ME Student Handbook - Page 1

Mechanical Engineering

Undergraduate Student Handbook

2019-2020 (Updated 10/22/2019)

Every effort has been made to ensure that the information in this handbook is accurate and up‐to‐date. However, policies and procedures are subject to change and for official information on academic policies and requirements, please see the UND Academic Catalog ‐ http://und-public.courseleaf.com/

This handbook compiles advice on various topics of potential interest to students in the UND Mechanical Engineering Program. It is current and accurate to the best of our knowledge, but is not intended to be all‐inclusive.

ME Student Handbook - Page 2

Welcome to UND Mechanical Engineering! The faculty and staff of the Department and the College of Engineering and Mines are committed to helping you achieve your professional goals. Your undergraduate engineering education will form the foundation of a lifetime of learning and achievement. We look forward to working with you throughout your time at UND and beyond.

Information Links

Mechanical Engineering Department - ME services and personnel http://engineering.und.edu/mechanical/faculty/index.cfm

Solberg Student Success Center – CEM academic support and professional guidance https://engineering.und.edu/current-students/

Starfish – UND tool for students to connect with resources and core advisors https://und.starfishsolutions.com/starfish-ops/support/login.html

College of Engineering and Mines – CEM services and personnel http://engineering.und.edu/college/deans-office.cfm

UND Provost Office – UND policies in scheduling, syllabi statements, and religious observances http://www1.und.edu/provost/course-resources.cfm

UND Essential Studies – UND general education requirements https://und.edu/academics/essential-studies

Campus Connection - access point to your personal and campus information https://studentadmin.connectnd.us

One Stop Student Services - financial aid, tuition & fees, paying your account and more https://und.edu/one-stop

Blackboard – online course information and materials https://blackboard.und.edu

Code of Student Life - rights and responsibilities of all UND students http://www1.und.edu/code-of-student-life/

ME Student Handbook - Page 3

Mechanical Engineering Curriculum – 2019-2020

FRESHMAN YEAR Cr Hr Cr Hr

MATH 165 Calculus I 4 MATH 166 Calculus II 4

CHEM 121 Gen Chem I & Lab 4 PHYS 251 Univ Phys I & Lab 4

ENGL 110 College Comp I 3 ENGR 200 Comp App in Eng 2

ME 101 Intro to Mech Eng 3 ENGL 130 Writing for Public Aud 3

Essential Studies# 3 Essential Studies# 3

17 16

SOPHOMORE YEAR Cr Hr Cr Hr

MATH 265 Calculus III 4 MATH 266 Elem Diff Equations 3

PHYS 252 Univ Phys II & Lab 4 ENGR 206 Circuit Analysis 3

ENGR 201 Statics 3 ENGR 202 Dynamics 3

ME 201 Student Design% 2 ENGR 203 Mech of Materials 3

ME 341 Thermodynamics 3 ! Lab Science 4

16 16

JUNIOR YEAR Cr Hr Cr Hr

ME 301 Material Science 3 ME 323 Mach Comp Des & Lab 4

ME 306 Fluid Mechanics 3 ME 418 Manuf Proc & Lab% 4

ME 322 Design of Mach 3 ME 474 Heat and Mass Transfer 3

ENGR 460 Engr Economy 3 MATH 321$ Applied Statistical Meth 3

¥ Technical Elective 3 Technical Elective 3

15 17

SENIOR YEAR Cr Hr Cr Hr

ME 480 Mech Eng Seminar 3 ME 488 Eng Design 3

ME 483 Mech Meas Lab% 3 Prof Eng Ethics* 3

ME 487 Eng Design 2 Essential Studies# 3

Essential Studies# 3 Technical Elective 3

Technical Elective 3 Technical Elective 3

Technical Elective 3

17 15

This course involves the design and fabrication of an engineering prototype This course must be completed with a grade of ‘C’ or better ! PHYS 253/L or CHEM 122/L unless an alternate course is approved by the ME Department¥ One Technical Elective can be taken from other engineering departments, Math or Physics (300+ level)* Can be ME 370 or ChE 340$ ChE 315 or an alternative calculus‐based (calculus as lowest prerequisite) statistics course can be substitutedw/approval of the ME Department# Essential Studies must meet all UND requirements, ”U”, “G”, and “FA” (see ME Essential Studies Worksheet)% DEDP summer lab

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TECHNICAL ELECTIVES AND OPTIONAL CONCENTRATIONS

One technical elective must be taken from each stem unless the student is pursuing the Aerospace Concentration (see below).

