...Name: Smit Khant Major: M.Sc Mechatronics STATEMENT OF PURPOSE “Education is a tool that puts one on a fast track to acquiring knowledge and personality that sets one apart from the crowd. It is one bottom less hole; no matter how much one pours himself into it, he thirsts for more.” This is the motto of my life. Technology is advancing and expanding to unimaginable possibilities, which can connect as well as access information more than ever before. Still there is much in this field that we are yet to discover. That is the principle reason I am applying to the M.Sc Mechatronics program at your esteemed university. Technology is driven by need. Inventors often have an uncanny skill of resolving situations with their innovations. But what separates engineers from mere innovators is the ability to recognize the importance of sustainable technological solutions for the future. My ability to be proactive in this matter makes me stand apart. Ever since my school days, I’ve been interested in the theoretical frameworks in Mathematics and Sciences, which drive the physical world. I had received admirable grades in my 10th and 12th schooling. Engineering, at this point of time, seemed as a natural extrapolation of my abilities and interests. The amazing task of moving the world is the monopoly of machines, so I made Mechatronics engineering as my preference. My undergraduate education at U.V.P. College of Engineering, Ganpat University has provided a thorough exposure to the various...
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... & 5 1300-1355 ME315 Mr Shivaananda Nayak --M2] 6 1400-1455 7 1505-1600 . ME316/ ME318 . 8 1605-1700 B1 ME312 . Tuesday ME301/ HU301 ME302 ME301/ HU301 ME315 Wednesda y Thursday ME300 ME301/ HU301 A1 ME370/ ME312 ME314 B3/A2 . . ME316/ ME318 ME315 ME300 ME301 B4/A3 . ME316/ ME318 A5 . ME370/ ME312 ME314 . B5/A4 . ME370/ ME314 B6/A6 . . SLOT C B A E Friday CODE ME300 ME301 ME302 HU301 ME303 AM207 Elective-1 Elective-2 Elective-3 COURSE NAME Energy Engineering Design of Mechanical Drives Mechanical Measurements &Instrumentation HUM Metrology & CAD Lab (0-0-2) 1 FM LAB ME312 Mechanics of Metal cutting & press working ME314 Synthesis of Mechanisms ME 315 Internal combustion Engine ME316 Mechatronic System Design Elective-4 ME318 Theory of Elasticity Elective-5 ME370 Automatic control Engineering Elective-6 ME387 Product Design & Rapid Prototyping ME303 BATCH M11 M12 M13 M21 M22 M23 Metrology & CAD Lab FACULTY SMM DCR SB PJR MRR MD FACULTY VSG MAH RKK HUM SLOT C E A B FACULTY ASB GCM DCR HUM HSN SSR PM/SKY NKP SB KRG SMK ELE1 ELE3 ELE2 ELE4 ELE4 ELE5 ELE6 F' A' D E' A' F AM207 FACULTY App Mech https://sg1-excel.officeapps.live.com/x/_layouts/xlprintview.aspx?&NoAuth=1&sessionId=12.745da76424451.D80.1.V25.37... 03-08-2013 22:05:40...
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...Chapter 3 Introduction to Microcontrollers 3.1 Just a Start Up A microcontroller (also MCU or ¥ìC) is a computer-on-a-chip. It is a type of micro-computer element that emphasizing high integration, low power consumption, self-sufficiency and cost-effectiveness, in contrast to a general-purpose microprocessor. In addition to the usual arithmetic and logic elements of a general purpose microprocessor, the microcontroller typically integrates additional elements such as read-write memory for data storage, read-only memory, such as flash memory for code storage and permanent data storage memory, peripheral devices, and input/output interfaces. Microcontrollers often operate at very low speed compared to modern day microprocessors, but this is adequate for many typical applications. They consume relatively little power (milliwatts), and will generally have the ability to sleep while waiting for an interesting peripheral event such as a button press to wake them up again to do something. Power consumption while sleeping may be just nanowatts, making them ideal for low power and long lasting battery applications. Microcontrollers are frequently used in automatically controlled products and devices, such as automobile engine control systems, remote controls, office machines, appliances, power tools, and toys. By reducing the size, cost, and power consumption compared to a design using a separate microprocessor, memory, and input/output devices, microcontrollers make it...
