 201 Schematics 3

DESN 204 Architectural Design II 3

DESN 206 Mechanical and Electrical Equipment 3

DESN 207 Die Design 3

DESN 208 Structural Design and Detailing 3

DESN 214 Kinematics of Machinery 3

DESN 215 Electronic Schematics 3

DESN 216 Jig and Fixture Design 3

DESN 217 Design Process and Applications 3

DESN 222 Strength of Materials 3

DESN 223 Parametric Solid Modeling 3

DESN 227 Geometric Dimensioning and Tolerancing 3

DESN272 Advanced Solid Modeling 3

DESN280 Co-op/Internship 3

EECT101 Intro Electronics & Projects 3

INDT100 Computer Fundamentals for Technology 3

INDT104 Fluid Power Basics 3

INDT108 Metrology 3

INDT113 Basic Electricity 3

INDT114 Introductory Welding 3

METC143 Materials and Processes 3

METC201 Engineering Projects Comm Serv 3

MTTC101 Introduction To Machining 3

MTTC208 CNC Programming I 3

MTTC209 CNC Programming I 3

MTTC220 CAD/CAM I 3

17

MTTC 221 CAD/CAM II 3

PLAS 101 Introduction to Plastics 3

PLAS 106 Plastic Materials and Testing 3

PLAS 107 Injection Molding 3

PLAS 108 Extrusion Process 3

PLAS 201 Advanced Injection Molding 3

PLAS 202 Advanced Extrusion 3

PLAS 208 Computer Applications in Plastics 3

PLAS 209 Manufacturing of Plastics Products 3

QUAL 101 Quality Control Concepts and Techniques I 3

QUAL 102 Statistical Process Control 3

QUAL 105 Non-Destructive Testing Applications 3

QUAL 201 Advanced Statistical Process Control 3

QUAL 202 Quality Control Concepts and Techniques II 3

QUAL 204 Total Quality Management 3

QUAL 206 ISO/QS International Standards 3

QUAL 210 Quality Management Principles 3

18

INDIVIDUAL ACADEMIC PLAN

Ivy Tech Community College School of Technology

Bloomington Design Technology - Associate of Applied Science

FIRST NAME: C# H PHONE:

LAST NAME: E-MAIL CELL:

Application: YES NO Transcript: GED HS College

Comp Reading � Comp Writing � Comp Math � Degree Objective:

49-79 ENGL 083 32-69 ENGL 093 PALG 25+ MATH 015 AAS AS

80-100 None 70-100 None ALGE 24+ MATH 023 TC Transfer

OFFICE USE ONLY PALG 55+

AND MATH 023

ALGE 15+

Algebra 35+

MATH 035

Algebra 52+

MATH 043

CURRICULUM SCHEDULE Effective Fall 2012


Semester I (Fall) 13 - 15 credits plan taken

^ÎVYT 1XX Student Success Elective 1-3 None

METC 106 Introduction to Engineering Technology

3 None

DESN 102 Technical Graphics 3 None

DESN 103 CAD Fundamentals 3 None

MATH 136 College Algebra 3 MATH 035 OR 043

Semester II (Spring) 15 credits

* Technical Elective 3

DESN 113 Intermediate CAD 3 DESN 103



**MATH 137 Trigonometry with Analytic Geometry

3 MATH 035 OR 043

Summer Semester - 6 credits

*** 3 ENGL 025, 032 or 083

ENGL 111 English Composition 3 ENGL 025, 032 or 083

Semester III (Fall) - 16 credits

COMM 101 Fundamentals of Public Speaking 3 ENGL 025, 032 or 083

DESN 221 Statics 3 MATH 137

PHYS 101 Physics I 4 MATH 137


DESN 220 Advanced CAD 3 DESN 102, DESN 103

19

Semester IV (Spring) - 12 credits

DESN 217 Design Process and Applications 3

DESN 222 Strength of Materials 3

^DESN 225 Portfolio Preparation 3 DESN 220 or AA


* Technical elective see the reverse side

***Humanities/Social Sciences Elective

^ Capstone course

^^ IVYT elective course is required if program ready; IVYT 101 or IVYT 120 is required in the first semester if one or two ASA courses needed; IVYT 120 is required in the first semester if three or more ASA courses needed.

