View allAll Photos Tagged computerlabs
Brittany Marshall, a sophomore majoring in broadcast journalism from Kent State University, traveled from Silver Spring, Maryland, to participate in Student Campus. The university students reported in four different ethnic Chicago neighborhoods and put together iMovies and blogs using their notes, photos and video clips.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
The four-story 50,000 sf Spieth Hall was converted into a classroom building which houses the Nursing and Psychology departments, general classrooms and additional rooms for growth. The building floor plan includes offices, conference rooms, lecture halls, computer labs, student lounges, classrooms, tiered classrooms, exam rooms, research labs, ward labs, observation rooms, simulation rooms, and medical storage. Expansion space was renovated as future offices and general classrooms. Each floor was given a theme color to help orient the occupants and create a different personality. New lighting, furniture and finishes gave the building a fresh modern look throughout.
Spieth Hall’s greatest challenge was taking a building full of small dark dorm rooms and converting it into a multi-functional academic building with large open classrooms in various sizes to fit each department’s program. Significant effort went into planning, demolition, programming, and design in order to best utilize the space and structure. Existing structural limitations of concrete columns, a concrete core, and concrete ceiling heights dictated much of what was possible since room depths between the core and the exterior walls could not change. Our team worked with the University and Department Stakeholders to design spaces that maximized the available configurations and fulfilled their goals of re-purposing their existing structure rather than having to build new ones.
The four-story 50,000 sf Spieth Hall was converted into a classroom building which houses the Nursing and Psychology departments, general classrooms and additional rooms for growth. The building floor plan includes offices, conference rooms, lecture halls, computer labs, student lounges, classrooms, tiered classrooms, exam rooms, research labs, ward labs, observation rooms, simulation rooms, and medical storage. Expansion space was renovated as future offices and general classrooms. Each floor was given a theme color to help orient the occupants and create a different personality. New lighting, furniture and finishes gave the building a fresh modern look throughout.
Spieth Hall’s greatest challenge was taking a building full of small dark dorm rooms and converting it into a multi-functional academic building with large open classrooms in various sizes to fit each department’s program. Significant effort went into planning, demolition, programming, and design in order to best utilize the space and structure. Existing structural limitations of concrete columns, a concrete core, and concrete ceiling heights dictated much of what was possible since room depths between the core and the exterior walls could not change. Our team worked with the University and Department Stakeholders to design spaces that maximized the available configurations and fulfilled their goals of re-purposing their existing structure rather than having to build new ones.
November 6, 2008 (Thursday) - It's computer lab after the break.
Since the fall of 2003, the daily focus of my eJournal and images blog has been on text. Later in July 2005, because of Flickr, I've been able create something which emphasizes a daily image or video clip. I'll shoot and add one each day. Doing so will remind me to constantly carry a camera and it'll be a more direct record of current, personal experiences.
This sign has tips for printing, and on the back, tips for saving. A small proportion of students seem to have difficulty with saving their files properly, and lose their data. So I developed these signs a few years ago to help guide them. They are on almost every "pod" or section of computers. The reverse side of each sign has different messages -- 4 sides total.
It's a lot of visual clutter, and we have trouble keeping the signs in place, especially in this area which doesn't have a large ledge, just a narrow wall. So I've been working on getting the info onto signs to post only at the printers, rather than throughout the building.
Photo-a-day Advent Calendar for A Hobbling A Day. Weekly Theme for week of December 1: Faithfulness. Faith that the instrument rack will be finished.
Doing a photo-a-day Advent Calendar last year was kind of nice, so I thought I'd try it again this year.
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
The four-story 50,000 sf Spieth Hall was converted into a classroom building which houses the Nursing and Psychology departments, general classrooms and additional rooms for growth. The building floor plan includes offices, conference rooms, lecture halls, computer labs, student lounges, classrooms, tiered classrooms, exam rooms, research labs, ward labs, observation rooms, simulation rooms, and medical storage. Expansion space was renovated as future offices and general classrooms. Each floor was given a theme color to help orient the occupants and create a different personality. New lighting, furniture and finishes gave the building a fresh modern look throughout.
