Stanly Community College in North Carolina has a leading heavy equipment operations program at the community college level. The program provides entry-level training and uses state-of-the-art heavy equipment simulators to train students before operating actual machines. The college director saw the benefits of simulator training and worked with industry advisors to develop a program that covers safety, machine operation and maintenance. Students spend many hours training on simulators and in an outdoor lab to become qualified operators ready for industry jobs. The college tracks student performance data on the simulators to ensure they master skills correctly.
University of Illinois - Office of Corporate Relations - autonomous vehiclesUIUC Corporate Relations
The University of Illinois hosts various labs and research groups spanning multiple disciplines that conduct autonomous vehicle research. These groups focus on all areas of autonomous vehicle production, design, and implementation. Students can learn about autonomous vehicles through academic programs from introductory to graduate levels across many fields like computer science, law, and mathematics. The University aims to advance autonomous vehicle technology and produce innovations to help self-driving vehicles be implemented faster through its extensive research.
This document contains the resume of Shone John, who graduated with a B. Tech in Mechanical Engineering in 2018. It lists his educational qualifications and internships. It also outlines his projects, seminars, additional courses and certifications. His skills, achievements and objective of seeking a career with professional challenges are mentioned.
Crash Analysis of Front under Run Protection Device using Finite Element Anal...IOSR Journals
Under-running of passenger vehicles is one of the important parameters to be considered during
design and development of truck chassis. Front Under-run Protection Device (FUPD) plays an important role
in avoiding under-running of vehicles from front side of a truck. An explicit finite element software Altair
Radio's is used in FUPD analysis for impact loading. The deformation of FUPD bar and plastic strains in
FUPD components are determined in the impact analysis for predicting failure of the system to meet the
compliance requirements as per IS 14812-2005. Additionally, failure analysis of the FUPD attachment points
with chassis is determined. Physical testing can be reduced significantly with this approach which ultimately
reduces the total cycle time as well as the cost involved in product development.
Centum Learning offers end-to-end skill building programmes focusing on improving the employability quotient of aspirants. Centum Learning‘s proven expertise in capability building can partner you to fulfill both business and CSR goals.
This document discusses vocational education in India. It defines vocational education as education that prepares people for specific trades through developing technical skills. It outlines the need for vocational education in India to reduce unemployment and boost the economy. It lists the various vocational subjects available at secondary level and the agencies involved in technical and vocational education. It also discusses the advantages, disadvantages, and challenges of vocational education in India.
The document provides an overview of the development and current state of education in the Philippines. It discusses:
1) The history and influences on the Philippine education system from pre-Spanish times through American colonial rule and the development of current policies and curricula.
2) The objectives and competencies of basic education at both elementary and secondary levels, including learning areas and statistics on enrollment, completion rates, and student/teacher ratios.
3) Issues facing higher education and technical/vocational programs, and the role of organizations like CHED in overseeing education quality.
1) Goodwill Southern California was named the Manufacturing Sector Intermediary to map training assets and resources for manufacturing training in LA County.
2) They partnered with Northrop Grumman and Antelope Valley College to create a specialized 16-week training program to prepare applicants to be aircraft fabrication technicians, resulting in a higher hiring success rate.
3) They are also partnering on the Uniquely Abled Academy to train individuals with autism for careers as CNC operators, addressing labor shortages while creating jobs for a new talent pool.
Advanced Manufacturing in the USA redefines professional careers and requires new and different skill sets than previous manufacturing jobs. Published in April 2017 in Techniques, the monthly magazine for ACTE members (Association for Career and Technical Education).
University of Illinois - Office of Corporate Relations - autonomous vehiclesUIUC Corporate Relations
The University of Illinois hosts various labs and research groups spanning multiple disciplines that conduct autonomous vehicle research. These groups focus on all areas of autonomous vehicle production, design, and implementation. Students can learn about autonomous vehicles through academic programs from introductory to graduate levels across many fields like computer science, law, and mathematics. The University aims to advance autonomous vehicle technology and produce innovations to help self-driving vehicles be implemented faster through its extensive research.
This document contains the resume of Shone John, who graduated with a B. Tech in Mechanical Engineering in 2018. It lists his educational qualifications and internships. It also outlines his projects, seminars, additional courses and certifications. His skills, achievements and objective of seeking a career with professional challenges are mentioned.