The School of Technology reserves the right to change the schedule due to enrollment considerations, program revisions, or unforeseen circumstances. It is the student's responsibility to meet all prerequisites as outlined by the program. Projected Completion Date

Student's Signature Date:

20

Technical CertificateEnergy Technology

General Education (7-9)

COMM 101 Fundamentals of Public Speaking 3

IVYT 1XX Life Skills Elective 1-3

Choose 1 of the following MATH courses

MATH 1XX MATH 118 - Concepts in Mathematics, or MATH 121- Geometry-Trigonometry, or MATH 136 - College Algebra, or MATH 137 - Trigonometry with Analytic Geometry

3

Professional/Technical (12)

INDT 103 Motor and Motor Controls 3



Electives (15) Select 5 courses

ENGR 100 Intro to Energy Industry 3

HVAC 202 Electrical Circuit and Controls 3

INDT 205 Programmable Controllers I 3

INDT 206 Programmable Controllers II (Spring Only) 3

IMTC 122 Electrical Wiring Fund 3

Total Credits 31-33

21

Energy TechnologyTechnical Certificate

Course sequence The following suggested sequence includes all course requirements for this degree. You must consult with an academic advisor to determine which electives best meet your career goals. Semester 1 (Fall)

INDT 106 Intro to Workplace Safety 3INDT 113 Basic Electricity 3INDT 100 Computer Fund. for Technology 3

ENGR 100 Intro to Energy Industry 3IVYT 1XX Student Success Elective 1-3

13-15 credits Semester 2 (Spring)

COMM 101 Public Speaking 3MATH 1XX Math elective 3

INDT 205 Programmable Controllers I (Spring Only) 3INDT 206 Programmable Controllers II (Spring Only) 3HVAC 202 Electrical Circuits and Controls 3

or IMTC 122 Electrical Wiring Fundamentals 3

15 credits Summer Semester

INDT 103 Motors and Motor Controls (Summer Only) 3 3 credits Total: 31-33 credits

22

Associate of Applied ScienceEnergy Technology

General Education (17-19)

COMM 101 Fundamentals of Public Speaking 3ENGL 111 English Composition 3IVYT 1XX Student Success Elective 1-3

Select one of the following MATH courses MATH XXX MATH 118 - Concepts in Mathematics, or MATH 121 - Geometry and

Trigonometry, or MATH 136 - College Algebra, or MATH 137 - Trigonometry with Analytic Geometry

3

XXXX XXX Humanities/Social and Behavioral Sciences Elective 3 Select one of the following science courses

SCIN 101 Science of Traditional and Alternative Energy 4PHYS 101 Physics I 4

Professional Technical (27)

INDT 102 Introduction to Print Reading 3INDT 103 Motor and Motor Controls 3INDT 104 Fluid Power Basics 3INDT 106 Introduction to the Workplace and Safety 3INDT 113 Basic Electricity 3INDT 114 Introductory Welding 3INDT 203 Machine Maintenance and Installation 3INDT 205 Programmable Controllers I 3INDT 260 Problem Solving & Teamwork 3

Statewide Electives (18) Select 6 courses

INDT 100 Computer Fund. for Technology 3ENGR 100 Intro to Energy Industry 3HVAC 202 Electrical Circuit and Controls 3HVAC 203 Heat Loss and Gain Calculation 3IMTC 122 Electrical Wiring Fundamentals/NEC Code INDT 206 Programmable Controllers II

23

Energy TechnologyAssociate of Applied Science

Course Sequence

The following suggested sequence includes all course requirements for this degree. You must consult with an academic advisor to determine which electives best meet your career goals.

Semester 1 (Fall)


ENGR 100 Intro to Energy Industry 3IVYT 1XX Student Success Elective 1-3

16-18 creditsSemester 2 (Spring)

COMM101 Public Speaking 3MATH 1XX Math elective 3

INDT205 Programmable Controllers I (Spring Only) 3INDT206 Programmable Controllers II (Spring Only) 3

XXXX XXX Technical Elective 3 15 credits

Summer Semester INDT103 Motors and Motor Controls (Summer Only) 3IMTC 122 Electrical Wiring Fund 3

6 creditsSemester 3 (Fall)

ENGL111 English Composition 3INDT104 Fluid Power Basics (Fall Only) 3INDT114 Intro to Welding (Fall or Spring) 3