Spieth Hall’s greatest challenge was taking a building full of small dark dorm rooms and converting it into a multi-functional academic building with large open classrooms in various sizes to fit each department’s program. Significant effort went into planning, demolition, programming, and design in order to best utilize the space and structure. Existing structural limitations of concrete columns, a concrete core, and concrete ceiling heights dictated much of what was possible since room depths between the core and the exterior walls could not change. Our team worked with the University and Department Stakeholders to design spaces that maximized the available configurations and fulfilled their goals of re-purposing their existing structure rather than having to build new ones.
Our fall Arduino 101 class at Tam Makers is off to a great start. I taught this evening course with my associates Donald Day and Edward Janne on September 14, 2016, at the woodshop in Tam High School in Mill Valley.
We welcomed a wonderful group of seven students, including adults with diverse backgrounds, as well as a high school student. We started by giving our students an overview of the popular Arduino board. We then learned how to light up an LED, add a button to turn it on and off, and play a sound with a piezzo buzzer.
Students accomplished all these steps successfully, and seemed to really enjoy this class and told us they learned a lot from it. We’re really happy that this course is going so well and we look forward to teaching next week’s class.
View more photos of this Arduino course:
www.flickr.com/photos/fabola/albums/72157659914570948
Learn more about this Arduino 101 class:
www.tammakers.org/arduino-101/
Read our Arduino 101 Guide:
bit.ly/arduino-101-guide-fall-2016
Check out our course slides:
bit.ly/arduino-101-slides-fall-2016
Learn more about Tam Makers:
Hoover Riverchase Career Connection Center (RC3) designed by Goodwyn Mills Cawood for Hoover City Schools, Alabama.
This 92,000-square foot school, formerly used as a middle school contains career academies focused on health science, fire and emergency services, cyber innovation (computer programming, software development, software analysis, network security and network administration), food and hospitality, and skilled trades (carpentry, electrical work, welding and HVAC). Academies in the school are focused on creating a real world working environment with simulation labs, virtual reality learning and labs that duplicate the environments in real commercial kitchens, hospitals, fire stations, paramedic ambulances, and pharmacies.
The four-story 50,000 sf Spieth Hall was converted into a classroom building which houses the Nursing and Psychology departments, general classrooms and additional rooms for growth. The building floor plan includes offices, conference rooms, lecture halls, computer labs, student lounges, classrooms, tiered classrooms, exam rooms, research labs, ward labs, observation rooms, simulation rooms, and medical storage. Expansion space was renovated as future offices and general classrooms. Each floor was given a theme color to help orient the occupants and create a different personality. New lighting, furniture and finishes gave the building a fresh modern look throughout.
Spieth Hall’s greatest challenge was taking a building full of small dark dorm rooms and converting it into a multi-functional academic building with large open classrooms in various sizes to fit each department’s program. Significant effort went into planning, demolition, programming, and design in order to best utilize the space and structure. Existing structural limitations of concrete columns, a concrete core, and concrete ceiling heights dictated much of what was possible since room depths between the core and the exterior walls could not change. Our team worked with the University and Department Stakeholders to design spaces that maximized the available configurations and fulfilled their goals of re-purposing their existing structure rather than having to build new ones.
Students travel from Xi'an, China to visit the University of Kentucky, 2013. Here they participate in a 3D printing technological class with Andy McDonald, Scott Horn & Nicole Sand.
The four-story 50,000 sf Spieth Hall was converted into a classroom building which houses the Nursing and Psychology departments, general classrooms and additional rooms for growth. The building floor plan includes offices, conference rooms, lecture halls, computer labs, student lounges, classrooms, tiered classrooms, exam rooms, research labs, ward labs, observation rooms, simulation rooms, and medical storage. Expansion space was renovated as future offices and general classrooms. Each floor was given a theme color to help orient the occupants and create a different personality. New lighting, furniture and finishes gave the building a fresh modern look throughout.
Spieth Hall’s greatest challenge was taking a building full of small dark dorm rooms and converting it into a multi-functional academic building with large open classrooms in various sizes to fit each department’s program. Significant effort went into planning, demolition, programming, and design in order to best utilize the space and structure. Existing structural limitations of concrete columns, a concrete core, and concrete ceiling heights dictated much of what was possible since room depths between the core and the exterior walls could not change. Our team worked with the University and Department Stakeholders to design spaces that maximized the available configurations and fulfilled their goals of re-purposing their existing structure rather than having to build new ones.