This course introduces School of Engineering Technology students to resources and skills that will help them to be successful in their studies and ultimately in their careers. The skills needed to define and solve technical problems in engineering technology are developed. Instruction is given in analytical and computational problem-solving techniques. Application of software for analysis and communication is emphasized. Teamwork, global and societal concerns, and professional ethics are integrated into course projects. Typically offered Fall Spring Summer.

ENGT 18000 Engineering Technology Foundations

Engineering Technology Foundations

This course introduces School of Engineering Technology students to the resources and skills needed to define and solve technical problems, which will help them be successful in their studies and ultimately in their careers. Instruction is given in analytical and computational problem-solving techniques. The application of software for analysis and problem solving is emphasized. Foundational principles for electrical, industrial, manufacturing, and mechanical engineering technology are studied. Teamwork, global and societal concerns, and professional ethics are integrated into course.

ENGT 18200 Gateway To Engineering Technology

Gateway To Engineering Technology

This is the first course of a two-term senior capstone sequence. The skills needed to define, design and develop engineering technology solutions are introduced and developed. Planning and designing alternatives that meet cost, performance, and user-interface goals are emphasized. Project planning, scheduling, and management techniques are studied. Different design approaches are compared. Teamwork, global and societal concerns, and professional ethics are integrated into course projects.

ENGT 48000 Engineering Technology Capstone I

Engineering Technology Capstone I

This is the second course of two-term capstone sequence, addressing an industry-based problem. The focus of the course is on designing and implementing an acceptable solution.

ENGT 48100 Engineering Technology Capstone II

Engineering Technology Capstone II

Independent project or study of a special topic is conducted under the supervision of appropriate SOET faculty. Hours and subject matter must be arranged with the instructor and approved by the SOET curriculum subcommittee before enrolling in the course. Permission of department required.

ENGT 49900 Med Device Efficacy Test

Med Device Efficacy Test

ENGT 49900 KiCAD Integration In Design

KiCAD Integration In Design

ENGT 49900 Haptic Sensing In Laparoscopy

Haptic Sensing In Laparoscopy

ENGT 49900 Surgical Biopsy Test Apparatus

Surgical Biopsy Test Apparatus

ENGT 49900 Sociotechnical Factors

Sociotechnical Factors

ENGT 49900 Exoskeleton Clinical Testing

Exoskeleton Clinical Testing

ENGT 49900 Cystoscopy Device Design

Cystoscopy Device Design

This course is intended to orient new graduate students to the Engineering Technology (ET) program and faculty. This includes PhD students and students pursuing a Master's degree through a thesis or directed project option. This does not include students pursuing a Master's degree with coursework only. Research activities within ET and throughout Purdue University are discussed. Student resources and opportunities are reviewed to give the students the tools they need to be successful. In addition, this course provides a way to develop a natural cohort of graduate students. This course is a graduate seminar course focused on the ET program. Graduate status or upper-division undergraduate. Permission of department required.

ENGT 50100 Graduate Research Seminar

Graduate Research Seminar

ENGT 50700 course will provide students with a foundation in collaborative leadership and agile strategy. The course brings together theories and insights from a variety of disciplines including engineering, management, psychology, and social science. Increasingly manufacturing management is being called upon to apply their technical skills in collaborative environments that cut across organizational units and inter-organizational boundaries. Understanding how to design and guide collaborations and apply agile approaches for meeting strategic objectives is an important skill-set and knowledge-base in the 21st Century economy, defined more by open networks than the ridged hierarchies of the past. Typically offered Fall Spring Summer.

ENGT 50700 Fundamentals Of Collaborative Leadership And Agile Strategy For Engineering Technology

Fundamentals Of Collaborative Leadership And Agile Strategy For Engineering Technology

This class covers the mathematics typically needed for research in engineering technology and is especially suited to the needs of ENGT student. The class includes basic calculus, introductory numerical methods, implemented in MATLAB, and elementary linear algebra. It uses relevant, practical problems to teach concepts and provides the students with actionable information. The starting point is graphical and numerical solutions of systems of non-linear algebraic equations. The class progresses to simple ordinary differential equations. Prerequisite: Six credits of undergraduate classes in technical mathematics, focusing on calculus.

ENGT 50900 Applied Computational Methods

Applied Computational Methods

Metrology is a fundamental concept required for obtaining scientific data and understanding instrumentation. This course introduces the concepts of metrology associated with measurement systems: sensors, signal conditioning, data acquisition and analysis, as well as the error propagation.  System and environmental noise are investigated along with methods to mitigate influences of noise. Standards and calibration of instrumentation are also studied. Concepts of metrology for the seven basic units of measurements are described from the macro to nano-scale. Typically offered Fall.

ENGT 56100 Metrology Concepts And Applications

Metrology Concepts And Applications

The emerging field of nanotechnology introduces new challenges and opportunities in a variety of career fields. This course introduces students to the concepts of nanotechnology including electronics/mechanics, materials, tools and applications. The experience allows students to move beyond the boundaries of standard application of mechanical and electrical systems into the next generation or dimension of their chosen fields. The course incorporates experiential instruction to reinforce the concepts learned in the lecture. Permission of department required. Typically offered Spring.

ENGT 57100 Applied Nanotechnology

Applied Nanotechnology

This course number is used to pilot and develop new graduate level courses. Each 58100 course number is followed by either a unique alphabetic suffix (e.g., ABC) or numeric suffix (e.g., 123) and is given a unique title and course description. These courses can be included in a graduate plan of study with the usual condition that they must be approved by the student's graduate committee. Accordingly, it is important to discuss these courses with your faculty advisor and committee prior to registration. Permission of instructor required.

ENGT Courses

BoilerClassesis an unofficial catalog for Purdue courses made by Purdue students,
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ENGT Courses

.css-1o363pe{width:var(--chakra-sizes-4);height:var(--chakra-sizes-4);}BoilerClassesis an unofficial catalog for Purdue courses made by Purdue students, based in West Lafayette, Indiana. We'd love to hear your feedback!

BoilerClassesis an unofficial catalog for Purdue courses made by Purdue students,
based in West Lafayette, Indiana. We'd love to hear your feedback!