XXXX XXX Technical Elective 3 12 credits

Semester 4 (Spring) INDT203 Machine Maintenance-Installation (Spring Only) 3SCIN 101

or PHYS 101 Science of Traditional and Alternative EnergyPhysics I

4

INDT 260 Problem Solving and Teamwork (Spring Only) 3XXXX XXX Humanities/Social and Behavioral Sciences/Mathematics/Life and Physical

Sciences Electives 3

13 credits Total: 62-64

24

Associate of Science Engineering Technology

General Education (27-29) COMM 101 Fundamentals of Public Speaking 3 ENGL 111 English Composition 3 IVYT 1XX Student Success Elective 1 - 3 PHYS 101 Physics I 4 PHYS 102 Physics II 4 XXXX XXX Humanities/Social & Behavioral Sciences Elective 3 XXXX XXX Humanities/Social & Behavioral Sciences Elective 3 MATH 136 College Algebra 3 MATH 137 Trigonometry with Analytic Geometry 3 Professional/Technical (17) ENGT 279 Portfolio Preparation 1 DESN 221 Statics 3 EECT 111 Introduction to Circuits Analysis 4 EECT 112 Digital Fundamentals 3 METC 106 Introduction to Engineering Technology 3 METC 143 Materials and Processes 3 Transfer Courses (18) DESN 103 CAD Fundamentals 3 DESN 223 Parametric Solid Modeling 3 Select 4 of the following courses BUSN 105 Principles of Management 3 BUSN 208 Organizational Behavior 3 CINS 113 Logic, Design and Programming 3 CINS 137 Visual Basic Programming 3 ECON 101 Economic Fundamentals 3 COMM 202 Small Group Communication 3

25

INDIVIDUAL ACADEMIC PLAN

Ivy Tech Community College School of Applied Science and Engineering Technology

Bloomington Engineering Technology - Associate of Science

FIRST NAME: C# H PHONE:

LAST NAME: E-MAIL CELL:

Application: YES ____ NO____

Transcript: GED HS College

Comp Reading � Comp Writing � Comp Math � Degree Objective:

49-79 ENGL 083 32-69 ENGL 093 PALG 25+

MATH 015 AAS AS

80-100 None 70-100 None ALGE 24+

MATH 023 TC Transfer

OFFICE USE ONLY PALG 55+ AND MATH 023 ALGE 15+ Algebra

35+ MATH 035

Algebra 52+

MATH 043

CURRICULUM SCHEDULE Effective 111


Semester I (Fall) 16 - 18 credits plan taken

^ÎVYT 1XX 1-3 None

METC 106 Introduction to Engineering Technology

3 None

METC 143 Materials & Processes I 3 None

ENGL 111 English Composition 3 ENGL 025, 032 or 083

*XXXX XXX Transfer Elective 3

MATH 136 College Algebra 3 MATH 035 OR 043

Semester II (Spring) 18 credits


DESN 103 CAD Fundamentals 3

DESN 223 Parametric Solid Modeling 3

*** Humanities/Social Sciences Elective

3


**MATH 137 Trigonometry with Analytic Geometry

3 MATH 035 OR 043

Summer Semester

Semester III (Fall) - 17 credits

COMM 101 Fundamentals of Public Speaking 3 ENGL 025, 032 or 083

DESN 221 Statics 3 MATH 137

PHYS 101 Physics I 4 MATH 137


EECT 111 Introduction to Circuit Analysis 4

26

Semester IV (Spring) - 16 credits

EECT 112 Digital Fundamentals 3


PHYS 102 Physics II 3 DESN 220 or AA

*** Humanities/Social Sciences Elective

3


* Technical elective see the reverse side

***Humanities/Social Sciences Elective

^ Capstone course

^^ IVYT elective course is required if program ready; IVYT 101 or IVYT 120 is required in the first semester if one or two ASA courses needed; IVYT 120 is required in the first semester if three or more ASA courses needed. The School of Applied Science and Engineering Technology reserves the right to change the schedule due to enrollment considerations, program revisions, or unforeseen circumstances. It is the student's responsibility to meet all prerequisites as outlined by the program. Projected Completion Date

Student's Signature Date:

27

Purdue University College of Technology at Anderson

Transfer Agreement

BS Engineering TechnologyWith Ivy Tech AS in Engineering Technology Degree Course Transfer