Crash Analysis of Front under Run Protection Device using Finite Element Anal...IOSR Journals
Under-running of passenger vehicles is one of the important parameters to be considered during
design and development of truck chassis. Front Under-run Protection Device (FUPD) plays an important role
in avoiding under-running of vehicles from front side of a truck. An explicit finite element software Altair
Radio's is used in FUPD analysis for impact loading. The deformation of FUPD bar and plastic strains in
FUPD components are determined in the impact analysis for predicting failure of the system to meet the
compliance requirements as per IS 14812-2005. Additionally, failure analysis of the FUPD attachment points
with chassis is determined. Physical testing can be reduced significantly with this approach which ultimately
reduces the total cycle time as well as the cost involved in product development.
Centum Learning offers end-to-end skill building programmes focusing on improving the employability quotient of aspirants. Centum Learning‘s proven expertise in capability building can partner you to fulfill both business and CSR goals.
This document discusses vocational education in India. It defines vocational education as education that prepares people for specific trades through developing technical skills. It outlines the need for vocational education in India to reduce unemployment and boost the economy. It lists the various vocational subjects available at secondary level and the agencies involved in technical and vocational education. It also discusses the advantages, disadvantages, and challenges of vocational education in India.
The document provides an overview of the development and current state of education in the Philippines. It discusses:
1) The history and influences on the Philippine education system from pre-Spanish times through American colonial rule and the development of current policies and curricula.
2) The objectives and competencies of basic education at both elementary and secondary levels, including learning areas and statistics on enrollment, completion rates, and student/teacher ratios.
3) Issues facing higher education and technical/vocational programs, and the role of organizations like CHED in overseeing education quality.
1) Goodwill Southern California was named the Manufacturing Sector Intermediary to map training assets and resources for manufacturing training in LA County.
2) They partnered with Northrop Grumman and Antelope Valley College to create a specialized 16-week training program to prepare applicants to be aircraft fabrication technicians, resulting in a higher hiring success rate.
3) They are also partnering on the Uniquely Abled Academy to train individuals with autism for careers as CNC operators, addressing labor shortages while creating jobs for a new talent pool.
Advanced Manufacturing in the USA redefines professional careers and requires new and different skill sets than previous manufacturing jobs. Published in April 2017 in Techniques, the monthly magazine for ACTE members (Association for Career and Technical Education).
The NSIT Solar Car Concept team builds solar electric vehicles to contribute to solar technology research and development. The team works on a 2-year cycle to design, fabricate, and test their vehicles for solar challenges. Their current project will participate in the 2014 American Solar Challenge. Working on the solar car projects provides students with practical experience applying their classroom knowledge to build functioning prototypes. It also helps them develop skills relevant to industries like automotive, as well as fundraising, communication, and teamwork abilities. The projects aim to further solar technology research and promote sustainable energy sources.
The NSIT Solar Car Concept team builds solar electric vehicles to contribute to solar technology research and development. The team undertakes projects over a 2 year cycle in 3 phases: design, fabrication, and vehicle testing. Students benefit from hands-on experience applying their knowledge, developing skills relevant to industries like automotive, and learning to coordinate, fundraise, and work as a team. The current project aims to participate in the 2014 American Solar Challenge to further the research and practical application of solar electric vehicles and sustainable energy sources.
The NSIT Solar Car Concept team builds solar electric vehicles to contribute to solar technology research and development. The team undertakes projects over a 2 year cycle in 3 phases: design, fabrication, and vehicle testing. Students benefit by gaining practical experience applying their theoretical knowledge and skills like project coordination, fundraising, and teamwork. The current project will participate in the 2014 American Solar Challenge to further the aims of more practical solar electric vehicles and sustainable energy promotion.
Jordan Haug has an Associate's degree in Mechatronics Engineering Technology from South Central College. He has experience as a robotics operator at JLL/Amazon where he ensured robots were running efficiently and kept conveyance and material handling equipment functioning properly. As a screen printer and trainer at BIC APP, he started as a packager but became the head trainer, troubleshooting printing issues. He has strong leadership, communication, and hands-on skills developed through training roles at multiple employers in mechanical systems, PLCs, CAD programs, and more.