Students may receive an optional concentration, documented on the transcript, in one of the listed stems as indicated. Students

who satisfactorily complete two Cooperative Education (ME 397) experiences for a combined total of at least 3 credit hours are

granted a waiver for one technical elective, provided one of the Cooperative Education experiences lasts for the duration of either a

fall or spring semester. The waived technical elective is considered as elective at large and is not specified into any one of the

three groups listed below.

I. Mechanical Design Stem:

ME 424# Systems, Dynamics and Controls (3) ME 426# Mechanical Vibrations (3) ME 429# Intro. to Finite Element Analysis (3)

ME 439 Introduction to Robotics (3)

ME 484 Ground Vehicle Dynamics (3) ME 485 Multiphysics Modeling (3)

ME 523# Advanced Machine Design (3)

ME 525# Metal Fatigue in Engineering (3)

ME 526# Advanced Vibrations (3) ME 529# Advanced Finite Element Methods (3)

ME 532# Advanced Dynamics (3) Mechanical Design Concentration - 129 hours

Requires ME 323/323L and any four of the Mechanical Design Stem technical electives

II. Thermal Sciences Stem:

Thermal Sciences Concentration - 129 hours

Requires ME 306, ME 341 and any four of the Thermal Sciences Stem technical electives

III. Manufacturing and Materials Stem:

Manufacturing and Materials Concentration - 129 hours

Requires ME 418 and any four of the Manufacturing and Materials Stem technical electives

IV. Aerospace Concentration - 134 hours

Requires students to complete Avit 102, Introduction to Aviation (5 credits) plus six technical electives. Avit 102 includes

earning a private pilot license and is recommended for the summer session between the freshman and sophomore years.

Technical electives must be chosen from the aerospace group of electives as identified by # in the above technical elective

listing. One of the technical electives must be either ME 429 or ME 464. ME 490 or ME 590 may also be included in the

aerospace group at the discretion of the Mechanical Engineering Chair.

ME 342# Intermediate Thermodynamics (3) ME 446# Gas Turbines (3) ME 449# Internal Combustion Engines (3) ME 451 Heating and Air Conditioning (3) ME 464# Computational Fluid Dynamics (3) ME 466# Aerodynamics (3) ME 476# Intermediate Fluid Mechanics (3) ME 477# Compressible Fluid Flow (3) ME 542# Thermodynamics of Materials (3) ME 545 Fluidized-Bed Combustion (3) ME 574# Advanced Heat Transfer (3) ME 575# Conduction and Radiation Heat Transfer (3) ME 576# Convective Heat Transfer (3)

ME 313 Material Properties and Selection (3) ME 420# Composite Materials (3) ME 428 Advanced Manufacturing Processes (3) ME 439 Introduction to Robotics (3) ME 514 High Temperature Materials (3) ME 524# Deformation and Fracture (3) ME 525# Metal Fatigue in Engineering (3) ME 542 Thermodynamics of Materials (3)

Function

ME 101Intro to Mech. Engr.

