You're about to create your best presentation ever

Technical Project Presentation Template

Create your presentation by reusing one of our great community templates.

Technical Presentation

Transcript: Our main objective was to score the most points overall. Kaino and Alex were more hands on. They helped create the two practice boards. They also were dealing more with the sensors and creating the line program for the maze. Ce'Dedra, Selicia, Dennisha, and put together the technical presentation including the information and photos while creating the program for another part of race. We began Robotics this year. Jacob is a freshman and mentor for the middle school. He'll be working with us today. Dead Reckoning VS. Line Follow Program dead reckoning or using a line following program. All the marbles, or simply get out of the maze. The maze itself was a challenge. How to stop the marbles from affecting the Boe-bot Learning the QTI sensors Create our own program by learning about the one given. Dirt on tape Reversed sensors Lnt@PD4 What attachment was utilized & why did we choose that design? We used what we called a beak/arrow shaped object in front of the Boe-bot. The arrow would be low enough so that it protects the sensors & the marbles wont harm them. It's also designed so the marbles would go around our Boe-bot. We wanted to put an attachment on the back of the Boe-bot just in case we have to back up to get back on track. The full attachment would be like a box shaped object including the arrow/beak in the front. Group members What Challenges did you meet & how did you overcome them? Our Approach We feel that our approach was the best because we used all of our resources, took advantage of the information that was given to us, and brainstormed all of our options as a group. In addition to using our line follow program we did not used dead reckoning. We decided to use the sensors because if using dead reckoning and we hit a marble it would throw the whole boe-bot off of track. Our Technical Presentation Why is our approach the best?

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

TECHNICAL PRESENTATION

Transcript: S. NO. POINTS IMPLEMENTATION PLAN 1. The PP will carry out the EIA study within 10 Km area without Public Hearing, as per procedure prescribed in EIA Notification 2006 and prepare the EIA Report along with EMP Study area of 10 km radius is considered for EIA study. The topographical map of 10 km radius is given on next slide no. 10. 2. Point wise compliance of conditions of earlier "C T.O. under Air Act 1981 and Water Act, 1974 and authorization for operating a facility under HW (M&H) Rules, 1989; should be provided. The compliance of CTO vide letter no. F (Tech) / Alwar (Alwar) / 56 (1) / 2009 -2010 /1536 -1538 dated 08/07/2009 are enclosed as Annexure- VI. 3. The PP should obtain and provide the clearance from competent authority in the Inspectorate of Fire Fighting. The application for the clearance from the Inspectorate of Fire Fighting has been submitted the copy of the same is enclosed as Annexure- VII. 4. The PP should obtain and provide the clearance from the Inspector of Factories and Boilers. The copy of the clearance from the inspector of Factories and Boilers is enclosed as Annexure- VIII. 5 The PP should work out the water requirement for industrial purposes, if any and also provide details of hydraulic design of the STP and ETP and provide realistic details of PCM proposed to be installed. • Daily fresh water requirement after expansion will be 41.5 KLD. • The water balance is given in next slide no. 11 EIA/EMP TOR COMPLIANCE Conditions given in vide letters no. F1 (4)/SEIAA/SEAC-Raj/Sectt/Project/Cat.5 (f) B /(479)/12-13/944-946 dated 10.10.2012 TECHNICAL PRESENTATION OF GREEN FIELD INDUSTRIES – (EXPANSION PROJECT) # PLOT- A-319 A, MATASYA INDUSTRIAL AREA, TEHSIL- ALWAR (RAJ.). EXISTING PROPOSED TOTAL Chlorinated Paraffin Wax and Hydrochloric Acid 1500 -- 1500 ADC (Azo- Di- Carbonamide ) -- 2400 2400 DNPT (Di - Nitrosopenta Methylene Teramine) -- 500 500 Sodium Amide -- 480 480 Sodium Hydride -- 480 480 Existing project cost – Rs.18.00 lakh, Proposed project cost – Rs. 946.50 lakh, Total project cost after expansion- Rs.964.50 lakh VIOLATION CASE FOR OBTAINING ENVIRONMENTAL CLEARANCE AT THE 62nd MEETING OF THE STATE LEVEL EXPERT APPRAISAL COMMITTEE Meeting Hall, 4- Institutional Area, Jhalana Doongari, Rajasthan Pollution Control Board ,Jaipur - 302004 27th December, 2013 Study Period –Oct & Nov’ 2012 Work Order no. Nil, Dated -31/10/2011 PROJECT PROPONENT MR. VIMAL AGRAWAL (DIRECTOR) 207, Rakesh Deep Building, 11 Commercial Complex, Gulmohar Enclave, New Delhi – 110049 Ph: 011-4602110 / 46056810, E-mail- admn@suryaairproducts.com CONSULTANT ENKAY ENVIRO SERVICES PVT. LTD. (Serial no. 46 as per the List of Accredited EIA Consultant Organizations as on December 05, 2013) Corporate Office: L-G-6, Corporate Park, Gopal Bari, Ajmer Road, Jaipur Phone: - 0141-2363996, 4023996, Fax:-5118996 Email- info@enkayenviro.com, Website: www.enkayenviro.com