This course will initially introduce you to general safety rules and tools you will need to explore underneath the hood of your car. You will get a quick guide to general maintenance which will allow you to take good care of your car with ease. Following that, you will discover more about dashboard indicators, tires, IC engines, and engine oil. Learn More at - https://www.diyguru.org/course/car-repair-maintenance-course/
Running Head BUSINESS PROPOSALProposal for Temple Univers.docxtoddr4
Running Head: BUSINESS PROPOSAL
Proposal for Temple University to set
up the electric car charging station
Zixuan Zhang
Jimmy P. Miller
99570000000002055
Cover page must identify the audience (structure)
Jimmy P. Miller
99570000000002055
I don't want any of this.
BUSINESS PROPOSAL 2
Executive Summary
The Temple University should introduce a to set up electric car charging station programs
to make it easier for students to access the car power rather than moving out of the university. It
will lower the time used to go for the charge outside, and instead, they use that time to do other
constructive things. Most Universities have faced the problem of students and instructors moving
out of the university to seek a place to charge their cars. When they access the service quickly in
the university, they fix possible problems that might have occurred in moving out. If Temple
University focuses on developing and implementing an electric car charging station, it will stand
able to support environmental conservation positively and benefits users in several ways. By
accepting the implementation of setting electric car charging stations the university will resolve
the problem of students and lectures using a lot of time going out to recharge their vehicles and
improve environmental conservation (Energy, n.d.).
The electric car charging station can be implemented to operate within nine months. The
program will require a budget of about $4,250 for initial start-up costs in providing installation
tools, required materials, and labour cost (Ference, 2017). However, in other cases, the installation
processes might cost higher than this if the charging point will need major electrical upgrades. The
university can fund the proposal to be refunded after the trial period. If Temple University does
not implement this program, it risks the chance of students and instructors wasting a lot of time,
money to go and purchase the charges outside the university as well as increasing the risk of air
pollution from cars which use diesel. It is essential for the University to understand the primary
benefits of implementing this proposal as it can solve problems within the college and build a
competitive environment.
Problem
New trends in business across the United States and other countries are being implemented
daily to push towards business competitions on different products. The phenomena concerning car
fueling products evolution from the traditional diesel and petrol stations have developed to new
products such as the electric car charging stations which have more benefit to the owners as well
as the general environment (Holland, 2016). In Temple University there is higher congestion for
students and instructors driving out of the school to go and charge their cars outside the University.
It could be beneficial to the university as well as the if the University extends its investments and
come up with the electric car charging st.
In this paper, a project is described which is a 2-D
modelled version of a car that will learn how to drive itself. It
will have to figure everything out on its own. In addition, to
achieve that the simulator contains a car running
simultaneously &can be controlled by different control
algorithms - heuristic, reinforcement learning-based, etc. For
each dynamic input, the Reinforcement- Learning modifies
new patterns. Ultimately, Reinforcement Learning helps in
maximizing the reward from every state. In this first Part, we
will implement a Reinforcement-Learning model to build an
AI for Self Driving Car. Project will be focusing on the brain
of the car not any graphics. The car will detect obstacles and
take basic actions. To make autonomous car or self-driving
car a reality, some of the factors to be considered are human
safety and quality of life.
CDW-G EDTech Magazine: Metropolitan Community College, "School of Management"Mike McCleave
Metropolitan Community College implemented a mobile device management platform from MobileIron to administer its mobile device program. The MDM solution allows MCC to securely manage apps, documents, and devices that are checked out to students and instructors. It provides features such as remote wiping of lost devices, app distribution, and license management for hundreds of devices. The mobile program enhances learning by providing students interactive tools through specialized apps for subjects like history, architecture, and automotive repair. The MDM solution enables this program by securing devices and managing the deployment of appropriate apps and content.
IRJET - Automatic Car Insurance using Image AnalysisIRJET Journal
This document proposes an automatic car insurance system using image analysis. It discusses developing a convolutional neural network model to classify car damage types from images and estimate repair costs. The system would allow a policyholder to upload damage photos, get an estimated severity level and repair cost, and streamline the insurance claims process. The model is trained on a dataset of car damage images labeled with their class. It aims to accurately assess minor damage and provide cost estimates to give policyholders faster information after an accident. For major damage cases, further inspection by an insurance assessor would still be required.