(Fall, Spring)

MATH 165Differential Calc I

(Prereq: MATH 107 or P lacement Exam)

(Fall, Spring)

CHEM 121/121LGeneral Chemistry I

(Prereq: Math 103 or higher)

(Fall, Spring)

ENGL 110

College Composition I(waived if ACT English>=27)

(Fall, Spring)

ENGL 130College Composition II

(Fall, Spring)

Essential Studies #1**

ENGR 200Computer Applications

(Fall, Spring)

MATH 166Integral Calc II(Fall, Spring)

PHYS 251/251LUniversity Physics I

(Fall, Spring)

ME 201Student Design

(Fall & Spring, Online Spring Only)

Co-req: ENGR 201 or PHYS 251

MATH 265Multi-Var Calc III

(Fall, Spring)

MATH 266Diff. Equations

(Fall, Spring)

ENGR 201Statics

(Fall, Spring)

ENGR 203Mechanics of Materials

(Fall, Spring)

ENGR 202Dynamics

(Fall, Spring)

ME 341 Thermodynamics

(Fall, Spring)

ENGR 206Circuits for Non-EE

(Fall, Spring)

PHYS 252/252LUniversity Physics II

(Fall, Spring)

4th Lab Science(Chem 122/122L or

Phys 253/253L)

ME 306Fluid Dynamics

(Fall, Spring)

ME 322Design of Machinery

(Fall, Spring)

ME 301Materials Science

(Fall)

Essential Studies #2**

Essential Studies #4**

Essential Studies #3**

ME 370** or ENGR 340**Engineering Ethics

Requirement(Fall, Spring)

ENGR 460**Engineering Economics

(Fall, Spring)

MATH 321*Statistical Methods (Prereq: Math 166)

*Can Substitute CHE 315 (Spring)

ME 474Heat & Mass Transfer

(Spring)

ME 323/323LMachine Component

Design & Lab(Spring)

Tech. Elect ive #2

Tech. Elect ive #1

Tech. Elect ive #3

Note – (Fall, Spring) guidelines are when typically offered (subject to change)

ME 488Engineering Design II

(Spring)

^

ME 487Engineering Design I

(Fall)

^

ME 418/418L Manufacturing Processes

(Spring)

^

ME 483 Mech. Measurements Lab

(Fall)

^ ME 480Engineering Seminar

(Fall)

^

Pre-Professional Degree Course (Pre-PDP)

Grade of C or higher requiredfor admission to Professional Degree Program

** UND Essential Studies CoursesChoose approved courses that also satisfy the US Diversity (U) & Global Diversity (G) Special Emphasis requirements as needed.

[ ] 3 Credits of F ine Arts

[ ] 3 Credits of Humanities [ ] 3 Credits of Humanities or F ine Arts

[ ] 3 Credits of Social Science Professional Degree Program Course

(PDP)Must have completed, or will complete in the current semester, al l courses in the pre-PDP

with a grade C or higher

Technical ElectiveMust have minimum of 1 from each Topic Area:

Thermal Sciences, Mechanical Design, and Manufacturing & MaterialsPre-req: Admission to PDP

Distance Program (DEDP) Summer LabsThe following O nl ine/DEDP courses require

1 week labs at UND in the summer:- ME 201C (Spring only) with ME 201L (Summer Lab)

- ME 418C (Spring only) with ME 418CL (Summer Lab) - ME 483 (Summer Lab/Class)

^ Note: ME 418, ME 480, ME 483, ME 487, & ME 488 and 1 Tech Elective from

each of 3 Topic Areas must be taken at UND (cannot use transfer credits)

Pre-Requisite

Choice Pre-Requisite ME487: Either ME474 or Thermal Tech. Elective

Co-Requisite

Undergraduate Program Map Mechanical EngineeringLast Revised:

Aug 2019MS Visio

Semester

1(Fall)

Semester

2(Spring)

Semester

3(Fall)

Semester

4(Spring)

Semester

5(Fall)

Semester

6(Spring)

Semester

7(Fall)

Semester

8(Spring)

Tech. Elect ive #5

^ Tech. Elect ive #6

^

Tech. Elect ive #4

^

ME Student Handbook - Page 6

Additional ME Degree Requirements

All ME students must take at least one technical elective in the each of the three stems from UND.

Aerospace concentration requires three courses from the approved list to be taken from UND.