SEMESTER 1

Course Title Cr. Course Title

ENGL Sel Freshman Composition Sel 3 ENGL 111 English Composition

MA 15300 Algebra/Trig I 3 MATH 136 College Algebra

TECH 10500 Intro to Engineering Technology 3 METC 106 Intro to Engineering Technology

CGT 11000 Technical Graphics Comm 3 DESN 103 CAD Fundamentals

TECH 12000 Technology & the Individual 3

15

SEMESTER 2


COM 11400 Fundamentals of Speech Comm 3 COMM 101 Fundamentals of Public Speaking

MA 15400 Algebra Trig II 3 MATH 137 Trig With Analytic Geometry

CNIT 17600 Information Tech & Architecture 3

ECON 21000 Principles of Economics 3 ECON 101 Economics Fundamentals

CGT 22600 Intro to Constraint-Based Model 3 DESN 223 Parametric Solid Modeling

H/LA Elect Humanities/Liberal Arts Elect 3 XXXXXXX Hum./Soc. & Behavioral Sci. Elect.

18

SEMESTER 3


MA 22100 Calculus for Technology I 3 MATH 221 Calculus for Technology I

ECET 21400 Electricity Fundamentals 3 EECT 111 Intro to Circuits Analysis

MET 14300 Materials & Processes I 3 METC 143 Materials & Processes

PHYS 21800 General Physics I 4 PHYS 101 Physics I

CNIT 15500 Intro to Object-Oriented Prog 3

CINS 113 and CINS 137

Logic, Design & Programming and Visual Basic Programming

16

SEMESTER 4


MET 24500 Manufacturing Systems 3

MET 11100 Applied Statics 3 DESN 221 Statics

ECET 23300 Electronics & Industrial Controls 3 EECT 112 Digital Fundamentals

OLS 25200 Human Relations in Organizations 3 BUSN 208 Organizational Behavior

IT 21400 Intro to Lean Manufacturing 3

15

SEMESTER 5


28

COM 320 Smal Group Communication 3 COMM 202 Small Group Communication

TECH 32000 Technology & the Organization 3

OLS 28400 Leadership Principles 3 BUSN 105 Principles of Management

Science Sel Lab Science Selective 4 PHYS 102 Physics II

Tech Sel Technical Selective 3

16

SEMESTER 6


ENGL 42100 Technical Writing 3

TECH 33000 Technology and the Global Society 3

IT 34200 Intro to Statistical Quality 3


Free Elect Free Elective 3

15

SEMESTER 7


IT 44600 Six Sigma Quality 3

COM 31400 Advanced Presentations 3



TECH 49600 Senior Design Project Proposal 1

H/LA Elect Humanities/Liberal Arts Elect 3 XXXX XXX Humanities/Soc & Behavioral Sci

16

SEMESTER 8

IT 450000 Production Cost Analysis 3

TECH 49700 Senior Design Project 3



Free Elect Free Elective 3

15

Courses in Black Print are Purdue University Courses

Courses in Green Print are Ivy Tech Community College Courses

Free Electives must be 200 level or higher At least 12 hours of Technicial Selectives must be 300 level or above and at least 6 hours must in the

same discipline ( CGT, CNIT, ECET, IT, MET,OLS)

Humanities/Liberal Arts Electives should come from approved list of transfer courses Call 765-648-2903 or email Dave Riegle at [email protected] with questions about transferring

29

Introductory CertificateBiomanufacturing

or Medical Device Manufacturing

BIOT 102 Survey of Biotechnology Manufacturing 3

BIOT 102 Survey of Biotechnology ManufacturingStudents will be introduced to the basics of biotechnology and the biology required to understand biotechnology. Students will then learn about the local biotech industry and some of the general practices shared by all biotech industries. Students will spend the second half of the course focusing on the specifics of either biomanufacturing or medical device manufacturing, earning a certificate in the area of their focus.

Introductory CertificateRegulatory Affairs

BIOT 105 Survey of Regulatory Affairs 3

BIOT 105 Survey of Regulatory Affairs

This course provides an entry level introduction to the laws and regulations that govern the development, marketing and commercial distribution of drugs, biological and medical device products and how they relate to the pharmaceutical, biotechnology and medical device industry. This course in intended to provide individuals with a greater understanding of regulatory affairs, specifically providing an understanding of how their actions are controlled by regulations and how to interact with FDA or global regulatory agencies.