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...TABLE OF COMMON LAPLACE TRANSFORMS Time Function f (t ) Unit Impulse δ (t ) Delayed Impulse δ (t − T ) Unit Step Unit Ramp Polynomial Exponential Sine Sin Sinh Cosine Cosine Cosh Damped sine t≥0 Laplace Transform F (s) 1 u (t ) t tn e − at sin ωt sin(ωt + φ ) sinh ωt cosωt cos(ωt + φ ) cosh ωt e − at sin ωt Damped cosine e − at cos ωt 1 t n−1e −at n = 1,2,3,... (n − 1)! 1 (e −at - e −bt ) (b − a ) 1 (ae − at -be −bt ) (a − b) 1 [( z − a )e − at -( z − b)e −bt ] (b − a) e − at e −bt e − ct + + (b − a)(c − a ) (c − b)( a − b) (a − c)(b − c) ( z − a )e − at ( z − b)e − bt ( z − c)e − ct + + (b − a)(c − a ) (c − b)( a − b) (a − c)(b − c) 1 −at e sin(ωt ) ω e −Ts 1 s 1 s2 n! s n +1 1 s+a ω 2 s +ω2 s sin φ + ω cos φ s2 +ω 2 ω 2 s −ω 2 s 2 s +ω2 s cos φ − ω sin φ s2 +ω 2 s 2 s −ω 2 ω ( s + a) 2 + ω 2 s+a ( s + a) 2 + ω 2 1 (s + a) n 1 ( s + a )( s + b) s ( s + a )( s + b) s+z ( s + a )( s + b) 1 ( s + a )( s + b)( s + c) s+z ( s + a )( s + b)( s + c) 1 (s + a) 2 + ω 2 1 b2 b − at 1 + ω e sin(ωt − φ ) ω φ = tan −1 a 1 s[( s + a ) 2 + ω 2 ] b = a2 + ω 2 a2 +ω 2 ω2 1/ 2 ( ) 1/ 2 sin(ωt + φ ) s+a s +ω 2 2 ω φ = tan −1 a ω n −ζω nt e sin (aω n t ) a a2 +ζ 2 = 1 1 −ζω nt 1− e sin (aω n t + φ ) a a2 +ζ 2 = 1 ζ = cos φ 2 ωn ,...
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...Poppet or check shut off valves Pressure relief valve simulation Function Leak free sealing of flow in one direction. Allows flow in only one direction. Provides positive back pressure on a system when fitted with a spring. Also used as simple low pressure relief valves. Setting Fixed spring to control the opening or cracking pressure Fit valves without springs vertically Variations Pilot operated – can be opened by pilot pressure to allow flow back through valves. Can be used as leak free directional valves. Typically for low flow, high pressure situations or for very high flows where directional valves are expensive or not suitable. Directional control valves Function Stops/starts flow or directs flow into A or B service lines. Variations Manual or electrical operation. Spool centre positions vary depending on free flow path or pressure venting. Pilot or direct operated valves. Low flows generally direct acting but large flows require pilot operation. Pressure relief valves Function Limits the maximum pressure in a circuit. Setting Generally set 15 bar above the working pressure of system. Back pressure - Changes in pilot drain or backpressure will generally be added to the set pressure; making a sequence valve. Variations Direct acting - quick response, low flow, leak free. Pilot operated - high flow, internal or external leakage. Unloading valve - e.g. relief valve that switches to minimum pressure for start up. Flow control or throttle valves ...
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...Nintendo Wii Marketing Plan for Marketing Management Brian Moats 2/13/2008 Executive Summary This marketing plan is looking at Nintendo's Wii. This innovative hardware has really changed the way people, young and old, look at gaming. Considering the Wii has only been out a year and four months, this is a extraordinary feat. Nintendo has been keeping gaming alive since 1985 with the release of the original Nintendo (Famicom in Japan) and still keeps the true spirit of gaming alive today. For thoughts from the President of Nintendo, look at pages 4-5 of the 2006 Nintendo Annual Report. 2 Contents Situation Analysis ........................................................................................................................... 4 Internal Environment .................................................................................................................. 4 Key Executive ......................................................................................................................... 4 Board of Directors................................................................................................................... 4 Employees ............................................................................................................................... 4 External Environment ................................................................................................................. 4 Customers ........................................