In addition to the normal transfer credit requirements, students in Mechanical Engineering must

complete a minimum of 21 credit hours of 300-level or higher coursework in Mechanical

Engineering at UND, including: ME 418&418L Manufacturing Processes, ME 480 Senior Seminar,

ME 483 Mechanical Measurements Laboratory, ME 487& ME 488 Senior Design.

All transfer credits must be completed with a grade of ‘C’ or better.

Milestones in the ME Curriculum

The first milestone in any engineering curriculum is successful completion of Calculus I (MATH 165). It is a prerequisite for most engineering coursework and should be completed as soon as possible.

Every semester – plan to attend the STEM day of the Career Fair. Dress up, put together a current resume (contact Career Services - https://www1.und.edu/student-life/careers/ to make an appointment for them to review and polish it), and use the Fairs as opportunities to network, learn about current opportunities, and practice for the time when you are looking for either a co‐op placement or new job.

By March 1 each year ‐ complete the CEM scholarship application. This is done electronically through Scholarship Central ‐ https://und.academicworks.com. The system will automatically link you to scholarships within CEM and across the campus for which you are eligible. You will only be considered if you apply.

During spring registration of your sophomore year – you should have completed the requirements to be admitted to the Professional Degree Program and should note it on your Advising Sheet. This must be completed to be eligible to take any 300 or 400‐level ENGR or ME course (with the exceptions of ME 306, ME 341, and ENGR 460).

End of your sophomore year ‐ consider a co‐op (ME 397) or internship experience. You can find more information about participating employers at the UND Career Services website, or the Fall or Spring UND Career Fair. Or feel free to contact other employers on your own.

At least three semesters prior to graduation – you should have completed or be enrolled in a thermal sciences elective or ME 474. You should also have completed or be enrolled in ME 322 and ME 323. These are two of the prerequisites for ME 487 (fall‐only course) which is a prerequisite for ME 488 (spring‐only course). Note that the prerequisites for ME 487/488 will not be waived – if you have not completed them on time, you will have to wait an additional year before the Senior Design sequence begins again.

ME Student Handbook - Page 7

Advising

CEM advisor holds are not placed on engineering students. It is highly recommended that you meet with an advisor to go over the courses you plan to take each semester. There are two primary options for you to utilize:

Core Advisor: Appointments for advising need to be made via Starfish through theCollege of Engineering and Mines Advising resource:https://www1.und.edu/academics/center-for-instructional-and-learning-technologies/tech-support/starfish.cfm

Select a time and date you want to make your appointment and what mode ofadvising you want to do.

Come prepared for your advising session with the courses you would like totake in the upcoming semester.

Faculty Mentor: If you prefer to meet with a faculty mentor for course selection andcareer advisement, please contact your Campus Connection listed advisor.

Fill out the advisement form and email it to your advisor:https://engineering.und.edu/current-students/advising/forms.html

There are several excellent tools to assist you in planning your future, so please utilize them all to best prepare yourself for success. Prior to meeting with your advisor and/or mentor, please have the following prepared and/or reviewed:

1) ME Advising Sheet

2) Academic Requirements Report in Campus Connection

3.) UND Degree Map https://und.edu/academics/registrar/degree-map.html

These are very helpful aids in your preparation, but additional information is available in the UND Catalog http://und-public.courseleaf.com/

The ME Department is committed to providing information regarding course planning, career development, and opportunities to enhance the student experience and success. Each of you has a Faculty Advisor assigned in Campus Connection that will serve as a Mentor, please take advantage of this resource to obtain additional information and guidance. There will also be special advising sessions to help answer questions and provide guidance in course selection.

Please register as early as allowed, as we expect large enrollments and certain classes will fill up. The enrollment caps have been adjusted to allow as many students as possible to enroll in courses and will be rigidly enforced. We strive to provide a high-quality experience for you and provide as many options as possible. We are fortunate to have a thriving department and we will continue to work hard to best meet your needs.

