1. CHRISTOPHER C. LOVE
4601 Forest Dr. Apt 603, Carlsbad NM 88220 | clove_385@live.com | 832-498-3523
ELECTRICAL ENGINEER
OBJECTIVE An electrical, controls and instrumentation engineer seeking a position within the
engineering industry that will allow me to apply my practical experience,
technical proficiencies, and professional work ethic to benefit the goals of the
entire organization
TECHNICAL SKILLS  Microsoft Office
(Word, Excel,
PowerPoint)
 AutoCAD
 C++ Programming
Language
 Computer
maintenance,
construction and
repair
 SmartPlant
Instrumentation
Software
 Info Works
Database Software
 SharePoint
Intranet Database
Software
 Cadence VLSI
development
software
 Cadence VLSI
development
software
 HTML
Dreamweaver
 MATLAB
 Adobe Photoshop
EDUCATION PRAIRIE VIEW A&M UNIVERSITY, PRAIRIE VIEW, TX
BACHELOR OF SCIENCE IN ELECTRICAL ENGINEERING (B.S.E.E.)
Relevant Coursework:
 Network Theory I &
II
 Electronics I & II
 Physical
Electronics
 Electromagnetic
Field Theory I
 Electro Photonic
Material
 Engineering
Economy
 Logic Circuits
 VLSI Circuit
Design
 Servo and Control
Systems
 Energy Conversion
 Digital Design
 Power Lab
 Computer
Applications in
Engineering
 Signals and
Systems
 Communication
Theory
 Analog Mixed
Signals I
EXPERIENCE INSTRUMENTATION & ELECTRICAL ENGINEER – TESSENDERLO KERLEY
SERVICES, CARLSBAD, NM
OCT 2010 – JANUARY 2016
Designed and engineered instrumentation and electrical equipmentfor a given project from
beginning to end.Key achievements and projects included:
WOODRIVER AMINE FILTRATION SKIDS PROJECT
2010 – 2011
 Designed electric heattrace system for process freeze protection using self-
regulated cable
 Specified multipointheattrace controllers for skid heat trace circuits
 Developed electrical one-line diagrams
 Specified electrical 3-pole non-fused disconnects
 Created panel schedules for 120 VAC heat trace and lighting circuits
 Specified electric 3-phase resistance element heaters
 Developed cable tray routing and layout drawings
 Produced instrument and power cable schedule
 Designed knockoutdrawing for distributed control system panel
WYNNEWOOD AMMONIUM THIOSULFATE (ATS) PROJECT, Wynnewood, OK
2010 – 2012
 Created and maintained Instrument list

2. PAGE 2
 Created and maintained distributed control system (DCS) Input/output (I/O) List
with over 200 points ofvarying types (Analogue Input, Analogue Output, Discrete
Input and Discrete Output)
 Reviewed and Developed Marshalling Panel Layout, Wiring Diagrams,and N+1
Power supplyschematic drawings
 Evaluated Uninterruptible Power Supplywiring schematics
 Reviewed distributed control system and network wiring diagram for Siemens
SIMATIC PCS-7 DCS
 Critiqued Piping and Instrumentation Diagrams
 Specified Analytical Instruments including pH,conductivity/total dissolved solids,
In-Situ Sulfur Dioxide (SO2), Zirconia Oxide Oxygen (O2) analyzers, Tunable
Diode Laser Spectroscopy(TDLS) O2 Analyzer assemblies,and Fixed gas
detectors (NH3,H2S, SO2)
 Specified differential pressure instruments for varying applications such as flow
measurement, tank level measurementand filter monitoring.
 Specified Guided Wave Radar probes and transmitters for boiler level
measurement
 Created Infrared Pyrometer specifications for incinerator burner temperature
indication
 Performed control valve flow coefficient(Cv) calculations
 Wrote specifications for on/offvalves, control valves for temperature,level,
pressure, and flow control applications
 Specified Coriolis,Vortex, Turbine,and Thermal Mass flow meter assemblies
 Inspected Instrumentation for spec.conformance
 Reviewed bids and vendor proposals for technical acceptance
 Generated quotation requisitions for various instrumentation
 Witnessed partial electrical and instrumentation field installation
 Guided minor electrical and instrumentation field installation
FRESNO ATS LOADOUT PROJECT, Fresno, CA
2013
 Created load-outcontrol panel wiring diagram and panel layoutdrawings
 Specified Coriolis panel mount3100 batch controllers
HANFORD KTS PROCESS, STORAGE AND LOADOUT PROJECTS, Hanford, CA
2012 – 2014
 Calculated Transformer size for Fire Pump application in accordance with the
National Electrical Code
 Sized primary and secondaryfire pump conductors
 Sized fire pump primaryshortcircuit fuse protection
 Executed voltage drop calculations for feeder circuits
 Specified 75 kVA low voltage dry type 3-phase transformers
 Specified 300 kVA medium voltage pad mount3-phase transformers
 Reviewed and revised overall one-line diagrams
 Specified 15 kV class 90 kV BIL medium voltage switchgear
 Specified and designed 480 VAC roadwaylighting
BARRICK GOLDSTRIKE CALCIUM THIOSULFATE (CaTS) PROJECT, Elko,NV
2012 – 2014
 Designed gutter and downspoutelectric heattrace system
 Developed electrical hazardous location classification drawings in accordance with
National Fire Protection Association (NFPA) 497
 Inspected electrical equipment for specification conformance
 Guided emergencyshutdown panel assembly
 Tested emergencyshutdown panel assemblyprior to field shipment
NATIONAL COOPERATIVE REFINERY ASSOCIATION SULFUR RECOVERY UNIT
(SRU) III PROJECT, McPherson, KS

