This resume summarizes Glenwood Johnson Jr.'s engineering technology education and experience. He has an Associate of Science degree in Engineering Technology from American River College completed in 2014. His experience includes positions in AutoCAD drafting, Revit modeling, product support, sales engineering, and the U.S. Navy. He is seeking further career growth in areas like project management, sales engineering, and technical consulting. Samples of his work in AutoCAD, Revit, SketchUp, and Navisworks modeling and BIM collaboration are included.

1. ENGINEERING TECHNOLOGY
Glenwood Johnson Jr.
American River College
Completed Fall 2014
EXPERIENCE HIGHLIGHTS: AutoCAD Drafter – Electrical, Revit BIM Designer/Drafter, Product Support Engineer, Sales Engineer, Laser Service Technician, Wireless
Technician, U.S. Navy (Electronics Technician/Work Center Supervisor), Customer Service Representative
EDUCATION: Assoc. of Science - American River College - Engineering Technology
Assoc. of Arts – American River College – Design Technology
Assoc. of Applied Science - North Seattle College (alumni Phi Theta Kappa)(grad 2002)
Certifications – Engineering Technology
Design Technology
Network Administrator - North Seattle College (completed 2002)
CompTIA Network+ (certified since 2002)
PROFESSIONAL STATEMENT: The opportunity to return to college - enhancing, upgrading, and broadening technical skill sets - has been valuable. I have learned new
technologies (CAD and BIM based products) while enhancing and strengthening existing skills (critical analysis, teamwork, collaboration, leadership). The information
learned in completion of Associates Degrees resulted in a paid internship position at a prestigious local structural engineering firm, as well as professional experience at a well
established local electrical engineering firm.
With degree completed, and continued emphasis on professional certifications, and recent professional experience, I want further professional and career growth as a
Designer - specializing in Architecture, Construction, and Engineering (Electrical/Electronic, Mechanical) – emphasizing continued growth towards positions in Project
Management, Sales Engineering, Product Design, Technical Writing, Technical Consulting, etc.
This document contains brief samples of work completed while completing degree and certification(s), and in professional practice.
EMPLOYMENT AVAILABILITY: Full-time
CONTACT INFO: http://www.linkedin.com/pub/glenwood-johnson-jr/0/268/a6b?trk=biz...pub

8. Section3
AutoCAD Modeling
Creating models based on provided
specifications
AutoCADModeling
1
Solid Models
EngineeringModeling
3-D wireframe view of
AMES 6”2000SS
Backflow Preventer,
using AutoCAD.
Solid model view of
AMES 6” 2000
Backflow Preventer,
using AutoCAD.
AMES 6’ 2000SS
Backflow Preventer
design specifications
provided per PDF.

9. AutoCAD Modeling
Creating models based on provided
specifications
AutoCADModeling
3 Visualizations and Renderings
EngineeringModeling
MATerials browser, via
AUTOCAD 2013,
utilized to apply
selected material to
designed model.
Visualization of AMES
2000SS Backflow Preventer,
with materials applied using
MATerials brower in
AUTOCAD 2013.

10. AutoCAD Modeling
Creating models based on provided
specifications
AutoCADModeling
4 Animations
EngineeringModeling
Animation path of WATTS
12” ACV, modeled per
provided specifications

11. Sketch-Up Modeling
1
Mechanical Models
Sketch-UpModelingEngineeringModeling
Photo of Baldor Electrical Motor,
courtesy of Google Images.
3D Model created with SketchUp,
v8, per provided specifications. File:
Motor Template 256T Frame.
Design sketches used to create
solid model of BALDOR Electric
Motor, specs downloaded from
d2L.
Animation created within SketchUpv8.
Located on K:EDUCATIONDESIGN
AND ENGINEERING
TECHNOLOGYDESIGNDESIGN328U
nit 3.

12. Mechanical Room Plan
MechanicalRoom
addition
3D overall site view Level 1
Level 3 Level 2
GlenwoodJohnson
EngineeringSystemsandDesign
Initial client provided information prior to
additions, modifications, and technical data
inclusion. Data provided via REVIT .project file,
saved to external USB.

