MEGR 3255 Senior Design I MEGR 3355 Motorsport Clinic II - PowerPoint PPT Presentation

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MEGR 3255 Senior Design I MEGR 3355 Motorsport Clinic II

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Assignments, schedules, news, etc. are posted on the site. Check regularly for ... Stirling Engine design (or other design not using the Otto or Diesel cycles) ... – PowerPoint PPT presentation

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Title: MEGR 3255 Senior Design I MEGR 3355 Motorsport Clinic II


1
MEGR 3255 Senior Design IMEGR 3355 Motorsport
Clinic II
  • Instructor J.Raja
  • Industrial projects class F. Skinner
  • Office ERB 108
  • jraja_at_uncc.edu
  • fskinner_at_uncc.edu

2
Senior Design General
  • Instructor J.Raja/F. Skinner,
  • Engineering Research Building, room 383
  • Email jraja_at_uncc.edu
  • Office hours 900-1000 F. Other hours by
    appointment.

3
Senior Design General
  • Web Site http//www.mees.uncc.edu/SeniorDesign/in
    dex.html
  • Assignments, schedules, news, etc. are posted on
    the site. Check regularly for updates.
  • Textbook None. A recommended list of resource
    materials is provided on the web site.
  • Tone Informal. Questions and discussion are
    strongly encouraged.

4
Design Project Requirements -1-
  • Individual or team projects are acceptable
  • Interdisciplinary teams (w/ECE, ET, Business,)
    are encouraged
  • Multidisciplinary projects will receive plus one
    grade in recognition of their importance and
    difficulty.
  • Multi/Interdisciplinary consultants/team members
    required (new)
  • A Faculty advisor is required, but the advisor
    can come from any department.

5
Design Project Requirements -2-
  • A signed agreement between the project
    participant(s) and the faculty advisor(s) is
    required.
  • A project may result in hardware, software,
    detailed design and analysis package, measurement
    results and/or a combination of the above.
  • A project should be specific and well-defined.

6
Design Project Requirements -3-
  • The project should provide an opportunity to use
    and display knowledge of much of the material
    that you have learned in the previous three (or
    more) years. i.e. it should be and engineering
    project as opposed to a shop project.
  • Motorsport projects, broadly defined, are
    required for those in the motorsports program.

7
Class Times -1-
  • Only three meetings are currently scheduled,
  • todays introduction,
  • one breakfast meeting with faculty 9/8/06 9AM
    in the first floor lobby,
  • One breakfast meeting with industry sponsors
    9/15/06 -9AM at Woodward 106
  • End of semester presentations have also been
    scheduled (see web site).
  • Other lectures will be scheduled as the semester
    progresses. You will be e-mailed at least a week
    in advance regarding them and they will be posted
    on the web site.

8
Class Times -2-
  • The scheduled class times are to provide you with
    at least some common time and a place to meet.
    Use this time wisely.
  • For team projects you will also need to meet far
    more regularly. Start meeting immediately.
  • Rapid progress is essential. You must select a
    design project soon.

9
Projects
  • Faculty sponsored projects
  • http//www.mees.uncc.edu/SeniorDesign/proj_2005-06
    _SD1.htm
  • Industry sponsored projects
  • http//www.srdesign.uncc.edu/projects.html

10
Support for Projects
  • Faculty and staff
  • Library
  • Machine shop, motorsports labs
  • WWW
  • Spare parts, materials, instrumentation
  • Community support (donors)
  • Corporate
  • Dept. Funding available for selected projects

11
Grading
  • Little or no conventional homework
  • Grade based on design methodology as evidenced
    by
  • Written reports
  • Presentations
  • Status reports
  • End results
  • Punctuality
  • Will look for evidence of initiative, discipline,
    judgment, decisiveness, perseverance, and
    engineering knowledge, skills and abilities.

12
Sources for Ideas
  • Faculty suggestions
  • Previous lists
  • New and interesting research directions
  • Industrial suggestions
  • Employer
  • Friends working at companies
  • Observations of work situations
  • Personal or group
  • Sport or hobby interest
  • Curiosity
  • Brainstorming
  • Mother, father, family

13
Major Student Responsibilities
  • Monitor e-mail and web site for status, schedule,
    assignments, etc.
  • Type/computer generate all written materials
    unless otherwise directed. Class standards
    should meet normal engineering practice (after
    graduation).
  • Provide concise monthly status reports to me and
    to the advisor.
  • Secure a faculty advisor and obtain a written
    agreement.
  • Generate a good project and meet all reporting
    requirements as described on the website.

14
Why you are taking this course
  • You cant graduate without it
  • It looks good on your resume
  • Helps provide skills you will need to get
    promoted when you are hired
  • Will reduce early job frustration
  • It might just be fun
  • It will give you a major opportunity to use the
    skills you have worked hard to obtain over the
    past few years

15
This course provides
  • A bridge between pure study and workplace
    engineering.
  • A benign environment to learn from mistakes
  • Instruction and practice in
  • Project management
  • Technical reporting
  • Teamwork skills
  • Presentations
  • Exposure to and practice in a design cycle.

16
Example Projects
  • Stirling Engine design (or other design not using
    the Otto or Diesel cycles).
  • Analytic model for emergency cooling of a nuclear
    power plant.
  • Electric ice scraper
  • Dockside lift for a jet ski
  • Noise reduction for a compressor
  • Automatic coiling of fire hoses
  • And many, many more .

17
Industry Sponsored Projects
  • Bosch Rexrorth Frank Skinner Plant Layout
    Project
  • Bosch Rexrorth Garry Hodkins Ballscrew Testing
  • Digital Metrology MECHATRONICS Brake Geometry
    Analyzer/Sensor
  • General Dynamics FLUIDS Linear Pump
  • Hargraves Garry Hodkins Pump Test Machine
  • Irwin Tools KINEMATICS Clamp Design Improvement
  • Irwin Tools Garry Hodkins Clamp Test Machine
  • Irwin Tools KINEMATICS Vise-Grip Design
    Improvement
  • Stabilus Frank Skinner Plastic Gas Spring
  • Upkeeper FLUIDS/DESIGN Upkeeper Design
    Improvement
  • Vektek Frank Skinner Cylinder Mechanism

18
Industry Sponsored Projects
  • Areva 1 student needed Interfaces with
    Electrical Engineering
  • Bosch Rexroth 8 students needed Interfaces with
    Electrical Engineering
  • EPRI 1 student needed Interfaces with
    Electrical Engineering
  • Human Powd. Vehicle 4 students needed Interfaces
    with Electrical Engineering
  • General Dynamics 1 student needed Interfaces
    with Electrical Engineering
  • Hargraves 2 students needed Interfaces with
    Electrical Engineering
  • Insitutec 1 student needed Interfaces with
    Electrical Engineering
  • Irwin Tools 9 students needed Interfaces with
    Electrical Engineering
  • Vektek 4 students needed Interfaces with
    Electrical Engineering

19
Class Times Again
  • Only three meetings are currently scheduled,
    todays introduction, and two breakfast meetings
  • End of semester presentations have also been
    scheduled (see web site).
  • Other lectures will be scheduled as the semester
    progresses. You will be e-mailed as least a week
    in advance regarding them and they will be posted
    on the web site.

20
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