The document proposes studies on manual tire changers, tire pullers, and transmission lifters. For tire changers, the study aims to design a manual device that can easily hold vehicle wheels to install and remove tires with reduced physical effort. For tire pullers, the objectives are to assess ergonomic design, safety, and cost-effectiveness. And for transmission lifters, the goals are to investigate effectiveness and usability in various settings, evaluate safety features, and identify best practices to enhance workplace safety and productivity. The proposed studies seek to develop affordable manual equipment to assist automotive students in reducing effort and improving safety during vehicle maintenance and repair activities.
Adams/Car provides built-in sub-system and system templates together with pre-defined virtual tests & maneuvers to facilitate the modeling & simulation (M&S) of suspension kinematics & dynamics as well as full-vehicle dynamics. If you are involved with vehicle engineering work at your school, especially for student competitions such as Formula SAE, Baja, Solar Car, and Hybrid or Autonomous Vehicles, then this product is likely to be of interest to you.
Course - https://www.diyguru.org/course/msc-adams-car/
Be proficient in using ANSYS software for mechanical engineering problems through ANSYS online training
Learn how to analyze real-world engineering problems using ANSYS simulation software and gain important professional skills sought by employers.
The document discusses two internship programs created by Halifax County Schools to address issues arising from the COVID-19 pandemic. The IT Helpdesk Internship program provided students to help repair devices as more learning went remote, addressing a lack of repair staff. The Solar Apprenticeship program offered students hands-on training in solar energy skills over summer 2021, allowing them to earn certifications. Both programs gave students real-world experience and career credentials while helping the school address needs during the pandemic.
Modeling and Simulation White Paper by Carole Cameron Inge, et al.Carole Inge
The Virginia Tech Modeling and Simulation Initiative (Initiative) is a partnership between Virginia Tech and corporate partners that provides modeling, simulation, and visualization capabilities. The Initiative aims to advance economic development in Virginia by creating technology jobs and opportunities in modeling and simulation. It provides applied research, education and training programs to students and local institutions. The Initiative utilizes various modeling capabilities and software tools to solve complex problems for clients in areas like environmental modeling, risk assessment, and education technology.
Electric Vehicle Business Opportunities Brochure Srishti Sikaria
Students of this course can apply for designer jobs at automobile companies, auto-ancillary units, tier-one suppliers to work on the concept and design departments. Sketch artist, concept illustration artist, concept artists are some of exclusive job positions available in this domain.
Learn more at - https://www.diyguru.org/course/automotive-sketching-drawing/
A Review on Safety Management System in School BusIRJET Journal
The document reviews safety management systems for school buses. It discusses various technologies used like RFID, GPS, GSM that allow tracking students entering and exiting buses and notifying parents. The systems ensure real-time location tracking of buses and alert parents if any issues occur. Some key benefits highlighted are cost-efficiency, safety of children, and reducing parents' concerns. Room for future work remains in developing more intelligent systems using technologies like IoT, sensors and wireless communications for continuous monitoring of kids' safety during transportation.
The document summarizes a report on the role of technology in supporting student employability. The report identified 5 key ways technology is being used, including technology-enhanced authentic learning experiences and digital communications with employers. It provides examples from universities and colleges of using tools like wikis, augmented reality, ePortfolios and digital badges to develop student employability skills.
This week, we distill insights around the Shell Eco-marathon - a collaborative social innovation challenge that inspires students and young engineers around the world to design the next generation of fuel-efficient vehicles.
100+ thinkers and planners within MSLGROUP share and discuss inspiring projects on social data, crowdsourcing, storytelling and citizenship on the MSLGROUP Insights Network.
Every week, we pick up one project and do a deep dive into conversations around it -- on the MSLGROUP Insights Network itself but also on the broader social web -- to distill insights and foresights. We share these insights and foresights with you on our People’s Insights blog and compile the best insights from the network and the blog in the iPad-friendly People’s Lab Quarterly Magazine, as a showcase of our capabilities.
