Designing A Computer Controlled Machine

There are 25 major specialties in engineering that are recognized by professional societies. In any one of those 25 specialties, the goal of the engineer is the same. The goal is to be able to come up with a cost effective design that aids people in the tasks they face each day. Whether it be the coffee machine in the morning or the roads and highways we travel, or even the cars we travel in, it was all an idea that started with an engineer. Someone engineered each idea to make it the best solution to a problem. Even though engineer 's goals are similar, there are many different things that engineers do within their selected field of engineering. This paper will focus on the architectural field of engineering.

In my robotics team, I learn all about programming in languages such as Java and C and the engineering design process. I am given the opportunity to design in CAD and to formally document our process in a professional Engineering

We can view this evolution in architecture because of new materials, technologies and ideals becoming available, new methods and possibilities were also opened up. Again, one of Kaufmann’s design principals is used in relation to the new advancements: Modern design should take advantage of new materials and techniques and develop familiar one. (Kaufmann, 1950)

The development of technology has made people pay more attention to computer skills. In architecture, the advantages of digital tools have also become increasingly significant since 1940. Before the parametric design, designers always used traditional software, like AutoCAD, Sketch-up, and Photoshop, to make the architectural expression. However, the parametric system encourages designers to consider the variety of design, and make the design more editable by changing parameters and controlled conditions. Therefore, we could say that parametric strategy did modify the process of architectural

Continuing with the development and improvement of the assembly line, in the 1960s, new machines were invented that allowed for five axes of motion. These devices were called the “Versatran”, and were installed a Ford factory in Ohio. But later in the decade, robots became even more complex adding another axis it can work

Design processes today have been reversed from designing from the inside to the outside, to designing from the outside to the inside. Most designing today is based on the actual structural appearance one will perceive from the exterior, rather than the functional use of the interior; although both are taken into consideration. AutoCAD is a

(1)3D Coordination (2) Design Reviews (3)Design authoring (4)Construction System Design (5) Existing Condition Modeling (6) 3D Control and planning (7) Programming (8) Phase planning(4D modeling) (9) Record Modeling (10) Site Utilization Planning (11) Site analysis (12) structural Analysis (13) Energy Analysis (14) Cost Estimation (15)Sustainability LEED Evaluation (16) Building System Analysis (17) Space Management /Tracking (18)Mechanical Analysis (19) Code Validation (20) Lighting Analysis (21) Other Engineering analysis (22)Digital Fabrication (23) Asset Management (24) Building Maintenance Scheduling (25) Disaster Planning.

Get creativity flowing as students don their hardhats to learn the complexities of designing structures! From integrating mechanics into structures to investigating the impacts of external forces, learners move through advanced, hands-on building and design activities. With new buildings reaching higher into the sky, architects and engineers are constantly working through questions of structure and style. Each day, students tackle those same challenges as they team up to develop an understanding of the real-world applications of

If you could imagine design in the future, what would you imagine? A virtual house, flying cars, or how about holograms. Design is the process to plan or draw the show, look, function or workings of a building, garment, or other objects before it is built or made. It is twenty seventeen and we have already begun to see the future. In the past, design was beautiful, but simplistic. Now, everthing is changing expediently. I speculate that with a touch of your cell phone a house will be produced within seconds. Which I believe might cause design to become more of a competitive field, filled with innovators from the future, gives a new meaning to a whole new world. How will building and car designs be transformed in twenty years you wonder? New

A collaborative robot, or “CoBot”, is a robotic device that has the ability to interact and work in human collaborative tasks. The implementation of CoBots in manufacturing is important to encourage the operator by simplifying the procedure, employing CAD interfaces to demarcate the motion path to fit the work space, and accomplish an operation successfully while following specifications. The use of CoBots has increased among various industries, due to their adaptability and ease of use. The fusion between the CoBot’s accuracy through Computer-Integrated Manufacturing and human sharpness will develop the connection between creature and machine. This paper will focus on the CoBot’s impact on manufacturing methods by improving throughput and

From the very early ages, I was interested in anything related to design and making, and the theories of architecture, building technology and design optimization are always my number one concerns. Having an architectural background, I have research experience with numerical and experimental studies of structural and material systems, and I would like to move the knowledge forward by studying the PhD in building technology, where I can have a research on performance-oriented design of buildings, considering structural and environmental performance, using integrated parametric design and performance assessment at the early stages of design. On the other hand, having a post professional degree in digital technologies, gave me a lot of knowledge and experience with the different methods and machines of fabrication, and I would like to combine the two methods in order to get the most optimized design and fabrication method.

Robots are a computer machines that are designed to perform many physical tasks either domestic or industrial. Robots have severely and positively impacted life and are intended to positively impact future life. They make it really easy to accomplish tasks and save humans from doing the most difficult tasks. They have developed to the point where they have revolted against people and are advancing to take over the world by taking over humans and preventing humans from completing undesired tasks. They are considered to be more flexible and more adaptable than other automated systems. This technology is advancing over years and robots are now able to perform many tasks more quickly, cheaply and accurately than humans. There were many domestic solutions of the use of robotics in the past when the microwave was invented. In today’s present society robotics has created an automated vacuum cleaner which is an iRobot called Roomba. The use of robotics is emerging throughout society and is intended to make industrial solutions such as robots used for working and construction in the future

The next step was the machinery (robots), being part of silicon valley the factory was equipped with highest most sophisticated robots able to manufacture thousands of cars a month. They all had to be taught manually to perform complicated multifunction operations of welding and putting different components of the car together. Teaching them is performed by an expert engineer who sets the points of welding by millimeter in a 3D space in which the computer catches and saves the coordinates for countless repetitions in future. Engineers spent over year and a half teaching those robots.

Architecture can be seen a tool for exploring the future; an instrument for questioning ourselves about the infinite possibilities that humankind has when

Manufacturing engineers are doing research and invent better new technology to improve the quality and production performance with higher profit, as well as lower cost. For instance, the invention of the high-speed machining (HSM) and robots in manufacturing had significant improvement to the productivity rate. According to Msaddek, Bouaziz, Baili, Dessein (2014), “HSM is one of the latest technologies being a part of the means provided for the enterprises to make important productivity gains” (p. 291). The high-speed machining is used to cut out unwanted materials from complex shapes, like dies and molds, in a shorter period with the speed of 4.8 meters per minute when cutting material such as aluminum (Msaddek, Bouaziz, Baili, and Dessein, 2014, p. 291). Likewise, the automatic system such as robots is the important workforce in manufacturing now a day to improve the quality as well as quantity. Usually, the industrial robots are used to manipulate dangerous, repetitive or tedious tasks, with the common applications such as material handling, welding, and assembly. The most common used of the robot is for assembly with 25.2 percent followed by machining with 20.6 percent, and warehouse and performing highly dangerous tasks with 6.5 percent respectively (“The New Hire” 2014, p. 5). According to Barbosa, Carvalho, and Filho (2014), “The automation system with high level of productivity can provide a good quality product with a competitive cost” (p. 1259). As a result, HSM