There was strong interest Wednesday in a Boeing program that gives engineering students a chance to gain up to a year of job experience. The BCA-SoCal Student Engineering Program is open to juniors and seniors who are U.S. citizens, have a GPA of 3.0 or above, and are studying aerospace, civil, electrical, or mechanical engineering.
Will artificial intelligence put people out of jobs? Is the idea of working for one company your entire career obsolete? Will the engineering field include previously underrepresented groups? And how important are so-called soft skills?
If you’ve served in the military, you probably have a long list of accomplishments to include on your resume. But those acronym-rich descriptions can require some translating to make sense to civilian hiring managers.
On Monday, recruiters from Northrop-Grumman were at the CSULB College of Engineering to help veterans present their military experience in a way that stands out for hiring managers going through stacks of resumes.
A locomotive suspension system for harsh environments was chosen as the most innovative and practical design and a turbine in-pipe system as the best design for sustainable and clean energy harvesting at the Engineering Innovation Expo Monday.
The showcase in the University Student Union included 22 Senior Design Projects from the CSULB Mechanical & Aerospace Engineering Department.
The pico hydroelectric turbine-in-pipe system uses excess pressure within residential-scale pipe systems to harvest electricity off-the-grid. The system consists of a reaction turbine, generator, and auxiliary electrical equipment. The electrical equipment is dependent upon the application which can include powering outdoor lights or charging small electronics. Additionally, the design of the system will keep the flow rate and pressure of the water entering the household in compliance with standards for potable water systems.
Panelists at the Science Extravaganza all had the same message for middle-school students: stick with STEM for a career with limitless opportunities.
Hosted by the CSULB chapter of MAES, the second annual event drew nearly 300 students from Perry Lindsey, Stephens, and Franklin Classical middle schools, as well as volunteers from The Aerospace Corp., Boeing, and other companies and student organizations.
Have you ever wondered how boomerangs fly? John Vassberg has. One of Boeing’s top aerodynamicists, Vassberg was at CSULB Friday to deliver one his most popular lectures—one that delves into the aerodynamic capabilities of a hunting tool developed by Aboriginal Australians thousands of years ago.
“It’s turned out to be a cult classic,” said Vassberg, who has given the talk in Paris and Brussels and at Caltech and University of Southern California. “Maybe I’ll teach you something so you’ll have something to do over the weekend,” he told faculty and students at the Spring Technical Seminar.
Boeing Technical Fellow John Vassberg will discuss the aerodynamic characteristics and flight dynamics of boomerangs at the Spring Technical Seminar at noon on Friday, Feb. 23 in the Niggli Conference Center (ECS-312). Students and faculty are invited to attend.
Dr. Vassberg will explain how blade theory can be used to expand upon a basic aerodynamic model developed in the 1960s. The new aerodynamic model is coupled with a gyroscope model for rudimentary analyses. The approach has generated significant findings regarding the radius of a boomerang’s circular flight path, the required inclination angle of its axis-of-rotation, its trim state, as well as its dynamic stability. These discoveries provide a basic understanding of how the interplay between aerodynamic forces and moments, and gyroscopic precession combine to return the boomerang to its rightful owner by way of a circular flight path. Continue reading “Boeing Technical Fellow to Discuss Boomerang Aerodynamics”
At transportation terminals, automation is boosting productivity and creating safer work environments. In the medical device industry, it’s advancing product development and letting employees learn new technologies. And in aerospace, it’s leading to new manufacturing processes and a future age of autonomous aircraft.
At Thursday’s Fall Engineering Distinguished Lecture, representatives from all three industries shared how automation is changing the world—and the workforce.
“This is one of those topics that is very pertinent—automation, robotics, artificial intelligence—all the things we live with today,” said moderator Rolando Saldana, vice president of engineering at Qualcomm. “Going forward, we’re also seeing that industry is moving forward with automation. And these (speakers) are the folks who are putting together the systems.” Continue reading “How Automation Is Changing the World, and the Workforce”