Tag Archives: AFRL

TSU Engineering Students Receive praise for design of Transport Vehicle for Military Special Operations Forces

NASHVILLE, Tenn. (TSU News Service) – Students from TSU’s College of Engineering were praised recently for their design of a special transport vehicle for the U.S. Air Force Special Operations Forces.

They were among students from nine other institutions who competed in the annual University Design Challenge last month at Arnold Air Force Base in Tullahoma, Tennessee.

Nine students and their advisers from the TSU College of Engineering participate in the 2017 Annual University Design Challenge at Arnold Air Force Base in Tullahoma, Tennessee. (Submitted photo)

The three-day competition, organized by the Air Force Research Laboratory, brings together different student teams from around the country to compete for top honors in a task assigned by the AFRL.

Teams were given two semesters to develop, design and build a prototype of their project for the competition that ended April 13.

The physical and mental stress of carrying heavy loads causes significant performance degradation and injury during training and while conducting military operations, according to AFRL officials.

During these missions, operators typically carry more than 100 pounds of gear, and require resupply of mission gear and equipment.

This year, the teams were to design a resupply device that operates manually, or autonomously programmed or controlled, to haul items on rough and unimproved surfaces. The device must be able to carry a minimum 350 pounds of gear, traveling two miles at a speed of 3-25 miles per hour without refueling. It must also be able to traverse narrow paths, climb steps, and navigate over rocks and log gaps.

The TSU student team designed, built and demonstrated an autonomous vehicle that met the required specifications.

“We were really happy with our performance,” said TSU team-member Charles McFadden, a mechanical engineering major, who graduated May 6. “Our team put in a lot of work. It turned out probably better than we thought we could do in that short period of time and the resources given to us.”

He said judges were very happy with the TSU design, calling their team “the best they have had from TSU.”

Dr. Landon Onyebueke, professor of mechanical engineering at Tennessee State, was one of the faculty advisers on the TSU team. He said the students’ performance was above average.

“The project actually was very good for the students,” Onyebueke said. “The design performed very well. They put a lot into it. It was a very good practice for the students.”

Dr. S. Keith Hargrove, dean of TSU’s College of Engineering, said the college has maintained a strong partnership with AFRL for more than 20 years that offers internships and helps TSU students conduct major research.

“We remain committed to this partnership and appreciate the support from AFRL, Clarkson Aerospace, and other partners in preparing our engineers for the workforce,” Hargrove said.

Other members of the TSU team were: Antony Currie, electrical engineering; Kevin Scott, electrical engineering; Larry Perdue, electrical engineering; Donald Toohey, mechanical engineering; Michael Winters, mechanical engineering; William Sanders, computer science; Ryan Brisentine, computer science; and Danielle Haik, computer science.

Dr. Fenghui Yao, professor of computer science, was the other TSU student adviser.

Department of Media Relations

Tennessee State University
3500 John Merritt Boulevard
Nashville, Tennessee 37209
615.963.5331

About Tennessee State University

With more than 9,000 students, Tennessee State University is Nashville’s only public university, and is a comprehensive, urban, co-educational, land-grant university offering 38 undergraduate, 25 graduate and seven doctoral programs. TSU has earned a top 20 ranking for Historically Black Colleges and Universities according to U.S. News and World Report, and rated as one of the top universities in the country by Washington Monthly for social mobility, research and community service. Founded in 1912, Tennessee State University celebrated 100 years in Nashville during 2012. Visit the University online at tnstate.edu.

TSU Engineering Students Take Part in Annual Air Force Design Competition

AFRLChallenge
A team of engineering students from Tennessee State University representing the fields of mechanical design, electrical and computer engineering, and computer science joined 15 other universities and three service academies at Arnold Air Force Base recently for the annual Air Force Research Laboratory Collegiate and Service Academy Engineering Design Competition. This year’s challenge centered on a problem routinely faced by Air Force pararescuemen and other military units — lifting up of heavy armored vehicles to rescue fellow soldiers pinned or trapped inside, similar to the vehicle pictured. (courtesy photo)

NASHVILLE, Tenn. (TSU News Service) – A team of engineering students from Tennessee State University joined 15 other universities and three service academies at Arnold Air Force Base recently to find a solution to a problem routinely encountered by members of the military…designing a portable one-man heavy lifting device capable of lifting 45,000 pounds.