Technical Presentation

Transcript: We have five runs, and each run was divided based on the attachments and the closeness of missions next to each other. We used the polar system in programming the robot which is a two dimensional coordinate system where there is a distance and angle determined from a reference point. Below is a simple representation of how the polar system applies to our missions Mechanical Design Accuracy & Strength Programming Our Program mainly consists of my blocks. This is efficient because it makes our programming process easier and clearer. Using my blocks also made the program easy to understand for everyone. We can show you an example of our most important my blocks on the program. Every piece in our robot is there for a reason, which means no unnecessary additions. This assures simplicity and clarity in understanding the way the robot functions. This also means that we didn't need to perform any repairs on our robot. Also, everything is easily reached such as the motor, sensor, and charging port. Bases We used the gyro sensor to install a correction program on our robot (PID), it is essential for us to have this sensor as it increases the accuracy of our work drastically Mission Attachments Bee&Pig Mission Strategy We built bases to make sure the robot starts from the same point every single time. We considered making our bases as Equilateral Triangles to assure that the starting angle is 45° Our robot is designed in almost perfect symmetry, this contributes that all the mass and weight gets distributed perfectly. weight and mass distribution= perfect balance of the robot and a greater ability to walk straight and avoid faults Symmetry also helped us achieve a good point for the center of mass Runs Dimensions Our Smart Program Sensors In result to all the previously mentioned points as well as a testing period we did on the robot, we achieved a well put together, durable robot that reaches the exact point of ideal balance between accuracy, speed and power. Our final result was a powerful, fast, and faultless robot. Innovation My Blocks Process Simplicity We focused on using gears and making a gear box in order to be able to transfer motion and be able to move several extensions at once. General Specifications We built attachments to add to our robot in order to solve the missions in a logical and accurate way. Meet our Robot! We added three motors, two large motors for our wheels and one medium motor for the attachments. We considered balance and symmetry when choosing where to place these motors Strategy Our mission strategy consisted of linking our run orders to our attachments. So any missions that are near each other and could be done using the same attachment are on the same run. We also used an equation to calculate the rate of points that we should get per second. ( Number of points that can be earned/ the seconds we have= how many points we should gain per second= 395/150= 2.64) This way our time (2:30 minutes) is perfectly managed. Gyro Sensor Symmetry We made sure that our process didn't only consist on trial and error. We had a logical process of testing and editing aspects of our design and program. This means that our current programs and designs are the ones we began with after countless additions and developments. Two of the quotes we believe in regarding our programming: "There is always a better way" "Every time we do something again, we should do it better than the last time" Color Sensor Programming Our choice of wheels depended on trying and finding the best option, which was this one. This choice gave us a balance between the stability, accuracy, speed, and power that we need. When we saw the thick black lines on the mat, we knew that the usage of the color sensor was necessary and that it would be extremely helpful to use. Motors We have achieved a very smart program that applies to the Automatic Control System. As part of this Automatic control system we used PID correction values. After a number of tests we settled on these values for our Gyro PID: Kp: 5 Ki: 0.003 Kd: 400 Achieving this quality in our programming assured us that the mission is performed perfectly every single time without our intervention. We installed a gyro sensor as well as a color sensor so we can assure a more accurate robot that performs missions every time. Gears Detailed Specifications Our robot weighs around 903 grams. Its width and length equal 16.5 cms (square shape) and its height is 8 cms Wheels Attachments Ecobotic Technical Presentation

Technical Presentation

Transcript: Where it all begin... Peter Drucker Challenge Take Charge Accepting the Challenge The current head of Russell Reynold's ‘Los Angeles office at the time, Dennis Hightower, who graduated from Harvard with an MBA, been in the army, and has many other credentials, was put in charge of the search to hire the new European Vice President of Euro Disney establishment. In 1978, Dennis Hightower was chosen by the country manager of Disney to take the lead in building the Walt Disney Company consumer products for Europe and later other unions to expand its market, which he did in the Middle East and Africa divisions Master Plan Strategies "My role is to step back, take a global view and evaluate tradeoffs," Once decisions are made, I will wait for country manager's approval." Ordering but persuading people to go with his plan, giving them a vision that they could see themselves fitting into the picture. Squeaky-wheel-chair theory Understanding the various cultures of a different country that would complement the Disney brand. For the jobs that were created, there was not a distinct job role for each job position. Dennis had a hard time taking charge, instead he had everyone take some control of bits and pieces of his power. Trying to establish a new apparel strategy was a fail because his market was underexploited. The Italian country was not served because Italy is made up of small retailers, and none of the valid licenses catered to Italy. PROBLEMS Recommendation Solutions... -Create a firm job description for the President position. -Not biting off more than you could chew, and just build from the little they have, then create more by building a healthier relationship between the divisions. -Facilitating a cultural analysis of the European business. 4 You Can't Turn Back Time... & Just Run Back To The Past!