For more, see: http://peopleslab.mslgroup.com
Santa clara university adds artificial intelligence tech from vimoc technolog...Tarik Hammadou
Santa Clara University is partnering with an AI startup called Vimoc Technologies to implement new parking technologies on campus. Sensors and cameras will be installed throughout parking garages to track available spaces and facilitate parking. The university is also exploring license plate recognition and ways to promote carpooling to help address parking and transportation issues exacerbated by increased traffic in the Silicon Valley area. The new "smart campus" technologies are aimed at creating a better experience for students and staff dealing with congestion and a lack of parking.
More Related Content
Similar to College & University :: Heavy Equipment Simulators for College and Vo-Tech Programs
The NSIT Solar Car Concept team builds solar electric vehicles to contribute to solar technology research and development. The team works on a 2-year cycle to design, fabricate, and test their vehicles for solar challenges. Their current project will participate in the 2014 American Solar Challenge. Working on the solar car projects provides students with practical experience applying their classroom knowledge to build functioning prototypes. It also helps them develop skills relevant to industries like automotive, as well as fundraising, communication, and teamwork abilities. The projects aim to further solar technology research and promote sustainable energy sources.
The NSIT Solar Car Concept team builds solar electric vehicles to contribute to solar technology research and development. The team undertakes projects over a 2 year cycle in 3 phases: design, fabrication, and vehicle testing. Students benefit from hands-on experience applying their knowledge, developing skills relevant to industries like automotive, and learning to coordinate, fundraise, and work as a team. The current project aims to participate in the 2014 American Solar Challenge to further the research and practical application of solar electric vehicles and sustainable energy sources.
The NSIT Solar Car Concept team builds solar electric vehicles to contribute to solar technology research and development. The team undertakes projects over a 2 year cycle in 3 phases: design, fabrication, and vehicle testing. Students benefit by gaining practical experience applying their theoretical knowledge and skills like project coordination, fundraising, and teamwork. The current project will participate in the 2014 American Solar Challenge to further the aims of more practical solar electric vehicles and sustainable energy promotion.
Jordan Haug has an Associate's degree in Mechatronics Engineering Technology from South Central College. He has experience as a robotics operator at JLL/Amazon where he ensured robots were running efficiently and kept conveyance and material handling equipment functioning properly. As a screen printer and trainer at BIC APP, he started as a packager but became the head trainer, troubleshooting printing issues. He has strong leadership, communication, and hands-on skills developed through training roles at multiple employers in mechanical systems, PLCs, CAD programs, and more.
This course will initially introduce you to general safety rules and tools you will need to explore underneath the hood of your car. You will get a quick guide to general maintenance which will allow you to take good care of your car with ease. Following that, you will discover more about dashboard indicators, tires, IC engines, and engine oil. Learn More at - https://www.diyguru.org/course/car-repair-maintenance-course/
Running Head BUSINESS PROPOSALProposal for Temple Univers.docxtoddr4
Running Head: BUSINESS PROPOSAL
Proposal for Temple University to set
up the electric car charging station
Zixuan Zhang
Jimmy P. Miller
99570000000002055
Cover page must identify the audience (structure)
Jimmy P. Miller
99570000000002055
I don't want any of this.
BUSINESS PROPOSAL 2
Executive Summary
The Temple University should introduce a to set up electric car charging station programs
to make it easier for students to access the car power rather than moving out of the university. It
will lower the time used to go for the charge outside, and instead, they use that time to do other
constructive things. Most Universities have faced the problem of students and instructors moving
out of the university to seek a place to charge their cars. When they access the service quickly in
the university, they fix possible problems that might have occurred in moving out. If Temple
University focuses on developing and implementing an electric car charging station, it will stand
able to support environmental conservation positively and benefits users in several ways. By
accepting the implementation of setting electric car charging stations the university will resolve
the problem of students and lectures using a lot of time going out to recharge their vehicles and
improve environmental conservation (Energy, n.d.).
The electric car charging station can be implemented to operate within nine months. The
program will require a budget of about $4,250 for initial start-up costs in providing installation
tools, required materials, and labour cost (Ference, 2017). However, in other cases, the installation
processes might cost higher than this if the charging point will need major electrical upgrades. The
university can fund the proposal to be refunded after the trial period. If Temple University does
not implement this program, it risks the chance of students and instructors wasting a lot of time,
money to go and purchase the charges outside the university as well as increasing the risk of air
pollution from cars which use diesel. It is essential for the University to understand the primary
benefits of implementing this proposal as it can solve problems within the college and build a
competitive environment.
