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Engineering Project Presentation Template

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Engineering Template

Transcript: Interview what led me to engineering Electrical Engineer Humberto Quinones Company- RTX Corporation phone number- 469-329-6931 Description- Has been engineer for 19 yeas previous comapines- Lockhead martin. Being a thinker is also a strong point of being a Electrical engineer. My other top responce was thinking. ELectrical engineers need too think alot because they are always designing and intergrating new ideas too their design. question 2 Based on my career quiz the strogest point I had was creating. Wich expalins why I wanted too be a Electrical engineer since electrical engineering is all about desinging ,and creating. Question 1 As an electrical engineer who do you turn too when you cant fix or solve a problem or are you on your own? what does a day in work look like. I usually wake up arund 6 in te morning s I can be read and go ofbf too work at 8. When I get too my office the first thing I do is check my email wich takes up an hour of my day. After that througout te day I have meetings , and diffierent apointmets with managers in the building. The last thing i do wicW takes up almost all my day isworing on ether my design or work on my product im designing. When I have a problem I usually alwaysfind a way too fix it. In the rare occasion that I cant fix the problem myself I would usually ask a coworkerof mine ,orif tey cat help tere are always my maagers an peple above mewho arealways available too hep me. question 3 Is there training yall have too do yearly or how do yall stay uptaded with the newest softwares? The way ourcompany does it is every 6 months we have a checkup on anything we need help or dont understand. For our traning every year we have too atted ameeting and they will teac us all te latest softwares and new things we have to do for te year. So yes our system is constantly changing anddevelopingadwe get great traning every year for it Fact 2 Electrical engineers work in alot of diffierent electrical items like phones, circuits, or communicational networks. This means that electrical engineers never stop learning. According too Michigan tech.org "Electrical engineers learn something new 1-2 times a day that will help them through their life." So you never ever stop learning in electrical engineering Fact 4 Fact 3 Electrical engineers have a global impact not just here in the United states. Things like phone communication are one of many ways Electrical engineers have impacted the world in positve ways. According too Aimst university other things that electrical engineers have impacted the world positvaly Electrical engineers highly skilled and educated when going in to applying for there job. In the United States you cant be an electrical engineer without a bachleors degree. So that means when you hear about an electrical engineer you know that they are college ready. Quality Control Processes Fact 1 What led met too electrical engineering? Quality control processes are systematic measures in engineering designed to monitor and evaluate the quality of products during various stages of production. Effective control mechanisms prevent defects, ensuring that final products meet defined specifications. Electrical Engineer Testing and Inspection Protocols Quality Assurance in Engineering Electrical engineering has always caught my eyes because of my uncle Sergio Torres. He always talked about how he shot missles so it was always inspiration from my uncle. I always saw him working on homework growing up and trying his best at University of Texas at Dallas always in the tutouring sectons. People might think that elecrical engineering has always been around in fact electrical engineering is one of the newest form of engineering the oldest being civil engineer. According too britanica.com electrical engineerimg began in 1883 but classes about the study of electrical engineering were being taught at Darmstadt University of Technology in 1853. Testing and inspection protocols ensure that products undergo rigorous evaluations before reaching consumers. These protocols include non-destructive testing, stress testing, and compliance checks that verify product integrity and safety. Quality assurance is a critical aspect of engineering that ensures products are built to meet required standards. Effective quality control processes and protocols are vital to achieving compliance and maintaining continuous improvement. Documentation and Reporting Compliance with Regulations Thorough documentation and reporting are integral to quality assurance in engineering. Accurate records of quality control tests, inspections, and compliance activities provide traceability and support accountability within the process. Compliance with regulations is mandatory for engineering projects to ensure safety and quality. Standards set by organizations such as ISO and ASTM provide frameworks for meeting legal and customer requirements in product manufacturing. Continuous Improvement Strategies Continuous improvement

Engineering Project (Presentation)