Technical Presentation

Transcript: Intelligent Education System for Autistic Children using Augmented Reality and Machine Learning Student Name: Mohammed Ahmed Asif 150412 - BENG CoE Supervisor Name: Dr. Geetha Achuthan Technical Presentation A Introduction 5 G A Introduction A Introduction Autism spectral disorder (ASD) is the most prevalent disability, affects 1 in 160 children globally (World Health Organization, 2017) Often caused due to mutations in DNA structure which leads to neurodevelopmental disorders Usually diagnosed by carrying out assessment and evaluations Number of real-life examples, where autistic children grew up to a normal (or near-normal) living E Aim & Objectives E Aim & Objective The aim of the project is to design and develop an Intelligent Education System to improve the learning of autistic children using Machine Learning. To research and review about autistic children and currently available systems that aids them to learn To design a database of real world objects, numerals, alphabets and their names in English using MySQL To design and develop a deep learning algorithm to interpret the objects and the images drawn by the children on sandbox To implement a machine learning algorithm to recognize the facial expressions of the autistic children and display and pronounce the objects accordingly To analyse the system on the basis of real time test cases I Literature I Literature Review O Further Review O Further Review U Visit to Autistic Center U Visit to Autistic Center visit to autistic center images - al manayer rehabilation center (Self,2019) Visit to autistic center images - Al Manayer Rehabilation center (Self, 2019) Design B K S N Diagrams N Block Diagram Block Diagram - All the components of the system and the data flow (Self, 2019) Flowchart Flowchart- Flow of how the system works (Self, 2019) 3D Diagram 3D Diagrams - Specifications of sandbox designed (Self, 2019) P Hardware Components P Hardware Components Acer Predator Helios 300 Gaming Laptop (Acer, 2019) BenQ MW632ST WXGA Short Throw Projector (amazon uk, 2019) Microsoft Kinect 3D camera v2 (amazon, 2019) Logitech HD Webcam C270 (Logitech, 2019) Wooden Frame with playable sand (Self, 2019) K Software K Software & Libraries MySQL Workbench (mysql, 2019) Ximilar App (ximilar, 2019) OpenCV (Opencv, 2019) Libfreenect2 (Github, 2019) Flask (Flask, 2019) C Methodology e h V Timeline V Timeline Sprint Timeline (Self, 2019) M Description M Extract Kinect Frames using OpenCV Kinect v2 View (Self, 2019) M Perform Image Processing M Gather sandbox data-set Captured Data-set (Self, 2019) M Training the Deep learning model Model Development (Deep learning studio, 2019) M Training the Deep learning model - Cont. Tasks (Ximilar, 2019) M Design the web application Web Application Design (Self, 2019) M Emotion Detector Emotion detector (self, 2019) Use Case & Sequence Diagrams A U Use Case Diagram Use Case Diagram Use Case diagram (Self, 2019) S Sequence Diagrams Sequence Diagram Sequence Diagram (Self, 2019) D Testing 4 e H Software Testing H Software Testing Unit Testing: Unit testing aims to verify each part of the software by isolating it and then perform tests to demonstrate that each individual component is correct in terms of requirements Integration Testing: Integration testing aims to test different parts of the system in combination in order to assess if they work correctly together System Testing: As the name implies, all the components of the software are tested as a whole in order to ensure that the overall product meets the requirements specified Acceptance Testing: Finally, acceptance testing is the level in the software testing process where a product is given the green light or not T Autism Center T Autism Center - Al Manayer rehabilitation Center Note: Names of the students are kept confidential, due to privacy reasons. Al Manayar Center (Self, 2019) E Analysis & Discussion X Z W J Data Visualization 1 Data Visualization Pairplot (self, 2019) Data Visualization Heatmap (Self, 2019) V Discussion 2 Discussion 2 out of 4 kids were happy to interact with the system. Meanwhile, other 2 kids were fearful and neutral Fearfulness in the kids were observed initially, due to the loud audio from the system As well as, a kid was fearful to look at an object like, an insect However, 4 out of 4 kids were able to speak out the alphabets by listening to the audio within the first 2-4 minutes of interaction F Conclusion X Z W 0 Gantt Chart 0 Gantt Chart 1 Future Work 1 Conclusion The prevalence worldwide and prevalence within Oman Literature was revised and further literature was done for better research The hardware components and software tools were identified and adopted System has been successfully designed and developed as expected Project was tested using various software testing techniques and the autistic kids 2 Future Work 2 Future work Develop Arabic data-set using the sandbox Support for the Arabic alphabets & numbers will be implemented Further testing would

Now you can make any subject more engaging and memorable