McKeesport Housing Authority is opening the Section 8 waiting list
Housing Choice Voucher Program
The McKeesport Housing Authority will be accepting applications for the Housing Choice Voucher Program (Section 8) Waiting List.
April 10, 2023, 8:30 AM @ 2901 Brownlee Ave. McKeesport, PA 15132.
NO APPLICATIONS WILL BE ACCEPTED BEFORE THE ABOVE POSTED TIMES.
APPLICATIONS WILL BE DATE AND TIME STAMPED UPON RECEIPT. APPLICATIONS CAN BE SUBMITTED IN PERSON, FAX 412-673-1706, EMAIL TO BBRAY@MCKHA.ORG.
You can download a blank copy of the application from www.mckha.org.
At www.mckha.org or any of the rental offices at Crawford Village, Harrison Village & McKeesport Towers
MULTIPLE APPLICATIONS WILL NOT BE ACCEPTED. PLEASE DO NOT CALL FOR YOUR STATUS —- NO INFORMATION WILL BE GIVEN OVER THE TELEPHONE. YOU WILL BE NOTIFIED VIA THE US MAIL. IT IS CRITICAL TO KEEP YOUR INFORMATION UPDATED WITH OUR OFFICE IF IT CHANGES. IF WE ARE UNABLE TO CONTACT YOU, YOU MAY BE REMOVED FROM THE WAITING LIST.
Ads start at $1 per day, minimum seven days.
'Hand'-y PSGA Students Learn Engineering, Provide Helping Hands
By Submitted Report
The Tube City Almanac
January 30, 2017
Posted in: McKeesport and Region News
(Editor's Note: This story was written by Linda Curinga, manager of marketing and communications at Penn State Greater Allegheny.)
Students in an engineering design class at Penn State Greater Allegheny learned about 3-D printing technology as well as the challenges faced by people who need assistive devices when they participated in a contest to design and make their own prosthetic hands.
The students, who were taking instructor Alandra Kahl's Introduction to Engineering Design class during the fall semester, participated in the nationwide challenge put on by the E-Nable Project and the Prosthetic Kids Hand Challenge.
“It’s always a plus when students can find a way to help others in the community while learning and expanding their knowledge base," Kahl says. "This project helped students to learn and hone basic design skills, and will, hopefully, be able to make it easier for children to perform daily tasks."
Working in groups throughout the semester, students estimated they spent more than 100 hours designing and assembling the prosthetics, which were demonstrated in December.
They also studied the benefits and challenges of different types of hand designs offered on the e-Nable and Hand Challenge websites.
The completed hands are donated to the organizations, which in turn, find recipients who were born missing fingers or who have lost them due to war, disease, or natural disaster.
The hands are free to children in need of them. The organizations will contact the students as their hands are matched to recipients, usually by geographic closeness and size. The student engineers hope to have the opportunity to meet and work with the hand recipients to tweak the hands for a more custom fit.
“I love that we get to produce something that will be used by someone who needs it!” said Cassidy, one of Kahl’s students in EDSGN100.
According to its website,”e-Nable is an amazing group of individuals from all over the world who are using their 3D printers to create free 3D printed hands and arms for those in need of an upper limb assistive device.” The online community has developed a collection of different 3D-printable assistive device designs that are free for download and fabrication by anybody who would like make a device for somebody in need.
Chris Craft is the founder of the Prosthetic Kids Hand Challenge. The Hand Challenge was born of a desire to help anyone with access to a 3D Printer be able to be a part of work that can change the life of a child, according to the website.
The student groups looked at features such as durability, weight, functionality, flexibility and grip to determine which hand design was best for their needs.
Some groups chose their design for its flexibility, while others wanted more durability. Some hands were made of acrylic or PLA, a thermoplastic material, while others were reinforced with carbon fiber for strength.
Some added different features or chose colors they thought would be necessary or attractive to children The designs of the class are an entry-level hand for the wearer, who may eventually wear a medical grade prosthetic. “We want to get children comfortable with wearing a prosthetic hand,” said Joe, one of the class members.
At a cost of around $50 to make, 3D hands are much more cost effective than medical grade prosthetics, which can run upwards of $15,000. The hands are also relatively quick to make. Once the research is done, it takes approximately six to eight hours to print the hand parts on the 3D printer. Assembly takes a little more time.
Originally published January 30, 2017.
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