ME Student Handbook - Page 8

Essential Studies at the University of North Dakota

Mechanical Engineering

Essential Studies (ES) is the academic core of the university experience. The courses offered in the ES program

provide broad and diverse perspectives and help students acquire essential intellectual skills. All ES courses

contribute to breadth of knowledge. The ES program includes courses that introduce students to academic fields

within Communication, Social Science, Arts and Humanities, and Math/Science/Technology. At the same time as

courses are selected across these subject areas, students will be choosing courses that are designed to help them

achieve these goals:

Thinking and Reasoning: Use critical thinking, quantitative reasoning, and creative thinking;

Communication: Communicate effectively, both orally and in writing;

Information Literacy: Access and evaluate information in a variety of contexts;

Diversity: Understand and apply knowledge of social-cultural diversity.

Special Emphasis Areas - Courses in the Special Emphasis areas provide students with opportunities for

intensive focus on particular Essential Studies goals to help prepare them to meet the challenges of the ever-

changing world in which we live.

Student has met the Oral Communication requirement 3 credits

Student has met the Social-Cultural Diversity requirement: United States (U) 3 credits*

Student has met the Social-Cultural Diversity requirement: Global (G) 3 credits*

Student has met the Quantitative Reasoning requirement (Q) 3 credits

Student has met the Advanced Communication requirement (A) 3 credits

This worksheet is prepared to help ME students better understand the University’s Essential Studies program and

measure their own progress in meeting its requirements. *U and G courses should be selected from the available

Social Science and Arts and Humanities courses

I. Communication 9 Credits (6 cr. writing and 3 cr. Oral Communication)

Sp. Emp. Area Course Written/ Oral Credits Semester Completed

English 110 W 3 English 130 W 3

O ME 488 O 3

II. Social Sciences 9 Credits (minimum of 2 departments)

Sp. Emp. Area Course Credits Semester Completed

ENGR 460 3 ME 370 or ENGR 340 3

U or G 3

III. Arts and Humanities 9 Credits (minimum of 2 departments – 3 cr.Fine Arts and 3 cr. Humanities)

Sp. Emp. Area Course Credits Semester Completed

FA 3 H 3

U or G 3

IV. Math/Science/Technology 9 Credits (includes 4 cr. Laboratory Science)

Sp. Emp. Area Course Credits Semester Completed

Q CHEM 121/121L (lab Science) 4 MATH 165 4 MATH 166 4

V. Senior Capstone 3 Credits

Sp. Emp. Area Course Credits Semester Completed A ME 480 3

ME Student Handbook - Page 9

Application for Admission to the PDP – Mechanical Engineering

The Professional Degree Program (PDP) comprises upper-level core Mechanical Engineering courses and technical electives. All Mechanical Engineering majors must complete the following coursework prior to admission to the PDP. The intent of this process is to make certain every student has laid the foundation for the successful, timely completion of their Mechanical Engineering degree. The foundation courses generally should be completed by the end of your sophomore year at UND before you take upper-division 300- and 400- level ME courses.

Admission to the PDP is a pre-requisite for ALL 300- and 400- level ME courses (with the exceptions of ME 306, ME 341, and ENGR 460).

The following courses must be completed with a grade of ‘C’ or better:

Course Semester Completed Grade

ENGL 110 - Composition I

ENGL 130 - Writing for Public Audiences

MATH 165 - Calculus I

MATH 166 - Calculus II

MATH 265 - Calculus III

CHEM 121/121L - General Chemistry I

PHYS 251/251L - University Physics I/Lab

PHYS 252/252L - University Physics II/Lab

ME 101 - Introduction to Mechanical Engineering

ME 201 - Student Design

ENGR 200 - Computer Applications in Engineering

ENGR 201 - Statics

ENGR 202 - Dynamics

ENGR 203 - Mechanics of Materials

ME 341 - Thermodynamics

Please check the appropriate statement:

_____ I have completed all pre-PDP courses and request admission to the PDP.

_____ I will complete my remaining pre-PDP courses (up to two) during the upcoming semester and request provisional admission to the PDP. You are only allowed to be Provisionally Admitted for ONE semester.