Transcript: Design Process #1 Define the Problem: #2 Brianstorming Teddy Alert #3 Research & Generate Ideas We researched: And asked People: #4 Identify Criteria & Constraints #5 Explore Possibilities We thought and brainstormed how to make our ideas better. The counseling teddy bear wouldn't work because it would not be able to help the child in anyway except comfort. The teddy alert would be able to protect the child and keep them from harm if needed by contacting the police. #6 Select An Approach Toy Name - Not Hazardous- 24/7 assistance- Simple Molds- Plastic-Simple Colors Teddy Bear - 1 2 2 2 2 Teddy Alert- 1 1 1 1 1 Yes- No 1 2 #8 Make a Model or Prototype #9 Test and Evaluate the Design We would like to test the battery life, the frequency and if the cops got to the child's house on time. If the battery dies to fast we will use stronger batteries. If the frequency doesn't go out to far we will use stronger satellites. If the cops don't get to the child in time we will use a faster response device. #11 Create or Make Solution If state governments were to hire us we would make a thousand copies for each school to have. #12 Communicate Results We will have a lobbyist to persuade government officials to buy and give our product to counselors around the country. War #7 Develop a design proposal First we had to make a list of world problems. Bullying Design Brief – Teddy Alerts Client: U.S. Government Target Consumer: School Counselors (abused children- end users) Problem Statement: Many children and young adults are suspected of being abused, but no one does anything about it. The Teddy Alert is a simple object that could prove and prevent future abuse. Design Statement: Design, test, market a product that can prove and prevent abuse with simple technology. Constraints: Small but not hazardous to small children. 24/7 operation Made out of simple molds Mainly plastic, but durable Simple colors, not too eye catching Child Abuse Do you think abuse is wrong? How do you think an abused child feels? Pollution Disease #10 Refine the Design The effects to the child after the abuse Child Abuse statistics Poverty Oil Counseling Toys Do you know what to do if you are abused? Teddy Alert has 5 yes's. Teddy Bear has 1 yes and 4 no's. *We picked Teddy Alert it has a greater chance of making a different or helping children. Do you know what abuse is? How to prevent abuse Education How to spot it Hunger Have you ever seen a child get abused?

Project presentation template

Transcript: text box Sheet title Sheet title Sheet title images & text images & text Project title here Project title here PROJECT TITLE Sheet title text box add logos here text box Project title here Project title here Project title here Project title text box Project title here text box Sheet title Project title here Project title here Assignment text box Sheet title images & text add logos here xx/xx/xxxx text box Project title here text box CHAPTER II "Quote relevant to project" text box images & text text box images & text Project title here Project title here images & text text box "Quote relevant to project" images & text Project title here CHAPTER III text box text box text box IDEAS & AMBITION Sheet title Project phase images & text add logos here images & text text box xx/xx/xxxx text box images & text text box text box Project title here DESIGN PRINCIPLES Project title here images & text Sheet title Project phase text box Sheet title images & text images & text images & text Sheet title Sheet title text box Sheet title Project title here images & text text box text box Sheet title images & text text box images & text text box PROJECT TITLE Project title Project title Sheet title Sheet title Project phase images & text images & text "Quote relevant to project" Sheet title images & text images & text Project title here Sheet title Sheet title images & text text box text box text box text box text box CHAPTER 1 Sheet title text box text box Project phase DESIGN images & text images & text Sheet title Sheet title Sheet title Project title here Project title here Project title here Sheet title text box Sheet title Sheet title PROJECT TITLE Project title here add logos here Sheet title Sheet title Project title here text box Project title here Project title here Sheet title Project title here images & text Project title here text box xx/xx/xxxx Sheet title Project title here Project title here images & text images & text images & text ANALYSIS Sheet title Project title here "Quote relevant to project" RISKS & OPPORTUNITIES Project title images & text PHILOSOPHY PROJECT TITLE Quote & cover image Sheet title images & text images & text IDEAS & AMBITION images & text images & text "Quote relevant to project" Sheet title Project title here AULa Design Bert Tjhie Tao Wang Postbus 1993 | 1000 BZ Amsterdam Cruquiusweg 111A | 1019 AG Amsterdam T +31 (0)20 624 5904 E info@aula-design.com www.aula-design.com © AULa Design 2013 Project title here cover image here Project title here Sheet title Project title here Sheet title Project title here text box Project title here CHAPTER IV Project title here Sheet title Project title here TABLE OF CONTENTS Project title here Project title here text box Write assignment here text box text box text box Project title here Project title here images & text Project title here Project title here Sheet title text box Sheet title Sheet title Project title here PROJECT NAME text box Quote & cover image Sheet title xx/xx/xxxx Sheet title text box Quote & cover image Sheet title Sheet title images & text text box Sheet title

Engineering Project Presentation

Transcript: The Problem? My Ideas Research Bike Light Materials Final Design Fit For Purpose Weather Resistant UV Resistant Impact Resistant Durability Good Luinosity Increased Visability for the User Multi Directional Visabiltiy High Battery Life ? Any Questions 2. 2011 1. 2010 Thanks for Watching 2013 2012 2009 3. Timeline High Visability Other Road Users For 0 + - = 9 8 7 1 2 3 4 5 6 c Engineering Project Presentation

Presentation Template.

Transcript: Presentation Name. By: Liam Lawrence Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic. Text. Topic. Topic.

