Mantas — Automation Engineer

Commissioned all project that had been working on.

Designed electrical schemetics.

AB Stratix 5700 NAT and other manageable switches.

Allen-Bradley SLC500/PLC5/Control Logix.

Kinetix 5500 series

PowerFlex 525

Project where I used sealing applications: Front and Rear Doors (Mercedes).

Cognex, IFM vision cameras, Telesis.

My focus as a Controls and Automation Engineer is to provide contracting services from design to programming through to commissioning in industrial automation industries. End Clients: Bimbo do Brazil, Sao Paulo (Controls/Automation Engineer): I programmed PLC, developed HMI, debugged, commissioned high speed packaging lines that encapsulates 8 Cartesian High-Speed Top Loaders cells, 2 Case Erectors, 2 Carton Erectors, Case Sealer, over 8 infeed/discharge conveyors. Established networking between integrated packaging and customer's production cells. Cartesian High-Speed Top Loaders: Recipe based products (60 – 300 products/min), up to 50 different recipes, fully HMI/Operator driven with new product introduction/customization. The cell is controlled by AB 1769-L36ERM CompactLogix, 1734-AENT Point I/O, 11 Kinetix 5500 servo drives, 3 AC motors. Case Erectors: Recipe based cell is controlled by AB 1769-L33ERM CompactLogix, 1734-AENT Point I/O, 7 Kinetix 5500 servo drives, 2 AC motors. Carton Erectors: Recipe based cell is controlled by AB 1769-L33ERM CompactLogix, 1734-AENT Point I/O, 6 Kinetix 5500 servo drives, 2 AC motors. Case Sealer: Recipe based cell is controlled by AB 1769-L33ERM CompactLogix, 1734-AENT Point I/O, 7 Kinetix 5500 servo drives, 2 AC motors and 2 PowerFlex 525VFD's. Conveyors: Product infeed/discharge is controlled by AB 1756-L72S safety controller, 15 PowerFlex 525 VFD's. Networking: AB Stratix 5700 and Stratix 5700 NAT to establish communication between same IP packaging cells and distribute the controls. MAGNA International, Formet Industries – (Controls Lead): Heavy Duty Sills that encapsulates 3 assembly cells, over 25 material handling and spot weld robots, 6 types of sills, hydraulic presses, Rexroth Bosch servo drives, IFM vision cameras and Telesis part markers. Programmed standard 1756-L73 and Safety 1756-L71S controllers using Control Logix 30.00; updated/redlined/as-built electrical design drawings based on the installation; configured/rewired electrical safety panels based on the customer requirements and updated design drawings; developed HMI PanelView 7.0 applications; established communication/networking through various devices; developed/commissioned/debugged assembly lines; created user manual/trained operators. Kuka Tower – (Controls/Automation Electrical Designer): Responsible for the electrical design of automotive production assembly lines. Electrical designed Ladder, Final Stud, Rear Floor Pan production assembly lines that encompasses: Power, load calculations; Power distribution of 480VAC/120VAC/24VDC; Electrical schematics/diagrams; Local I/O; Point I/O; Networking/Communications; System Panels Layouts; BOM. MAGNA International, Massiv Automated Systems - (Controls/Automation Engineer): Front and Rear Doors (Mercedes) that includes 16 cells, over 120 material handling, spot-weld, glue robots, trunnions, conveyors, 3 different door models, Telesis part markers and vision system. Programmed standard and safety PLC using Control Logix 20.04 based on electrical drawings, sequence of operations and robots sequence sheets, developed HMI applications using Factory Talk ME; commissioned and debugged. Rear Cradle (Mercedes) that includes 12 cells, over 60 material handling, spot-weld, mig-weld robots, trunnions, conveyors and part markers. Programmed standard and safety PLC using Control Logix 20.04 based on electrical drawings, sequence of operations and robots sequence sheets, developed HMI applications using Factory Talk ME; commissioned and debugged. Rear Bumper (Honda), Pillar (BMW); Door Ring (Honda) supported/commissioned/debugged assembly lines.

