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To assemble the left leg, refer to Figure 434 for overall parts placement Place the part labeled K on a table and place a nylon washer over the drill hole at the sloped end of the piece Place the part labeled M on top and place another nylon washer on top of part M, lining up the holes Next, place the part labeled O on top of the washer and insert a 6/32-inch 3/4-inch machine screw through all three pieces and the nylon washers The nylon washers separating parts K, M, and O act as bearings Secure in place with a 6/32-inch locking nut Tighten the nut with enough torque to hold the parts in place, but allowing them to move freely Take pieces Q and S and assemble with piece Q underneath S, placing a nylon washer between the two pieces To complete the right leg, take the subassembly made up of pieces K, M, and O and place it on top of the subassembly made up of pieces Q and S, with a nylon washer between each of the holes Secure in place with two 6/32-inch 1/2-inch machine screws

and locking nuts Tighten the nuts with enough torque to hold the parts in place, but allowing them to move freely The left leg is identical to the right leg, with the only difference being that the parts placement is a mirror of the right leg

Automotive publications may have staff photographers, but the majority work with freelancers Aspiring photographers, automotive and otherwise, often begin as photographers assistants

Now that both the right and left legs have been constructed, it is time to attach them to the robot s body Starting with the right leg, attach leg piece R to body mounting bracket B, and leg piece L to body mounting bracket D, with two 6/32-inch 1/2-inch machine screws and locking nuts with nylon washers separating each piece, as shown in Figure 435 Tighten the nuts with enough torque to hold the parts in place, but allowing them to move freely

Path 2: Preprofessional Bachelor s Plus Master of Architecture Degree The preprofessional degree plus professional Master of Architecture degree is the other predominant route to obtaining a professional architecture degree This route normally requires six years to complete, followed by a three-year internship The program is exible At the end of four years, the student has a college degree and may decide to continue in architecture and get a professional master s degree, spend a year or two working for an architect, or change disciplines and pursue study in another design-related eld The graduate may decide at this point to shift careers completely and/or seek an advanced degree outside the design eld Preprofessional programs are not professionally accredited and vary widely with respect to title, emphasis, electives, requirements, and speci c architecture offerings They are, however, preparatory for advanced architectural or other environmental design elds The four-year preprofessional program may be subdivided into two phases, usually of two years each The prearchitecture program may have only basic introductory courses in architecture with the majority of the course work focusing on the arts, humanities, and sciences The typical program, like the subdivided ve-year professional programs, is highly exible and provides a general education in the early years Though this may frustrate many who want to immerse themselves quickly in architecture, it does provide time for experiencing a wider range of subjects, allowing the maturing student a better opportunity to make career choices Ideally, the extra courses in the humanities and social sciences will give students a broader background from which to start their professional education For those who ultimately

Take the left leg and attach leg piece Q to body mounting bracket A, and leg piece K to body mounting bracket C, with two 6/32-inch 1/2-inch machine screws and locking nuts with nylon washers separating each piece Tighten the nuts with enough torque to hold the parts in place, but allowing them to move freely Refer to Figure 424 and Figure 434 for identification of parts Figure 436 shows the left and right legs attached to the mounting brackets The next step is to attach the leg springs Cut two springs with a diameter of 3/8-inch to a length of 5/8-inch, like the one shown in Figure 437 Attach one end of each of the springs to leg pieces L and K, and the other ends to the robot s body, as shown in Figure 438 Make sure that the springs fit snugly so that they do not fall loose when the legs are retracted

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