Engineering Project Presentation

Transcript: Importance of Engineering Projects Engineering projects are crucial for societal advancement, addressing issues such as infrastructure development, energy efficiency, and technological innovation. These projects enhance safety, sustainability, and economic growth, reflecting the core values of engineering. Goals of the Presentation Overview of Engineering This presentation aims to highlight the significance of engineering projects, categorize them by discipline, and showcase specific examples. It will also discuss the challenges faced in execution and the future directions in engineering innovation. Engineering is the application of science and mathematics to develop solutions for technical challenges. It spans multiple disciplines, including civil, mechanical, electrical, and software engineering, serving as the backbone for infrastructure and technology development. Lessons Learned Innovative Solutions Reviewing past projects reveals critical lessons, such as the importance of stakeholder communication, adaptive management styles, and continuous improvement practices. Applying these lessons can significantly enhance future project success rates. To tackle engineering challenges, solutions such as adopting advanced technologies, leveraging project management software, and engaging in collaborative approaches are essential. Proactive planning and risk management also play crucial roles in mitigating issues before they escalate. Introduction to Engineering Projects Common Engineering Challenges Engineering projects are the foundation of innovation, driving advancements across various fields. They encompass a broad spectrum of activities aimed at solving real-world problems and improving quality of life. Engineering projects often encounter issues such as budget constraints, tight deadlines, insufficient resources, and regulatory compliance. These challenges can affect project feasibility and require strategic planning and execution to ensure successful outcomes. Challenges and Solutions in Engineering Engineering projects face several challenges that require innovative solutions for success. Understanding these challenges and their corresponding solutions promotes effective project management and enhances overall project outcomes. Engineering Project Presentation Detailed Project Showcase This section presents key engineering projects, highlighting their objectives and outcomes. Each project showcases innovation and technical expertise, illustrating the impact of engineering solutions in real-world applications. Project 1: Innovative Bridge Design This project focuses on the design of a sustainable bridge using recycled materials. The primary goal was to reduce environmental impact while maintaining structural integrity. Featuring advanced engineering software, the design achieved a 20% reduction in material usage. Showcasing Innovative Engineering Solutions Electrical Engineering Projects Project Outcomes: Measuring Impact Software Engineering Projects Project 2: Smart Energy Management System Software engineering projects focus on creating applications and systems that address specific user needs. These can range from mobile app development to complex software systems in industries like healthcare and finance, exemplifying how technology can enhance productivity and service delivery. This engineering project involves developing a smart energy management system designed to optimize energy consumption in urban environments. The system integrates IoT technology to monitor energy use, targeting a 30% reduction in consumption by improving efficiency. Electrical engineering projects involve the study and application of electricity, electronics, and electromagnetism. Notable examples include renewable energy projects like solar farms, which harness natural resources to produce clean energy, showcasing a shift towards sustainable practices in energy production. The successful execution of these projects has resulted in significant improvements in efficiency and safety. The bridge design showcases reduced carbon footprint, while the energy management system demonstrates remarkable savings. Lastly, the resilient infrastructure stands as a benchmark in safety and longevity, setting new industry standards. Project 3: Disaster Resilient Infrastructure Mechanical Engineering Projects This initiative concentrates on creating infrastructure capable of withstanding natural disasters. The project's goal is to develop materials and designs that enhance structural resilience, achieving compliance with updated safety regulations while minimizing long-term costs. Mechanical engineering encompasses a wide array of projects, from machinery design to automotive engineering. Projects in this category focus on improving efficiency and performance, such as the development of electric vehicles, which utilize advanced materials and technology to reduce carbon emissions and increase fuel efficiency. Project Categories Engineering

Engineering Report Template

Transcript: TIMELINE Quick overview YOUR FIRST POINT Introduce your presentation and provide context for your audience. Item Item Item Item Item Project Report MAKE A BOLD STATEMENT Use this space for details that you haven’t talked about yet. Line for subtitle Write something high-impact about this photo Keep your words short and punchy so your audience stays focused. FOLLOW UP Keep your words short and punchy so your audience stays focused. Follow up with another point Keep your words short and punchy so your audience stays focused. You can add imagery to keep their attention where you want it. MAKE THIS ANYTHING A final point, a quote, more context — adapt the template to fit your needs. Remember that your presentation is almost done, so keep it simple. YOUR NEXT POINT Details Details Description Details Details

Engineering design Template

Transcript: Presented by Mr. Wine Place your logo here Engineering Organizer Define the Problem Define the Problem Research the Problem Research Problem Problem Solution Solution Develop /Choose Solution Pugh Chart Create Before After Create Test and Evaluate Communicate Communicate Redesign Redesign

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