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EMT 2390L – Op­er­at­ing Sys­tems Lab­o­ra­tory

EMT 2390L – Operating Systems Laboratory

This lab-based course of­fers sup­port­ive in­struc­tion and train­ing for dig­i­tal media de­sign and con­tent de­liv­ery using a va­ri­ety of soft­ware pro­grams and plat­forms. Top­ics cov­ered in­clude but are not lim­ited to raster graph­ics, vec­tor graph­ics, 3D mod­el­ing, dig­i­tal audio, and dig­i­tal video pro­duc­tion and edit­ing. The class of­fers com­pre­hen­sive the­o­ret­i­cal and prac­ti­cal in­struc­tion of the tools and tech­niques for dig­i­tal imag­ing, graph­ics, video, sound, and in­ter­ac­tive de­sign. Specif­i­cally, stu­dents will be in­tro­duced to Adobe Pho­to­shop, Il­lus­tra­tor, In­De­sign, Word­Press, Au­dac­ity, Au­di­tion, Pre­miere, and Unity. In ad­di­tion, work­shops have been de­signed to fos­ter a cul­ture of col­lab­o­ra­tion and sus­tain­able learn­ing com­mu­nity.

This lab-based course offers supportive instruction and training for digital media design and content delivery using a variety of software programs and platforms. Topics covered include but are not limited to raster graphics, vector graphics, 3D modeling, digital audio, and digital video production and editing. The class offers comprehensive theoretical and practical instruction of the tools and techniques for digital imaging, graphics, video, sound, and interactive design. Specifically, students will be introduced to Adobe Photoshop, Illustrator, InDesign, WordPress, Audacity, Audition, Premiere, and Unity. In addition, workshops have been designed to foster a culture of collaboration and sustainable learning community.

Tech­nolo­gies, pro­to­cols, and tech­niques used to con­nect a com­puter net­work with other net­works through the use of gate­ways that pro­vide a com­mon method of rout­ing in­for­ma­tion pack­ets be­tween the net­works. In­ter­net­work­ing tech­nol­ogy al­lows com­put­ing de­vices to other in­ter­nal and ex­ter­nal de­vices, com­po­nents or sys­tems. Top­ics in­clude Local Area Net­works (LAN) and Wide Area Net­works (WAN) im­ple­men­ta­tion, wire­less net­works im­ple­men­ta­tion, net­work se­cu­rity, ad­vanced switch­ing and rout­ing con­fig­u­ra­tion, ad­vanced TCP/IP con­fig­u­ra­tion, and net­work man­age­ment. In par­tic­u­lar, this se­mes­ter will focus on the con­tent re­quired to ob­tain the CCENT/CCNA ICND1 cer­ti­fi­ca­tion from CISCO. NOTE: This course was for­merly known as Mi­cro­com­puter In­ter­fac­ing.

Technologies, protocols, and techniques used to connect a computer network with other networks through the use of gateways that provide a common method of routing information packets between the networks. Internetworking technology allows computing devices to other internal and external devices, components or systems. Topics include Local Area Networks (LAN) and Wide Area Networks (WAN) implementation, wireless networks implementation, network security, advanced switching and routing configuration, advanced TCP/IP configuration, and network management. In particular, this semester will focus on the content required to obtain the CCENT/CCNA ICND1 certification from CISCO. NOTE: This course was formerly known as Microcomputer Interfacing.

Re­verse En­gi­neer­ing/Prod­uct De­sign with Elec­tri­cal Me­chan­i­cal In­ter­fac­ing, Au­to­matic Con­trol Sys­tem Feed­back, Servo and Step­per Mo­tors, link­ages, gears, trans­mis­sions, dif­fer­en­tials, cams, levers, belts, in­ter­mit­tent mo­tion, brakes, and clutches. The ap­pli­ca­tion of these mech­a­nisms as mo­tion con­vert­ers and electro­mechan­i­cal en­ergy con­ver­sion sys­tems with their dis­place­ment, ve­loc­ity, and ac­cel­er­a­tion. Lab­o­ra­tory study of phys­i­cal and op­er­a­tional char­ac­ter­is­tics of me­chan­i­cal and electro­mechan­i­cal com­po­nents through the tech­nique of hands-on bread board­ing using stan­dard in­dus­trial com­po­nents. Pre­req­ui­sites: EMT 1120, EMT 1130; Pre or coreq­ui­sites: MAT 1275 or equiv­a­lent, PHYS 1433. 3 class hrs, 3 lab hrs, 4 cred­its

Reverse Engineering/Product Design with Electrical Mechanical Interfacing, Automatic Control System Feedback, Servo and Stepper Motors, linkages, gears, transmissions, differentials, cams, levers, belts, intermittent motion, brakes, and clutches. The application of these mechanisms as motion converters and electromechanical energy conversion systems with their displacement, velocity, and acceleration. Laboratory study of physical and operational characteristics of mechanical and electromechanical components through the technique of hands-on bread boarding using standard industrial components. Prerequisites: EMT 1120, EMT 1130; Pre or corequisites: MAT 1275 or equivalent, PHYS 1433. 3 class hrs, 3 lab hrs, 4 credits

Cat­a­log de­scrip­tion: Con­tin­u­a­tion of CET 4705. Fur­ther de­sign of sub­sys­tems re­quir­ing so­lu­tion by dif­fer­en­tial equa­tions. Worst-case de­signs and com­po­nent tol­er­ances, de­vel­op­ment of con­trol sys­tems. A term pro­ject may be as­signed.

Catalog description: Continuation of CET 4705. Further design of subsystems requiring solution by differential equations. Worst-case designs and component tolerances, development of control systems. A term project may be assigned.