There is a link to the PDP Application in Blackboard on the ME Student Information site. If you don’t have access to the ME Student Information site, please inform the Department Secretary.

ME Student Handbook - Page 10

MECHANICAL ENGINEERING LABORATORY PROCEDURES UNIVERSITY OF NORTH DAKOTA

Shop, Lab and Building Access

All labs and shops are available for student use with faculty or staff supervision. Some labs and shops are available for either key or electronic card access for students working on particular projects, enrolled in certain departments, etc. If you have questions about access to specific labs or shops (or after‐hours access via the external building doors), please contact your ME advisor.

Policies

1. Eye protection must be worn if required in your area and/or when performing operations with a

potential for eye injury. In Upson I, Rooms 102 and 104 (machine shops), safety glasses are

required at all times. Other areas requiring eye protection will be identified by signs or by your

instructor. Safety glasses may be purchased in the Mechanical Engineering Office.

2. Open-toed shoes must never be worn in the lab. Additionally, soft-toed or cloth shoes which burn

should not be worn when welding, cutting, or working with molten metals.

3. No loose clothing or unsecured long hair allowed in shop areas.

4. Flammable clothing such as nylon, which tends to melt, should not be worn in the laboratory.

5. Many processes such as working with chemicals or furnaces require the use of personal protective

equipment (PPE). Examples of PPE include respirators, gloves, aprons, as well as head, eye and foot

protection. You must wear PPE when it is required.

6. Never conduct potentially hazard lab work by yourself, use the buddy system to help ensure safety.

7. Equipment must not be operated without the permission of the person in charge of the area.

8. Equipment must not be operated without prior instruction on proper operation.

9. Familiarize yourself with the location of the emergency equipment. Specifically, know the location

of the fire extinguishers, first aid kits, emergency showers, and emergency eyewash stations.

10. Know the location of the nearest exits, whether primary or emergency. Never obstruct these exits.

11. In case of an emergency, seek the appropriate emergency help immediately (ie. fire dept., ambulance,

police) by dialing 911. Report the incident, as well as any “near miss/close call” incidents, to the lab

supervisor as soon as possible. The lab supervisor will contact the department chair and the safety

officer. Appropriate paperwork must also be filled out as directed.

12. No horseplay will be tolerated in the laboratory!

13. Never eat, drink, or use tobacco products in the laboratory.

14. Clean up your work area when done working and return all tools and equipment to their proper

locations.

15. Report any damaged or malfunctioning equipment to the ME Lab Technician or Faculty Advisor.

16. You must read and fully understand all the above laboratory rules and procedures.

ANY VIOLATION OF THE ABOVE RULES MAY RESULT IN THE LOSS OF

LABORATORY PRIVILEGES

ME Student Handbook - Page 11

CEM/ME Online Exam Proctoring

Ground Rules

1. All ME exams will be available to DEDP students for a maximum of 24 hours

2. All Exams must be completed using ProctorU*

3. It is left to the discretion of the individual faculty member of the course for makeup exam

policy. Special arrangements for military personnel and others in unique circumstances may

be available. All exceptions must be requested 2-weeks prior to the scheduled exam date.

Proctor U requirements

CEM uses ProctorU as the default option starting Fall 2019 for all engineering courses. It is important to

note, that this service will be paid for by the university, which means that there is no proctoring fee for

students. However, you will need to have access to the appropriate technology to complete the PDF style

exams. We are aware that this transition is quick and that some students may only have one or two

semesters remaining to graduate, so the college has developed a waiver policy for students who fulfill the

following criteria:

• Students who will be graduating by Summer 2020 (as confirmed by advisor) may apply for the

waiver so they will not need to buy new equipment.

• Continuing students using test center, including those certified by the National Collegiate Testing

Association (NCTA), this option will be discontinued by summer of 2020.

To be approved for this waiver, your proctor must meet either of the following criteria:

o College or University testing center

o Should be listed on this NCTA certified proctor list:

https://ncta.memberclicks.net/find-a-cctc-participant

***Please note: NO proctors will be accepted outside of these parameters and NO exemption waivers will

be accepted for courses outside the College of Engineering and Mines.