13. Mechanical Room Plan
MechanicalRoom
addition
GlenwoodJohnson
EngineeringSystemsandDesign
3D view - NE exterior, post Mechanical room
addition
3D view - SE exterior, including addition of double flush door, per client.
Level 1 view, including mechanical room addition, room labels, door labels, door locations, and
selected door type information.
Annotated Level 1 and 3D views, post Mechanical
room addition. Spaces modified and labeled using
the WALL and DOOR commands within REVIT
2013, saved to external USB. Views include:
- Level 1 layout NE external
- 3D SE exterior
- 3D NE exterior

14. Mechanical Room Plan
MechanicalRoom
Addition
GlenwoodJohnson
EngineeringSystemsandDesign
Sheet A100 - includes
- Space plan including additions
- Master Format Spec
- Room Schedules
- Door schedules

15. HVAC System
GlenwoodJohnson
EngineeringSystemsandDesign
HVACSystem
Snips of Mechanical Equipment Schedule,
created in Revit 2013 (below with gray
shading). Schedule included within CEC-
HYBRID-MEP.rvt, saved externally.
(above) - Revit version; (below) technical version
Level 1 Schematic view, including annotated
Supply and Return Air systems, terminals,
section view callous, and equipment tags.
Saved externally to CEC-HYBRID-MEP.rvt.
Rendered view of Mechanical Room addition,
medium quality, with artificial and natural
lighting. Image externally saved as a .PNG
fine. Created with Revit 2013.
3D visualization of Return and Supply system
ducting and terminals, HVAC system, Mech
Room access, and Repair Bay doors.

16. HVAC System
HVACSystemGlenwoodJohnson
EngineeringSystemsandDesign
3D view of Mech Room,
including Spot Elevations,
Supply and Return Air systems,
terminals, and HVAC unit.
Created with Revit 2013, saved
externally.
3D Plan view(s)
(above) Supply lines from Mech Room (not shown) thru Repair Bays to Access area.
(below) North view, 3D, indicating return lines to Mech Room, HVAC unit, and Supply Air lines out to Repair Bays

17. HVAC System
GlenwoodJohnson
EngineeringSystemsandDesign
HVACSystem
Sheet M100 - Schedules, Calculations, Visualizations
- Mechanical Room requirements
- Space plan including additions
- 3D internal view from repair bay to mechanical room
- 3D exterior view including entry
- Rendered internal view of Access entry to Repair Bays

18. HVAC System
HVACSystemGlenwoodJohnson
EngineeringSystemsandDesign
Sheet M110 - includes
- Level 1 Schematic
Section views:
- Mechanical Room , incl 3D visuals with HVAC unit and elevations
- Section view of Supply Air system, incl 3D visuals
- Section view of Return Air system, incl. 3D visuals

19. Electrical System
ElectricalSystemDesignGlenwoodJohnson
EngineeringSystemsandDesign
Place and Set Up Power Distribution Panels
Place and set up junction boxes
Place and set up receptacles
Connect power circuits
Create circuit schedules
Analyze Circuits and Select Wire Sizes
Analyze Power Density
Analyze Building Power Feed Requirements
System browser snapshot (above) showing system
name, name of PDU (power distribution unit), and
type of load (duplex GFCI receptacle, junction box,
etc).
Snapshot of circuit P2-120-12, illustrating
connected GFCI duplex outlet to PDU
Level 1 floor plan, with installed power distribution units, junction boxes, GFCI duplexes, and light gage
structural steel running columns.
Snapshot of PDU circuit P1-480-3, showing
connections for Junction Boxes 1,3, and 5.

20. Electrical System
ElectricalSystemDesignGlenwoodJohnson
EngineeringSystemsandDesign
3D, perspective view of repair bay leading to Mechanical Room, with added cable
runner beams (light gage steel), junction boxes, and lighting fixtures.
Master Format Specifications calling out lighting control panels,
lighting panels, wiring devices, wiring methods.
(Above) - Section 26 24 16:01 and Section 26 09 23
(Below) - Section 16 10 00 and Section 16 14 00
Plan view of Lighting circuit P3-120-18, including connected lighting devices,
circuit designation, wires, and connections to specified 120V panel.
Snip of Revit 2013 System
Browser, indicating circuit P3-
120-18, volts, distribution
system, amperage rating, #of
poles.