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...Summary This report was aimed to get a better grasp/understanding of multiple measuring devices that are ideal in measuring current, voltage, and resistance. For this lab in particular, we used the Digital Multimeter, Function Generator, and a Oscilloscope to measure the variations of the components we made on the given breadboard. So essentially, after we made the circuit as instructed, we tested the in’s and out’s to calculate the resistance, and currents across the board. Before the board was made, we had to measure the resistors that were giving to us to verify its resistance. After all calculations were done, we took note on actual and theoretical values implemented by the circuit. Most of the lab consisted of measuring specific values with the various machines in the lab. After we calculated the resistance and currents that passed through the circuit we built, we moved forward with the lab, inevitably, giving us the chance to see how sinusoids can be formed, altered, and measured on the Oscilloscope. While completing the lab, we realized the Oscilloscope was quite useful in verifying sinusoids and their measurements while playing with the voltage and etc. Honestly, all the equipment in the lab was quite useful when used correctly. After documenting the information, it was quite apparent the actual data is slightly different from the theoretical values. This is ideally so because there is human error in calculating current, resistances, and power delivered. ...
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...Having majored in physical science in associate degree, I would now like to further continue my studies by majoring in mechatronic engineering as an undergraduate. My interest in machinery dates back to my years in primary school, which is located near some garages. When I saw a sports car there, its shape and engine on the back sparked my interest in machinery. I started to find some more information about engines and cars, cultivating my interest in mechatronic engineering. I have read many cars related books and magazine, comprehending the suspension system, gearbox, engine, etc. Also, studying physics at an advanced level has been very helpful in developing my interest in mechanics and mechanics and electricity are my favorite parts within the whole syllabus because it sometimes relates to machinery. Despite the failure of the exam, I choose physical science to continue my studies in associate degree, striving for a Bachelor degree in mechatronic engineering. With respect to my extra-curricular life, I have been a chairperson of the table tennis club, which involves representing our school inter-school competition, made me experience the importance of being a team player. I was also elected as the house chairperson, leading several hundred schoolmates to strive for a common goal- BE THE CHAMPION. I developed and sharpened my leadership skills and communication skills as well as problem solving skills by uniting my house members to fight for our glory. At the end, with...
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...Josiah Gideon E. Garcia Mechatronics Engineer Josiah Gideon E. Garcia Mechatronics Engineer #283 R. Mendoza St., Poblacion, Agoncillo, Batangas josiahgideongarcia@gmail.com – 09068184056/09158635115 #283 R. Mendoza St., Poblacion, Agoncillo, Batangas josiahgideongarcia@gmail.com – 09068184056/09158635115 Personal Details | Single24 years of ageBorn Again ChristianA Filipino citizenBorn on July 17, 1991 | Skills | Computer literateKnowledgeable in Microsoft Office, AutoCAD, and Fluidsim | Career Objectives | To succeed in an environment of growth and excellence, earn a job which provides me job satisfaction and self-development, and help me achieve personal as well as organizational goals. | Educational Attainment | Batangas state university – Batangas City 2010 - presentBachelor of Science in Mechatronics EngineeringGOV. FELICIANO LEVISTE MEMORIAL NATIONAL HIGH SCHOOLLemery, Batangas 2004 - 2008SecondaryLITTLE CHRISTIANS’ LEARNING CENTER –Agoncillo, Batangas 2000 - 2004 MORONG ELEMENTARY SCHOOL – Morong, Bataan 1997 - 2000Elementary | Other Qualifications, Trainings and Certifications | On the job trainingAmkor Technology Philippines Laguna Technopark, Binan Laguna Phils. 4024 November 15, 2015 – March 24 , 2016Programmable logic controllersTESDA Regional Training Center, Batangas CityOctober 7, 2014basic motor control leading to mechatronics servicing TESDA Regional Training Center, Batangas CityJuly 15, 2014CNC Machine programming and operationTESDA Regional Training...