If you meet these criteria, you would need to fill out the waiver two weeks before your first scheduled exam

and it would be reviewed for approval. If you do not meet the minimum qualifications for the waiver, you

would need to adhere to the new proctoring policy through ProctorU and acquire the appropriate

technology; which includes a touch screen laptop compatible with a stylus, a stylus, external webcam on a

tripod or gooseneck.

Starting Fall of 2020, you will need to transition completely to ProctorU as we will no longer be able to

provide waivers.

Additional information links regarding online exam proctoring, technical requirements, and waivers:

https://und.edu/academics/online/students/semester-based-exams.html#FAQ6

https://engineering.und.edu/about/tech-requirements.html

https://und.qualtrics.com/jfe/form/SV_8HO5FoyhHRVnOvj

Warning

If the proctoring system is found to be tampered with or circumvented, the student will be subject to any or

all of the following disciplinary actions:

- Receive a zero for the exam

- Fail the course

- Be terminated from the program

- Face scholastic dishonesty disciplinary actions recommended by the UND Code of Student Life

http://und.edu/student-affairs/code-of-student-life/

ME Student Handbook - Page 12

Planned ME Tech Elective and Graduate Courses DISCLAIMER: OFFERINGS ARE SUBJECT TO CHANGE

Term Instructor Course Course Title Tech Stem Grad

Approved

Summer 2020 Neubert / Yang ME 426 Mechanical Vibrations D G Tang ME 477 Compressible Fluid Flow T G

Fall 2020 Ames ME 342 Intermediate Thermodynamics T Ames ME 446 Gas Turbines T G Gupta ME 420 Composite Materials M G Neubert ME 566 Introduction to Machine Vision D G Tang ME 590 Special Topics: Multiphase Flow T G Yang ME 425 Numerical Methods for Engineers Yang ME 426 Mechanical Vibrations D G Zahui ME 429 Introduction to Finite Element Analysis D G

Spring 2021 Ames / McNally ME 398 Travel Aboard Experience Ames ME 342 Intermediate Thermodynamics. T Ames ME 464 Computational Fluid Dynamics T G Chelmo ME 590 Special Topics: Aerosol Engineering T G Gupta ME 313 Material Properties and Selection M Gupta ME 590 Special Topics: M G Neubert ME 439 Introduction to Robotics D G Tang ME 451 Heating and Air Conditioning T G Yang ME 526 Advanced Vibrations D G Zahui ME 429 Introduction to Finite Element Analysis D G Zahui ME 424 Systems Dynamics and Control D G

Summer 2021 Neubert ME 426 Mechanical Vibrations D G Ames ME 477 Compressible Fluid Flow T G

Fall 2021 Ames ME 342 Intermediate Thermodynamics T Ames ME 466 Aerodynamics T G Gupta ME 420 Composite Materials M G Neubert ME 580 Introduction to Autonomous Robotics D G Tang ME 575 Conduction and Radiation T G Yang ME 425 Numerical Methods for Engineers Yang ME 426 Mechanical Vibrations D G Zahui ME 429 Introduction to Finite Element Analysis D G

Spring 2022 Ames / McNally ME 398 Travel Aboard Experience Ames ME 342 Intermediate Thermodynamics T Ames ME 576 Convective Heat Transfer T G Chelmo ME 590 Special Topics: Aerosol Engineering T G Gupta ME 313 Material Properties and Selection M Gupta ME 514 High Temperature Materials M G Neubert ME 439 Introduction to Robotics D G Tang ME 451 Heating and Air Conditioning T G Yang ME 526 Advanced Vibrations D G Zahui ME 429 Introduction to Finite Element Analysis D G Zahui ME 484 Ground Vehicle Dynamics D G

Summer 2022 Neubert ME 426 Mechanical Vibrations D G Tang ME 477 Compressible Fluid Flow T G

D = Mechanical design stem M = Manufacturing and materials stem T = Thermal sciences stem