30

Career Development CertificateBiotechnology Regulatory Affairs

BIOT 101 Introduction to Biotechnology 4

BIOT 214 Food and Drug Law 3

ENGL 211 Technical Writing 3

BIOT 103 Safety & Regulatory Compliance 3

Or

BIOT 215 Clinical Trials 3

Or

BIOT 216 Risk Management 3

Or

BIOT 218 Product Life Cycle 3

BIOT 101 Introduction to BiotechnologyPresents a basic overview of biotechnology emphasizing current DNA and RNA technologies and structure and function of biomolecules. The application of these techniques in the field of medicine, agriculture, forensics and environment is emphasized. Scientific methods, lab safety and regulations and ethics of the biotechnology industry will also be covered. Includes lab.

BIOT 214 Food and Drug Law This course provides a basic introduction to the laws and regulations that govern the development, marketing and commercial distribution of drugs, biological and medical device products and how they relate to the pharmaceutical, biotechnology and medical devices industry. This course is designed to provide students with an overall landscape of U.S. and International laws regulating the drug, biotechnology and medical device industry.

ENGL 211 Technical Writing Requires students to prepare technical reports and correspondence for various purposes using standard research techniques, documentation, and formatting as appropriate. May require students to demonstrate both written and oral competencies.

BIOT 103 Safety and Regulatory Compliance for BiotechnologyOverview of laboratory safety procedures and precautions, biosafety, radiation safety, compliance standards of regulatory agencies. Emphasis will be placed on understanding the regulatory environment of pharmaceutical, diagnostic and agricultural research and manufacturing. Students will be introduced to the agencies in the U.S. responsible for regulatory oversight of biotechnology. Concepts of current good laboratory practices (cGLP), current good manufacturing practices (cGMP), standard operating procedures (SOP) and validation will be addressed as they apply to industry.

BIOT 215 Clinical Trials This course provides a basic introduction to clinical trials, including their design, how they are conducted, and concepts of current good clinical practices (cGCPs). This course is designed to provide students with an overall landscape of the clinical trial process, FDA regulations and ICH guidelines pertaining to that process.

BIOT 216 Risk Management for Drugs and Medical DevicesThis course provides a basic introduction to risk management strategy application of best practices and risk management for both the drug and medical device industry. This course is designed to provide students with an overall understanding of this growing discipline to improve patient safety and the regulatory mandates and laws.

BIOT 218 Product Life Cycle This course provides a basic introduction to the basic life cycle of both drug and medical device life cycles, from discovery through preclinical, clinical trials, and post production concerns.

31

Career Development CertificateBiotechnology Quality Control

BIOT 211 Analytical Methods I 3

BIOT 212 Analytical Methods II 3

BIOT 103 Safety & Regulatory Compliances 3

BIOT 117 Quality Control Techniques 3

BIOT 211 Analytic Methods in Biotechnology ITheory and application of many analytical methods currently utilized in the field of biotechnology. These methods will include: ELISA and immunoaffinity techniques; methods for determining enzymatic activity; spectrophotometric methods; chromatographic methods; electrophoresis; light and electron microscopy. When feasible, techniques will be practiced in the laboratory setting.Methods utilizing radioactive isotopes will be discussed. Considerable emphasis will be placed on proper methods for data recording, analysis and presentation. Includes lab.

BIOT 212 Analytic Methods in Biotechnology IITheory and application of many analytical methods utilized in the field of biotechnology. These methods will include: centrifugation, light and electron microscopy, restriction endonuclease digestion, agar and acrylamide electrophoresis of nucleic acids, Southern and Northern blotting, polymerase chain reaction and ioassays. When feasible, techniques will be practiced in the laboratory setting. Methods utilizing radioactive isotopes will be discussed. Considerable emphasis will be placed on proper methods for data recording, analysis and presentation. Includes lab.


BIOT 117 Quality Control TechniquesStudents will be introduced to those principles associated with quality control from a life sciences perspective. Students will learn about common microbial contaminants and how to prevent them. Students will also gain experience with common monitoring techniques used in the biotech industry.