3. PAGE 3
2014 – 2015
 Specified Eaton Freedom 2100 series Motor Control Center
 Specified Eaton 25 kVA single-phase transformers
 Performed Motor Control Center (MCC) Factory Acceptance Test (FAT)
 Performed ShortCircuit Fault Currentcalculations and MCC Bracing determination
 Carried out MCC feeder voltage drop calculations
 Executed load study and summary
 Sized overcurrent protection in compliance with the National Electrical Code
 Designed Motor Control Center building layout
 Did MCC building lighting calculations using the Lumen’s method
 Specified Fire detection control panel,pull stations,and smoke detectors
 Developed Interlock Cause and Effect Matrix
 Specified Multipointthermocouple temperature transmitter assemblies
 Specified sightglass,pressure,temperature and Radio Frequencyadmittance level
instrumentation for Sulfur degassing application
 Developed motor control center one-line diagrams
EAST DUBUQUE ATS PROJECT, East Dubuque,IL
2014 – 2016
 Developed instrumentation installation details for multiple instruments (i.e.
Analytical, Flow, Temperature,Level and Pressure)
CONTROLS ENGINEER I – BECHTEL OIL, GAS AND CHEMICAL, HOUSTON, TX
JUNE 2008 – FEBRUARY 2009
MOTIVA CRUDE EXPANSION PROJECT
 Specified in-line variable area flow meters
 Obtained process data for respective pipelines to determine the appropriate size,
rating, and range of meters
 Specified measurementinstruments offlare gas header system
 Determined specifications for site-flow glasses on turbine lubrication systems
 Obtained greater awareness and understanding ofindustrystandard codes and
regulations
 Created and associated tags and developed specifications for pressure and flow
regulators,temperature and flow indicators
 Developed and Critiqued ‘Piping and Instrumentation Diagrams’ and Vendor Prints
for numerous control instruments
 Advised technical acceptance of documentation of ultrasonic flow meters for
applications thatrequired a more precise flow rate measurement
 Produced material requisition supplements for new and modified instruments
 Produced level transmitter calibrated range calculation diagrams for process
storage tanks
 Dialogued with vendors/contractors,expeditors and other disciplines to ensure
coherence
REFERENCES ANDY KILPATRICK – ELECTRICAL ENGINEER
TESSENDERLO KERLEY SERVICES – CARLSBAD, NM
Mobile: 865-308-1731
RAY GUNDERSEN, P.E. – ELECTRICAL ENGINEER
TESSENDERLO KERLEY SERVICES – CARLSBAD, NM
Mobile: 801-450-3796

4. PAGE 4
MIKLOS GREEN – ELECTRICAL ENGINEER
BECHTEL OIL, GAS AND CHEMICAL – HOUSTON, TX
Mobile: 281-813-7975