The teams came together April 14-17 at Arnold Engineering Development Complex in middle Tennessee for the annual Air Force Research Laboratory Collegiate and Service Academy Engineering Design Competition. TSU fielded a 12-person team and joined forces with Prairie View A&M University. Students represented the fields of mechanical design, electrical and computer engineering, and computer science.

Now in its third year, the competition revolves around a single engineering challenge aimed at fostering innovative and creative solutions. This year’s challenge centered on a problem routinely faced by U.S. Air Force pararescuemen and other military units. The weight of armored vehicles and frequent encounters with improvised explosive devices or damage from combat operations occasionally require these up-armored vehicles be lifted to rescue fellow soldiers pinned or trapped inside. These heavy lift devices are also routinely used in rescue operations of collapsed structures or downed aircraft.

The challenge this year was to design a lifting device that was portable, lightweight, and could lift a structure, aircraft or armored vehicles at least 24 inches high that would effectively lift a 45,000-pound vehicle sufficient to retrieve trapped personnel.

“The current constraint is the inability to make kits available in small enough volume and weight factor,” said Dr. Fenghui Yao, professor of Computer Science and the team’s leader. “A successful rescue is a controlled operation that is immediately deployed to prevent crushing or further damage to equipment and personnel. Our mindset was to ‘lift an inch, shore an inch’ for stability of lifting the heavy load.”

Devon Parker, a senior Air Force mechanical engineer at AEDC, was the host and manager for the national competition on behalf of the Air Force Research Laboratory. In addition to managing the competition, he provided regular feedback to the design teams throughout the academic year during design reviews. While this was designed principally to ensure the teams fully understood the problem, it also allowed him to ensure the trial phase conducted at AEDC could safely accommodate all of the various design entries during demonstration.

“The challenge was a 40,000-pound bulldozer resting on an deep incline deep within the Tennessee Guard Volunteer Training Site,” said Parker. “The competition and the teams were supported by a number of experienced Air Force pararescuemen from around the country – who performed work under the load for the student teams, as instructed by the respective student team leader.”

The team from Tennessee State University developed and designed two solutions to the problem. According to Yao, the first solution was entered and competition along with the solution provided by the Prairie View students. Both were able to execute the required lifting task successfully.

Ultimately, the team from Auburn University delivered a design solution that met the objective while also achieving significant progress in many of the additional design constraints. Their solution consisted of a mixed air bag system, built of Kevlar and Vectran in their own laboratory.

Regardless of their performance on the field trial, there were portions of each entry that offered further opportunity for creative development. There were mechanical, hydraulic, pneumatic, and hybrid solutions developed and demonstrated, said Parker.

“Engineering designs and team creativity were all put to the test,” he said. “Regardless of individual results, every team came away with a more profound understanding of why it is essential that engineers leave their office desks and get their hands dirty when working on a problem.”

Even though the joint TSU/Prairie View A&M team did not win the competition, it provided valuable design experience for the students.

“It is this type of first-hand experience that enables engineers to fully comprehend the scope of any problem,” said Yao. “It allows them to work more effectively as part of any product development or problem solving team.”

Dr. Landon Onyebueke, professor of Mechanical Engineering; and Dr. Saleh Zein-Sabatto, professor of Electrical and Computer Engineering, assisted Yao and the Challenge team.

 

 

 

Department of Media Relations
Tennessee State University
3500 John Merritt Boulevard
Nashville, Tennessee 37209
615.963.5331

 

About Tennessee State University

With nearly 9,000 students, Tennessee State University is Nashville’s only public university, and is a comprehensive, urban, co-educational, land-grant university offering 38 undergraduate, 22 graduate and seven doctoral programs. TSU has earned a top 20 ranking for Historically Black Colleges and Universities according to U.S. News and World Report, and rated as one of the top universities in the country by Washington Monthly for social mobility, research and community service. Founded in 1912, Tennessee State University celebrated 100 years in Nashville during 2012. Visit the University online at tnstate.edu.