Problem
New trends in business across the United States and other countries are being implemented
daily to push towards business competitions on different products. The phenomena concerning car
fueling products evolution from the traditional diesel and petrol stations have developed to new
products such as the electric car charging stations which have more benefit to the owners as well
as the general environment (Holland, 2016). In Temple University there is higher congestion for
students and instructors driving out of the school to go and charge their cars outside the University.
It could be beneficial to the university as well as the if the University extends its investments and
come up with the electric car charging st.
In this paper, a project is described which is a 2-D
modelled version of a car that will learn how to drive itself. It
will have to figure everything out on its own. In addition, to
achieve that the simulator contains a car running
simultaneously &can be controlled by different control
algorithms - heuristic, reinforcement learning-based, etc. For
each dynamic input, the Reinforcement- Learning modifies
new patterns. Ultimately, Reinforcement Learning helps in
maximizing the reward from every state. In this first Part, we
will implement a Reinforcement-Learning model to build an
AI for Self Driving Car. Project will be focusing on the brain
of the car not any graphics. The car will detect obstacles and
take basic actions. To make autonomous car or self-driving
car a reality, some of the factors to be considered are human
safety and quality of life.
CDW-G EDTech Magazine: Metropolitan Community College, "School of Management"Mike McCleave
Metropolitan Community College implemented a mobile device management platform from MobileIron to administer its mobile device program. The MDM solution allows MCC to securely manage apps, documents, and devices that are checked out to students and instructors. It provides features such as remote wiping of lost devices, app distribution, and license management for hundreds of devices. The mobile program enhances learning by providing students interactive tools through specialized apps for subjects like history, architecture, and automotive repair. The MDM solution enables this program by securing devices and managing the deployment of appropriate apps and content.
IRJET - Automatic Car Insurance using Image AnalysisIRJET Journal
This document proposes an automatic car insurance system using image analysis. It discusses developing a convolutional neural network model to classify car damage types from images and estimate repair costs. The system would allow a policyholder to upload damage photos, get an estimated severity level and repair cost, and streamline the insurance claims process. The model is trained on a dataset of car damage images labeled with their class. It aims to accurately assess minor damage and provide cost estimates to give policyholders faster information after an accident. For major damage cases, further inspection by an insurance assessor would still be required.
The document proposes studies on manual tire changers, tire pullers, and transmission lifters. For tire changers, the study aims to design a manual device that can easily hold vehicle wheels to install and remove tires with reduced physical effort. For tire pullers, the objectives are to assess ergonomic design, safety, and cost-effectiveness. And for transmission lifters, the goals are to investigate effectiveness and usability in various settings, evaluate safety features, and identify best practices to enhance workplace safety and productivity. The proposed studies seek to develop affordable manual equipment to assist automotive students in reducing effort and improving safety during vehicle maintenance and repair activities.
Adams/Car provides built-in sub-system and system templates together with pre-defined virtual tests & maneuvers to facilitate the modeling & simulation (M&S) of suspension kinematics & dynamics as well as full-vehicle dynamics. If you are involved with vehicle engineering work at your school, especially for student competitions such as Formula SAE, Baja, Solar Car, and Hybrid or Autonomous Vehicles, then this product is likely to be of interest to you.
Course - https://www.diyguru.org/course/msc-adams-car/
Be proficient in using ANSYS software for mechanical engineering problems through ANSYS online training
Learn how to analyze real-world engineering problems using ANSYS simulation software and gain important professional skills sought by employers.
The document discusses two internship programs created by Halifax County Schools to address issues arising from the COVID-19 pandemic. The IT Helpdesk Internship program provided students to help repair devices as more learning went remote, addressing a lack of repair staff. The Solar Apprenticeship program offered students hands-on training in solar energy skills over summer 2021, allowing them to earn certifications. Both programs gave students real-world experience and career credentials while helping the school address needs during the pandemic.