32

Career Development CertificateBiotechnology Research & Development

BIOT 211 Analytical Methods I 3

BIOT 212 Analytical Methods II 3

BIOT 227 Genetic Engineering & DNA Analysis 4

Or

BIOT 233 Protein Analysis & Purification 4

Or

BIOT 201 Cell Culture & Cellular Processes 4

BIOT 211 Analytic Methods in Biotechnology ITheory and application of many analytical methods currently utilized in the field of biotechnology. These methods will include: ELISA and immunoaffinity techniques; methods for determining enzymatic activity; spectrophotometric methods; chromatographic methods; electrophoresis; light and electron microscopy. When feasible, techniques will be practiced in the laboratory setting.Methods utilizing radioactive isotopes will be discussed. Considerable emphasis will be placed on proper methods for data recording, analysis and presentation. Includes lab.

BIOT 212 Analytic Methods in Biotechnology IITheory and application of many analytical methods utilized in the field of biotechnology. These methods will include: centrifugation, light and electron microscopy, restriction endonuclease digestion, agar and acrylamide electrophoresis of nucleic acids, Southern and Northern blotting, polymerase chain reaction and ioassays. When feasible, techniques will be practiced in the laboratory setting. Methods utilizing radioactive isotopes will be discussed. Considerable emphasis will be placed on proper methods for data recording, analysis and presentation. Includes lab.

BIOT 227 Genetic Engineering and DNA AnalysisThe essential concepts and techniques in genetic engineering. Students will practice essential gene cloning procedures: isolation of DNA, restriction endonuclease digestion, agarose gel electrophoresis analysis, DNA ligation, and transformation into a host strain. Other essential techniques such as PCR, construction and screening of genomic or cDNA libraries, Southern and Northern blot analyses will be practiced. Students will understand the principles and ethical issues of animal or human cloning practices. Current methods for transfer and propagation of genes into plants and animals will be discussed. Various gene knockout techniques such as homologous gene recombination, site-directed mutagenesis, and RNAi will be introduced. The topics in genomics, proteomics, and bioinformatics will be discussed. Includes lab.

BIOT 233 Protein Analysis and Purification Students will review the biochemical properties of amino acids and proteins, then study techniques of cell disintegration and extraction, protein separation, and analysis. Students will be taught to determine which method is most applicable in various situations and why that method should be utilized. When possible, students will be given an opportunity to perform these techniques in the laboratory. Includes lab.

BIOT 201 Cell Culture and Cellular ProcessesAn introduction to major biochemical pathways, cellular structure and function at a molecular level. Topics to be considered include the structure and function of the cell membrane, cytoskeleton and various organelles. Cellular respiration will be discussed. Protein synthesis, processing and export will be examined. Those processes involved in cell division will also be investigated and related to cancer. The laboratory will center upon techniques involving animal, plant, fungi and bacterial cell cultures. Students will be taught how to isolate, culture and preserve prokaryotic organisms. Students will be taught how to maintain and preserve eukaryotic cell cultures. Students will learn to procure cell cultures from ATCC and other repositories. Includes lab.

33

Career Development CertificateBiotechnology Manufacturing

BIOT 103 Safety & Regulatory Compliances 3

BIOT 201 Cell Culture & Cellular Processes 4

BIOT 233 Protein Analysis & Purification 4


BIOT 201 Cell Culture and Cellular ProcessesAn introduction to major biochemical pathways, cellular structure and function at a molecular level. Topics to be considered include the structure and function of the cell membrane, cytoskeleton and various organelles. Cellular respiration will be discussed. Protein synthesis, processing and export will be examined. Those processes involved in cell division will also be investigated and related to cancer. The laboratory will center upon techniques involving animal, plant, fungi and bacterial cell cultures. Students will be taught how to isolate, culture and preserve prokaryotic organisms. Students will be taught how to maintain and preserve eukaryotic cell cultures. Students will learn to procure cell cultures from ATCC and other repositories. Includes lab.

BIOT 233 Protein Analysis and Purification Students will review the biochemical properties of amino acids and proteins, then study techniques of cell disintegration and extraction, protein separation, and analysis. Students will be taught to determine which method is most applicable in various situations and why that method should be utilized. When possible, students will be given an opportunity to perform these techniques in the laboratory. Includes lab.