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...Mechatronics BASIC MEASUREMENT TOOLS MTX 103 Fall 2 Credits 11 hours of lecture - 22 hours of lab Fundamentals of measurement tools. Topics include basic measurement, S.I. and U.S. customary measurement, precision measurement tools and dimensional gauging. Prerequisite: A grade of "C" or better in ELEC 101, 102, and 121; or concurrent enrollment in ELEC 101, 102, and 121; or consent of Instructional Unit. BASIC HYDRAULICS MTX 105 Fall 2 Credits 11 hours of lecture - 22 hours of lab Fundamentals of hydraulics. Topics include hydraulic power systems, hydraulic circuits, principles of hydraulic pressure and flow and various types of hydraulic valves. Prerequisite: A grade of "C" or better in ELEC 101, 102, and 121; or concurrent enrollment in ELEC 101, 102, and 121; or consent of Instructional Unit. BASIC PNEUMATICS MTX 107 Fall 2 Credits 11 hours of lecture - 22 hours of lab Fundamentals of pneumatics. Topics include pneumatic power systems, basic pneumatic circuits principles of pneumatic pressure and flow and pneumatic speed control. Prerequisite: A grade of "C" or better in ELEC 101, 102, and 121; or concurrent enrollment in ELEC 101, 102, and 121; or consent of Instructional Unit. ELECTRIC MOTOR CONTROL 1 MTX 110 Fall 4 Credits 22 hours of lecture - 44 hours of lab Fundamentals of electric motor control. Topics include electrical safety, control transformers, overload protection, ladder logic, control relays, electronic sensors, and other topics related...
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...Alhamdulillah, terbuka hatiku untuk postkan esei MARA ku yang tidak seberapa ini. Untuk siapkan esei ni aku bnyk rujuk contoh2 esesi drpd internet. Kini, setelah siap yang ak punya, ak rasa sudah tibalah masa untuk aku membantu org lain, orang yang mungkin melalui pengalaman yang sama mencari contoh esei MARA seperti aku. Rasa bersalah pula kalau aku tidak sebarkan. ME, MY EDUCATION AND CAREER PLANNING Written by : Imran Bin Ariffin, former student of Maktab Sultan Ismail NRIC : 930704-03-5959 My full name is Imran Bin Ariffin, the third child of Ariffin Bin Noor, a doctor posting in Hospital Gua Musang and Kamariah Binti Awang, a Biology teacher at Sekolah Menengah Kebangsaan Sultan Ismail. I have 5 siblings – three brothers and two sisters – with all of them are still studying, two in tertiary education while three others are schooling. We live in a peacefully serene village located not far from Pantai Cahaya Bulan, called Tok Dokang. About my education background, I finished my primary education at Sekolah Rendah Islam Aman (SRI Aman), a private Islamic school which integrates national curriculum and fundamental Islamic studies. Obtained 5 A’s in my Ujian Penilaian Sekolah Rendah (UPSR), I entered Maahad Muhammadi Lelaki (MML), at which I studied for only 3 months before I went to Maahad Tahfiz Sains (MTS), a boarding school in Tanah Merah. Despite the tough 4 years of interdisciplinary study – academics, Islamic subjects and memorization of the Holy Qur’an – at MTS...
