Need help designing a circuit based on the instructions

The machine sequence will be as follow Press 2 Ortle Complete Green Heath Design Yes have the following components available to design machine 4 NO hans NC button I NOINC Wobble Switch for Cycle Surt 1 Two Position Selector Switch Relays 2 Pneumatie Times 1 Solid State Timer 2 Red Lights I Amber Light 1 Green Light 2 Two Position Spring Reti Valves 2 Retured Limit Switches (I NOI NC) 2 Advanced Limit Switches (1 NOVI NC) 2 Fus A CRM circuit will provide power to the rest of the machine. A red "Power On light will indicate that CRM is energined. CRM is controlled by a "Master Start and a "Master Stop pushbutton. There are two modes (auto and manual on the machine. The modes are controlled by a two position selector switch where the left position is manual mode and the right position is auto mode. All limit switches should be checked to be in the proper position in order to initiate the cycle. All limit switches should be back checked during the machine cycle. A "Machine in Cycle" coil will be used and umber "MIC" light will be on whenever the coil is energized. The conditions required to initiate the cycle are: Machine is in auto mode "Cycle Start" wobble switch is actuated . All limit switches are in proper position The "MIC coil will be de energized when the machine cycle is complete An "Emergency Return" function will be incorporated using a NC pushbutton Design You have the following components available to design a machine: 4 NO Pushbuttons 2 NC Pushbuttons I NO/NC Wobble Switch for Cycle Start 1 Two Position Selector Switch 8 Relays 2 Pneumatic Timers 1 Solid State Timer 2 Red Lights 1 Amber Light 1 Green Light 2 Two Position Spring Return Valves 2 Returned Limit Switches (1 NO/I NC) 2 Advanced Limit Switches (1 NO/1 NC) 2 Fuses A CRM circuit will provide power to the rest of the machine. A red "Power On" light will indicate that CRM is energized. CRM is controlled by a "Master Start" and a "Master Stop" pushbutton. There are two modes (auto and manual) on the machine. The modes are controlled by a two position selector switch where the left position is manual mode and the right position is auto mode. All limit switches should be checked to be in the proper position in order to initiate the cycle. All limit switches should be back-checked during the machine cycle. A "Machine in Cycle" coil will be used and amber "MIC" light will be on whenever the coil is energized. The conditions required to initiate the cycle are: Machine is in auto mode "Cycle Start" wobble switch is actuated All limit switches are in proper position The "MIC" coil will be de-energized when the machine cycle is complete. An "Emergency Retum" function will be incorporated using a NC pushbutton. The machine sequence will be as follows: Cycle Start Clamp Advanced Advance Clamp 2 sec Advance Press Press Advanced 2 sec Heat On Heat On Red LT 2 min Cycle Complete Green LT Heat off Return Press Return Clamp Design the machine and build it in lab. The machine sequence will be as follow Press 2 Ortle Complete Green Heath Design Yes have the following components available to design machine 4 NO hans NC button I NOINC Wobble Switch for Cycle Surt 1 Two Position Selector Switch Relays 2 Pneumatie Times 1 Solid State Timer 2 Red Lights I Amber Light 1 Green Light 2 Two Position Spring Reti Valves 2 Retured Limit Switches (I NOI NC) 2 Advanced Limit Switches (1 NOVI NC) 2 Fus A CRM circuit will provide power to the rest of the machine. A red "Power On light will indicate that CRM is energined. CRM is controlled by a "Master Start and a "Master Stop pushbutton. There are two modes (auto and manual on the machine. The modes are controlled by a two position selector switch where the left position is manual mode and the right position is auto mode. All limit switches should be checked to be in the proper position in order to initiate the cycle. All limit switches should be back checked during the machine cycle. A "Machine in Cycle" coil will be used and umber "MIC" light will be on whenever the coil is energized. The conditions required to initiate the cycle are: Machine is in auto mode "Cycle Start" wobble switch is actuated . All limit switches are in proper position The "MIC coil will be de energized when the machine cycle is complete An "Emergency Return" function will be incorporated using a NC pushbutton Design You have the following components available to design a machine: 4 NO Pushbuttons 2 NC Pushbuttons I NO/NC Wobble Switch for Cycle Start 1 Two Position Selector Switch 8 Relays 2 Pneumatic Timers 1 Solid State Timer 2 Red Lights 1 Amber Light 1 Green Light 2 Two Position Spring Return Valves 2 Returned Limit Switches (1 NO/I NC) 2 Advanced Limit Switches (1 NO/1 NC) 2 Fuses A CRM circuit will provide power to the rest of the machine. A red "Power On" light will indicate that CRM is energized. CRM is controlled by a "Master Start" and a "Master Stop" pushbutton. There are two modes (auto and manual) on the machine. The modes are controlled by a two position selector switch where the left position is manual mode and the right position is auto mode. All limit switches should be checked to be in the proper position in order to initiate the cycle. All limit switches should be back-checked during the machine cycle. A "Machine in Cycle" coil will be used and amber "MIC" light will be on whenever the coil is energized. The conditions required to initiate the cycle are: Machine is in auto mode "Cycle Start" wobble switch is actuated All limit switches are in proper position The "MIC" coil will be de-energized when the machine cycle is complete. An "Emergency Retum" function will be incorporated using a NC pushbutton. The machine sequence will be as follows: Cycle Start Clamp Advanced Advance Clamp 2 sec Advance Press Press Advanced 2 sec Heat On Heat On Red LT 2 min Cycle Complete Green LT Heat off Return Press Return Clamp Design the machine and build it in lab