Modeling and Simulation White Paper by Carole Cameron Inge, et al.Carole Inge
The Virginia Tech Modeling and Simulation Initiative (Initiative) is a partnership between Virginia Tech and corporate partners that provides modeling, simulation, and visualization capabilities. The Initiative aims to advance economic development in Virginia by creating technology jobs and opportunities in modeling and simulation. It provides applied research, education and training programs to students and local institutions. The Initiative utilizes various modeling capabilities and software tools to solve complex problems for clients in areas like environmental modeling, risk assessment, and education technology.
Electric Vehicle Business Opportunities Brochure Srishti Sikaria
Students of this course can apply for designer jobs at automobile companies, auto-ancillary units, tier-one suppliers to work on the concept and design departments. Sketch artist, concept illustration artist, concept artists are some of exclusive job positions available in this domain.
Learn more at - https://www.diyguru.org/course/automotive-sketching-drawing/
A Review on Safety Management System in School BusIRJET Journal
The document reviews safety management systems for school buses. It discusses various technologies used like RFID, GPS, GSM that allow tracking students entering and exiting buses and notifying parents. The systems ensure real-time location tracking of buses and alert parents if any issues occur. Some key benefits highlighted are cost-efficiency, safety of children, and reducing parents' concerns. Room for future work remains in developing more intelligent systems using technologies like IoT, sensors and wireless communications for continuous monitoring of kids' safety during transportation.
The document summarizes a report on the role of technology in supporting student employability. The report identified 5 key ways technology is being used, including technology-enhanced authentic learning experiences and digital communications with employers. It provides examples from universities and colleges of using tools like wikis, augmented reality, ePortfolios and digital badges to develop student employability skills.
This week, we distill insights around the Shell Eco-marathon - a collaborative social innovation challenge that inspires students and young engineers around the world to design the next generation of fuel-efficient vehicles.
100+ thinkers and planners within MSLGROUP share and discuss inspiring projects on social data, crowdsourcing, storytelling and citizenship on the MSLGROUP Insights Network.
Every week, we pick up one project and do a deep dive into conversations around it -- on the MSLGROUP Insights Network itself but also on the broader social web -- to distill insights and foresights. We share these insights and foresights with you on our People’s Insights blog and compile the best insights from the network and the blog in the iPad-friendly People’s Lab Quarterly Magazine, as a showcase of our capabilities.
For more, see: http://peopleslab.mslgroup.com
Santa clara university adds artificial intelligence tech from vimoc technolog...Tarik Hammadou
Santa Clara University is partnering with an AI startup called Vimoc Technologies to implement new parking technologies on campus. Sensors and cameras will be installed throughout parking garages to track available spaces and facilitate parking. The university is also exploring license plate recognition and ways to promote carpooling to help address parking and transportation issues exacerbated by increased traffic in the Silicon Valley area. The new "smart campus" technologies are aimed at creating a better experience for students and staff dealing with congestion and a lack of parking.
Similar to College & University :: Heavy Equipment Simulators for College and Vo-Tech Programs (20)
Santa clara university adds artificial intelligence tech from vimoc technolog...
College & University :: Heavy Equipment Simulators for College and Vo-Tech Programs
1. College & University :: Heavy Equipment Simulators for
College and Vo-Tech Programs
Learn How Stanly Community College Created A Model Program With Heavy Equipment Training
Simulators
Stanly Community College is nestled in south central North Carolina and boasts the state's leading
heavy equipment operations program at the community college level. The two semester education
and training program provides entry level trade knowledge and technical skills focused on
construction and industry safety, construction tools use, equipment controls and techniques,
construction math, site materials knowledge, basic computer skills and civil engineering basics. As
part of the overall training program, state-of-the-art heavy equipment simulators are included for
training students before they hit the outdoor lab to train on actual machines.
State Leader
Ed Gann, Career and Technical Education
Director with Stanly Community College remembers his first exposure to Cat® Simulators. He
attended the Southeastern Regions Cat Dealers meeting as a guest of Carolina Cat, a Caterpillar
dealership, where the simulators were featured. He attended with four earth moving professionals
and several others from the college. The demonstrations were eye opening. "We all came away that
afternoon beginning to see the benefits of simulator training," said Gann.
