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Alum Success

“I chose LSSU expecting a very good engineering education. What I didn’t expect was faculty with real-world engineering experience and abilities, labs with real-world equipment, projects with real-world outcomes, and an entire campus staff with real interest in my success, as a student and yet today. My LSSU engineering education has created or supported every desired career opportunity. LSSU was absolutely the right place for me.”

Dan Goodrich,
Mechanical Engineering 1999,
Vehicle Test & Development,
Electronic Brake Systems Group

School of Engineering & Technology

Senior Projects 2012-2013

Team AIM

Erik Miller takes you on a tour of the new work cell!

Team AIM logo

Team AIM pictured from left: Faculty Advisor Prof. Jim Devaprasad; Project sponsors Diane Haig and Jason Marksino of Applied Manufacturing Technology; Erik Miller, EE; Mike Brown, MfgET; Josh Bodell, MfgET; and Jon Spencer, ME.

Team AIM: Automation in Motion

Members:

  • Erik Miller, EE
  • Mike Brown, MfgET
  • Josh Bodell, MfgET
  • Jon Spencer, ME

Faculty Advisor:

  • Prof. Jim Devaprasad

Companies:

  • Applied Manufacturing Technology, Orion, MI
  • LSSU Engineering

Engineering Support:

  • Mr. Jason Markesino, AMT

Project Description: Robotics System IntegrationTeam Automation in Motion (AIM) designed, constructed, and integrated a robotics workcell into LSSU's robotics and automation lab. The workcell consists of four Fanuc robots mounted on a rotary index table that is controlled by an Allen Bradley programmable logic controller (PLC). The robotics workcell serves two purposes: First, it is an educational platform that will be used to train future LSSU engineering students, and second, a solar array assembly demonstration to showcase its operation. The software used for this project included: RoboGuide, Karel Editor, Teach Pendant Programming, Creo, BootP/DHCP Server, RSLinx, Logix5000, and Factory Talk Studio Machine Edition.

Fanuc rotary index workcell Fanuc Rotary Index workcell uses 4 robots to assemble solar cells and test for bad parts.
Fanuc placing solar wafers Fancus testing cell

Fanuc palletizing solar cell
Fanuc places solar wafers into cell framework Complete cells are picked up and placed under light source projectd by roboto on right to test for bad parts. Palletizing robot changes end-of-arm tool from gripper to suction to sort completed and tested cells onto separate pallets.

Links to the 2012-13 Senior Project Teams:

Second place

Design Competition Senior project Team Rock Rover Design & Development qualified to advance to the international student design competition on November 18, 2009.

ASME Student Design Expositions provide a platform for all engineering students to showcase their innovative design and build projects to a broad audience. Bringing practicing engineers, faculty and students into one venue, this program also provides educational and professional development opportunities for exhibitors as well as spectators. For students, it is an opportunity to demonstrate their products or present their design concepts to potential employers and even investors. For industry leaders, the Expos are like career fairs in reverse; an opportunity to observe the landscape of student design, get to know extraordinary engineering students in the region and see first-hand the innovative ideas and skills students can bring to their companies.

Apply Today!

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