As a Controls and Automation Engineer, I was involved in process control, quoting, budgeting, controls design and programming, commissioning/troubleshooting. End Clients: Amsterdam Beer Brewing Company – The scope of project is to integrate sterile steam generator and convert keg's sterilization process form hot water to steam. Integrated new equipment; programmed PLC sequence steps to include keg's cleaning/sterilization; field commissioned. Ecolab – The scope of work is to automate new set of valves located at the pipe stations feeding the packaging lines. The intent is to provide an operator interface that will allow a rinse/cleaning process to be done on any line using pre-set rinse choices selected by the operator. Designed the controls station including controls panel, to provide cleaning/rinse for the production equipment. Programmed Micrologix 1400; developed HMI Panel View application; commissioned at site. Molson Coors - Acid Injection to Keg's Wash System – the scope of work is to design and implement new keg's acid injection into the wash cycles. Selected electrical and mechanical components; Prepared the quote; Designed the controls panel; Prepared electrical drawings package including 440/120 VAC power distribution, I/O drawings; BOM, Pneumatic circuit; Designed controls sequence; Programmed PLC; Developed HMI with data historian; Prepared manual for the operators; Commissioned on site. Hot Keg Detection – the scope of work is to integrate infrared hot keg detection temperature transmitters. Selected electrical and mechanical components; Prepared the quote; Designed the controls panel; Prepared electrical drawings; Designed controls sequence; Programmed PLC; Developed HMI with data historian; Prepared manual for the operators; Commissioned on site.

As Controls Specialist, I am involved in all aspects of automation, control and information system projects. End Clients: Calgary Airport EFSO Controls Project - The Calgary Fuel Facilities Corporation utilizes an underground hydrant system along with tanker trucks to refuel at the Calgary Airport. In light of the Calgary Airport Authority Terminal Expansion, the newly built hydrant system requires an EFSO system, integrated into the existing EFSO system. The project scope is to design and install a new addressable EFSO system for 26 new gates and three valve stations located around the new terminal of the International Facilities Project (IFP). This new system is tied into the existing Tank Farm PLC and HMI systems. Vantage Engineering Project - Avon Hill Injection Distribution Phase #1, Avon Hill Injection Wells Phase #1 and Phase #2 To increase the oil production and maintain the reservoir pressure, a facility upgrade is initiated to install a water injection system that floods, using pressure maintenance. The project includes the addition of Produced and Source water treatment packages, a Free Water Knock Out vessel, a water injection system, auxiliary equipment and modifications to existing equipment. Akiskinook Pumping Station Upgrade Project - The Akiskinook water system is a basic filtration and disinfection system running a series of 4 pumps on a constant pressure system. Operation of the pumps is based on demand either from the irrigation system or from the potable use demand. The PLC controls the operation of the pumps based on flow (or pressure drop as a result of the pump not keeping up with demand) Each pump is capable to be removed (OFF) from the system with the other pumps being called as demand is warranted. Vancouver Airport EFSO Project - The project scope is to design and install a new addressable EFSO system for 8 new gates located around the new terminal. This new system is tied into the existing Tank Farm PLC and HMI systems. Spectra Energy – Jedney Debottleneck Pipeline and NGL Hub StartUp Project This is new liquid receiving from Jedney to NGL Hub, liquid storage and Truck out project.

Personal business with the focus to automation systems of industrial and residential greenhouses was established based on my education and previous experience. As a contractor I was responsible to determine costumer requirements and measured results against KPI's; Facilitate the definition of project scope, goals and deliverables; Define project tasks and resource requirements; Develop project plans and manage budget; Plan and schedule project timelines; Provide direction and support to project team; Present reports defining project progress, problems and solutions; Project evaluations and assessment of results; Automate and program irrigation, ventilation and other controls depending on needs; Monitor and control systems; Follow up with the clients after the work is done.