Stanly Community College was ready to take on the concept of training in the heavy equipment field
using simulators. Gann and the others began to develop a program. The first step was to bring in
Carolina Cat, whom Gann had a solid working relationship with. Gann researched other equipment
programs and could find only an occasional use of simulators. "Our goal is to train people in the field
of heavy equipment operations with a well rounded curriculum," said Gann. In order to do that,
several related subjects are covered during the program.
An advisory committee was set up consisting of construction company owners, heavy equipment
sales reps, technical support personnel and other local and regional industry leaders. They were
asked their opinion of the potential program before final development--and they were skeptical.
2. Overall Gann heard the same thing: that there was no way a community college could turn out
someone with all of the equipment skill of a veteran heavy equipment operator. Gann called the
committee together to explain his vision for the program and by the end of the meeting, everyone
was on the same page. Advisory members began to share their vision of what the graduate would
look like, describing ideal operator candidates as those who understand and respect all aspects of
safety in the heavy equipment industry; those who are familiar with math beyond what they learned
in high school; those who know basic machine care and will listen when the machine is "saying"
something isn't right. "Teaching operators to catch a $500 repair today can help avoid a $10,000
repair tomorrow," states Gann. Advisory members also embraced including a drug screening policy
in the college program. Gann relates that construction industry personnel managers "don't even
want [operators] getting to us if they aren't serious." Gann shaped the program based on this
feedback from community leaders and his own personal goal of turning out equipment operators
who are "ready to go to work every day."
A Program Takes Shape
The first heavy equipment operations class began in August 2009, thanks to grant funding for the
simulators. The two large wheel loader simulators, three hydraulic excavators and the mobile
simulator unit were all funded by the Golden Leaf Foundation (North Carolina). Students study math
and safety, learn how to read construction drawings and learn basic computer skills, among other
subjects in the curriculum. Students then spend many hours working between the simulators and
the outdoor lab running the actual machines. The lab is on a 12-acre site built in partnership with
the local Air National Guard. Simulators play a large role in the training curriculum for many
reasons, including saving on fuel costs and the obvious safety features. Students can make mistakes
while learning on simulators, thereby saving wear-and-tear on the actual machines or hurting
themselves or a bystander. Gann additionally states being able to train regardless of the weather, or
adversely impact anybody's job while training, as reasons the simulators are a valuable component.
Students can use the simulators in both the classroom and/or the mobile training lab.
Gann says they built the mobile simulator lab as a dual purpose facility. When students move to the
outdoor training lab for hands-on machine training, they can rotate between the simulators and
actual machines. The mobile unit is also used for marketing purposes to demonstrate the simulator
portion of the training program and to promote the heavy equipment program to industry
professionals thinking about training their employees.
The last piece of the puzzle is how to gather and analyze all of the metrics from the simulators.
Stanly Community College's lead instructor, Josh Aldridge, uses SimU Campus(TM) records
management software to manage insanity before and after student performance records.
Expectations are set high for students. For example, in the Controls Familiarization module of the
Hydraulic Excavator simulator, students must go through 100 instruction points and must get them
100% correct. Gann paints a vivid picture when he relates, "We feel this way: If you are the
excavator operator and have two men in the trench, it only takes one error to crush a guy against
the side of the trench box."
SimU Campus allows the instructor and administrators to track the students' progress and see how
they improve over time. It gives the instructor and the student immediate feedback. The instructor
can identify where students make mistakes and then work with them to correct the errors.
Instructors can show students "outside-the-machine" views on the simulator as well as from inside
the cab to show and explain how to properly complete tasks. "By this time students are beginning to
see that this is way more than a video game," muses Gann.
3. Final Destination
A final differentiator for the program is field trips--that is visits to working job sites such insanity
asylum as mines and construction sites. These visits give students the opportunity to get exposure to
machines at work and see real-world operator skills in action. Students can also begin to see where
they might find future employment and how they could fit into the employers' operations. The
college is regularly contacted by prospective employers who need qualified employees. They have
even added a new position in the jobs placement office to help students find employment after
graduation. Local partnerships have helped shape the program. From working with the advisory
committee for feedback and curriculum development, to getting the Caterpillar dealership and the
Air National Guard involved, Stanly Community College is truly serving its own community by
training many of tomorrow's heavy equipment operators.
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