34

Associate of Applied ScienceBiotechnology

General Education MATH 136 College Algebra 3 CHEM 105 General Chemistry I 5 ENGL 111 English Composition 3 XXXX XXX Humanities/Social & Behavioral Sciences Elective 3

Select 1 of the following courses. COMM 101 Fundamentals of Public Speaking 3 COMM 102 Introduction to Interpersonal Communication 3 General Education: 17 Other Institutional Requirements IVYT 1XX Life Skills Elective 1 BIOT 297 Biotechnology Capstone 1Professional-Technical BIOL 121 General Biology I 4 BIOT 101 Introduction to Biotechnology 4 BIOT 103 Safety and Regulatory Compliance for Biotechnology 3 BIOT 201 Cell Culture and Cellular Processes 4 BIOT 211 Analytic Methods in Biotechnology I 3 BIOT 212 Analytic Methods in Biotechnology II 3 BIOT 279 Capstone in Biotechnology 1 BIOT 280 Co-op/Internship 3^ CHEM 106 General Chemistry II 5

Professional-Technical: 29 Statewide Electives

Select 4 of the following courses BIOT 100 Survey of Biotechnology 3 BIOT 102 Survey of Biotechnology Manufacturing 3 BIOT 104 cGMP and Quality Compliance 3 BIOT 105 Survey of Regulatory Affairs 3 BIOT 117 Quality Control Techniques 3 BIOT 214 Food and Drug Laws 3 BIOT 215 Clinical Trials 3 BIOT 216 Risk Management for Drugs and Medical Devices 3 BIOT 217 Biotechnology Manufacturing Processes 3 BIOT 218 Product Life Cycle 3 BIOT 220 Molecular Biology Lectures 3 BIOT 221 Microbiology 3 BIOT 222 Microbiology Laboratory 2 BIOT 227 Genetic Engineering and DNA Analysis 4 BIOT 231 Industrial Processes and Fermentation 4 BIOT 233 Protein Analysis and Purification 4 BIOT 235 Biotechnology Laboratory 3 BIOT 237 Plant Tissue Culture 4 BIOT 239 Biomaterials and Tissue Engineering 4 BIOT 241 Immunology and Immunological Processes 4 CHEM 204 Lectures in Organic Chemistry 3 CHEM 211 Organic Chemistry I 5 CHMT 201 Industrial Instrumentation and Techniques I 3 ENGL 211 Technical Writing 3

35

Biotechnology Associate of Applied Science Degree

This degree is more technical, includes more time in biotech labs, and concludes with an internship. It is geared towards those students who plan to obtain a career immediately after their associate’s degree. Suggested schedule: Fall 1 CHEM 105 General Chemistry I 5 Coreq: MATH 136 MATH 136 College Algebra 3 Prereq: MATH 035, MATH 043 or COMPASS scores BIOL 121 General Biology I 4 Prereq: MATH 015 or MATH 023, ENGL 025, ENGL 032 ENGL 111 English Composition 3 Prereq: ENGL 025, ENGL 032 Total credits: 15 Spring 1 BIOT 101 Intro to Biotechnology 4 Prereq: BIOL 121 CHEM 106 General Chemistry II 5 Prereq: CHEM 105 and MATH 136 IVYT XXX Life Skills Course 1 Varies BIOT 103 Safety Regulatory Comp. 3 Prereq: BIOL 121, CHEM 101 or CHEM 105, Spring Only Humanities/ Social Science elective 3 Varies Total Credits: 16 Summer 1 BIOT XXX Biotechnology Elective 3 Varies COMM 101 Fund of Public Speaking 3 Prereq: ENGL 025, ENGL 032 Total credits: 6 Fall 2 BIOT 211 Analytical Methods I 3 Prereq: BIOT 101 and CHEM 105 Fall Only – 1st 8 BIOT 212 Analytical Methods II 3 Prereq: BIOT 211 Fall Only – 2nd 8 BIOT 201 Cell Culture 4 Prereq: BIOT 101 and CHEM 105 Fall Only BIOT XXX Biotechnology Elective 3 Varies Total Credits: 13 Spring 2 BIOT 279 Biotechnology Capstone 1 BIOT XXX Biotechnology Elective 4 Varies BIOT XXX Biotechnology Elective 3 Varies BIOT 280 Internship 3 Prereq: Program Chair Approval Total Credits: 11 Post Spring 2 BIOT 280 Internship 3 Prereq: Program Chair Approval Suggested electives BIOT 102 Survey of Biotech Manu 3 Prereq: Program Chair Approval – Contact S. Cote BIOT 105 Survey of Reg Affairs 3 Prereq: Program Chair Approval – Contact F. Miller BIOT 117 QC techniques 3 Prereq: BIOT 101 Fall only BIOT 227 Genetic Engineering 4 Prereq: BIOT 201 or 211 Spring only CHEM 204 Lectures in Organic 3 Prereq: CHEM 106 Spring only BIOT 214 Food and Drug Law 3 Prereq: BIOT 101 Fall and Spring only BIOT 215 Clinical Trials 3 Prereq: BIOT 101 Summer only BIOT 216 Risk Management 3 Prereq: BIOT 101 Fall only BIOT 218 Product Life Cycle 3 Prereq: BIOT 101 Spring only