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...Bio-Robotics and Human-Mechatronics (T. Matsumaru) Lab 2012 生体工学 Bioengineering 440111270A 授業の内容Class • 概略と目標Goal • 生体工学bio-engineeringにおける基礎的な知識fundamental knowledgeを体系的に systematically習得masterすること． • ただしhowever授業時間数class hourに限りがあるlimitedので，工学系の学生さんengineering studentsが生体を 知ろうとするときに，取り組みやすいaccessible項目items，将来もin the future役に立ちusefulそうな話題をtopics 取捨選択picked upした． • 関連する周辺分野related fieldsを含めて学んだlearned知識knowledgeを，現実の問題･ practical issues課題actual problems / subjectsに関連づけるconnectこと． • 受講要件Requirement • 過去のpast学習経験learning experienceを生かすmake use習慣customをつけよう． 松丸隆文 Takafumi Matsumaru • 機械工学mechanical engineeringに関する基礎科目basic subjects （いわゆる４力学four major dynamicsなど）を習得learnedしていることが望ましいdesirable ． • さらに深くdeeply学ぶnecessaryためには，医学medicine ・生理学physiology ･看護学nursing science ･薬学pharmacy ・心理学psychologyなどの基礎basicsを，必要に応じてwhen needed 学んでstudy by yourself欲しいpreferable． • 基礎工学fundamental engineeringやその他の周辺分野relating fieldsを組み合せてintegrating問題を解決solve a problemしようとする応用工学applied engineeringのひとつだと位置づける． • その先はいくらでも広がっている，広がりつづけているThe world spreads beyond the class infinitely．興味をもった ところから自分の力で深入りして行こう． • 履修上の注意Remarks • 講義はきっかけを与えるgive an opportunity to study入り口entrance．受身でなく，自分から 積極的にactive情報収集gathering informationなどで学習を深めてdeepen your study欲しい． Bio-Robotics and Human-Mechatronics (T. Matsumaru) Lab 2012 Bio-Robotics and Human-Mechatronics (T. Matsumaru) Lab 2012 授業の進め方Procedure • 演習Practice • その授業following classに関連するrelated to 内容の自己点検self-inspection...
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...AS PER APPENDIX ‘B’ TO DPM 2009 STATEMENT OF CASE FOR DEVELOPMENT OF MECHATRONIC CONTROL SYSTEM AT AFTC, JALAHALLI (W), BANGALORE |1. Unit |Air Force Technical College, Jalahalli West | |2. Name of the item being produced |Development of mechatronic control based security gate at AFTC | |3. Justification of the procurement |The Aim of the project is to make a Mechatronic Control system which would| | |enable automatic operations of Main Security gate barrier and act against | | |any security threat effectively. As in examples in some Asian countries, | | |there is possibility of a terror attack in India when some terrorists | | |might try to infiltrate inside a high security bases in a speeding | | |vehicle. The project demonstrates some concepts which help in quick | | |automated reaction of the system which will prevent such types of attacks.| | | ...
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...more and simultaneously apply the learnt skills. To render good service with my good abilities to the best growth of the institution to which I serve and for the welfare of the society. |Education | M.TECH (Mechatronics) Institution: VIT University CGPA: 8.25 (upto 2nd semester) B.E. (Electronics and Instrumentation Engineering) Institution: St.Joseph’s College Of Engineering,Chennai Year of completion: 2011 Aggregate: 69.2% Higher Secondary School 12th standard Institution: Maharishi Vidya Mandir Higher Sec School Year of completion: 2007 Aggregate: 80.8% State Board Institution: D A V Public School Year of completion: 2005 Aggregate: 67.2% |Area of Interest | • Robotics • Mechatronics System Design • Biomedical Instrumentation |Internships...
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...www.jntuworld.com Code No: RR321402 RR SET-1 B. Tech III Year II Semester Examinations, December/January -2011-12 MICROPROCESSORS (MECHANICAL ENGINEERING(MECHATRONICS)) Time: 3 hours Max. Marks: 80 Answer any five questions All questions carry equal marks --1.a) What are various addressing mode in 8085 microprocessor? Explain with suitable example. b) Explain following instructions in detail with the help of examples. i) RAR ii) CPI data iii) CALL addr (Label) iv) SPHL v) XRI data. [8+8] 2.a) b) Draw the structure of 8086 flag register and explain the function of the flags with examples. Explain the function of the following instructions of 8086. i) IN ii) LAHF iii) LDS iv) XLAT v) XCHG [8+8] Discuss various branch instruction of 8086 microprocessor, that are useful for relocation? Write an 8086 assembly Language program to convert a BCD Number to a Binary Number. [8+8] What is an interrupt? Explain different types of interrupts supported by 8086 What are the priority-rules that follow to resolve the problem when two interrupt occurs at the same time? [8+8] Explain string manipulation instructions of 8086 with suitable examples. Write an assembly program to find out whether a given byte is in the string or not. If it is in the string, find out the relative address of the byte from the starting location of the string. [8+8] Distinguish between programmed I/O and interrupt I/O in case of 8086 processor. Interface an 8 × 8 key board using two 8255 ports and write a program...
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