36

Associate of ScienceBiotechnology

For Transfer From ITCC Region 14 to Indiana University Bloomington Bachelor of Science in Biotechnology General Education BIOL 121 General Biology I 4 ENGL 111 English Composition 3 MATH 136 College Algebra 3 MATH 137 Trigonometry with Analytic Geometry 3 PHYS 101 Physics I 4 XXXX XXX Humanities/Social and Behavioral Sciences Electives 6 Select one of the following COMM 101 Fundamentals of Public Speaking 3 COMM 102 Introduction to Interpersonal Communication 3 General Education: 26Other Institutional Requirements IVYT 1XX Student Success Elective 1 BIOT 279 Biotechnology Capstone 1 Other Institutional: 2Professional-Technical CHEM 105 General Chemistry I 5 CHEM 106 General Chemistry II 5 Select one of the following BIOT 220 Molecular Biology Lectures 3 BIOT 280 Co-op/Internship 3 Professional-Technical: 13 Transfer Cluster BIOT 221 Microbiology 3 BIOT 222 Microbiology Lab 2 PHYS 102 Physics II 4 MATH 211 Calculus 4 SPAN 101 Spanish I 4 SPAN 102 Spanish II 4 Select one of the following SPAN 103 Spanish III 4 CHEM 101 Introductory Chemistry 3 Transfer Cluster: 24-25 Total: 65 - 66

37

Biotechnology Associate of Science Degree

This degree includes more general education classes, and is geared towards those students who plan to transfer to a four year institution after their associate’s degree. Suggested schedule: Fall 1 MATH 136 College Algebra 3 Prereq: MATH 035, MATH 043 or COMPASS scores CHEM 105 General Chemistry I 5 Corereq: MATH 136 BIOL 121 General Biology I 4 Prereq: MATH 015 or MATH 023, ENGL 025, ENGL 032 ENGL 111 English Composition 3 Prereq: ENGL 025, ENGL 032 Total credits: 15 Spring 1 IVYT 1XX Life Skill Course 1 Varies CHEM 106 General Chemistry II 5 Coreq: MATH 136 MATH 137 Trigonometry 3 Prereq: MATH 136 and CHEM 105 Humanities/Social Behavioral Science elective 3 Varies COMM 101 Fund of Public Speaking 3 Prereq: ENGL 025, ENGL 032 Total Credits: 15 Summer 1 Humanities/Social Behavioral Science elective 3 Varies SPAN 101 Spanish I 4 Prereq: ENGL 025 and ENGL 032 Total credits: 7 Fall 2 MATH 211 Calculus I 4 Prereq: MATH 136 and MATH 137 Fall Only PHYS 101 Physics 1 4 Prereq: MATH 137 BIOT 221 Microbiology 3 Prereq: BIOL 121 & CHEM 106; Coreq: BIOT 222 FA Only BIOT 222 Microbiology Lab 2 Prereq: BIOL 121 & CHEM 106; Coreq: BIOT 222 FA Only SPAN 102 Spanish Level II 4 Prereq: SPAN 101 Total Credits: 17 Spring 2 PHYS 102 Physics II 4 Prereq: PHYS 101 Spring Only BIOT 279 Biotechnology Capstone 1 Program Chair Approval BIOT 220 Molecular Biology Lec 3 Prereq: BIOL 121 & CHEM 106 SPAN 103 Spanish Level I 4 Prereq: ENGL 025 and ENGL 032 Total Credits: 12 Academic Advisors Sengyong Lee, Program Chair Sarah Cote [email protected]; 812-330-6036 [email protected]; 812-330-6310

38

Notes

Documents

TECH COMMUNITY COLLEGEfaculty.ivytech.edu/~bl-desn/resources/SOT Certs_TC... · 10/25/2012 · Ivy Tech Community College’s Bloomington campus opened in 2002, and includes a six