21. Plumbing System
PlumbingSystemDesignGlenwoodJohnson
EngineeringSystemsandDesign
Plan view of plumbing layout - section view callouts included - including
plumbing fixtures (toilets/urinals, sinks, tankless heater, valve stops), pipe
layout, and shading showing domestic cold and hot water lines. Visual saved
externally as a project as CEC-HYBRID-PLUMBING.rvt
System browser snip, illustrating piping
systems (Domestic Cold Water,
Domestic Hot Water), flow rate, pipe
size. Saved within CEC-HYBRID-
PLUMBING.rvt
3D view - with realistic shading and fine detail level
- of connected fixtures (urinal, toilets, sinks,
tankless water heater) to piping systems (Domestic
Cold Water, Domestic Hot Water).
Result of embedded Pipe
Analysis Report, showing
Total Pressure Loss Data
needed to calculate Critical
Path Analysis

22. Plumbing System
PlumbingSystemDesignGlenwoodJohnson
EngineeringSystemsandDesign
Sheet P100 - CALCS, SCHEDULES, VISUALS
- Plumbing Fixture Schedule
- Pipe Fitting Schedule
- Drafting view of Residual Pressure Calculation (calculation performed in Excel),
with data extracted from Pipe Pressure Loss Report (Analyze tab) within Revit
- 3D visuals of Mens and Womens Restrooms, including Domestic Cold Water and
Sanitary Drain systems

23. Facility Workplace Design - Collaboration
FacilityWorkplace-
DesignCollaborationGlenwoodJohnson
EngineeringSystemsandDesign
3
2
Results of CEC-HYBRID Building Collaboration testing, performed with NavisWorks
Manage 2014 Clash Detection test, using .DWF files imported from Revit 2014 BIM
model files (HVAC, Plumbing, and Electrical. Bubble callouts indicate the following:
1) Initial 3D graphic, .DWF files appended into NavisWorks, 2) results of Clash Detection
test, indicating status (active or resolved), 3) 3D graphic showing location of clash
between HVAC, Plumbing, and Electric systems, 4) successful resolution of clash between
lighting fixture and electrical cable tray runner, and 5) assignment of clash report to
appropriate section (Electrical) for resolution.
5
4
1

24. Facility Workplace Design
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Sheet W100 - VISUALS
- Created in Revit 2014, models imported from RevitCity.com
- Additional models imported from AutoCAD
- Photos courtesy of ARC Auto Tech Department
- Models rendered in Realistic and Consistent Color style
- Saved externally to USB in .PDF format
- Scale ⅛” - 1’0”

25. Facility Workplace Design
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Sheet W110 - SAFETY
- Created in Revit 2014, models imported from RevitCity.com
- Safety and Vision boxes imported from AutoCAD 2014 file
- Annotations ¼” text size
- Saved externally to USB in .PDF format
- Scale ⅛” - 1’0”

26. Facility Workplace Design
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Sheet W120 - SANITARY/WASTE
- Created in Revit 2014, models imported from RevitCity.com
- Safety and Vision boxes imported from 2014 model file
- Annotations ¼” text size
- Sanitary/Waste Disposal schedule imported as drafting view from excel spreadsheet
- Saved externally to USB in .PDF format
- Scale ⅛” - 1’0”

27. Facility Workplace Design
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Sheet W130 - OPERATIONS
- Created in Revit 2014, models imported from RevitCity.com
- Annotations ¼” text size
- Operational Equipment Schedule imported as Drafting View, created via Excel spreadsheet
- Saved externally to USB in .PDF format
- Scale ⅛” - 1’0”

28. Component Layout and Modeling
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Excel generated spreadsheet indicating o-ring sizing,
including:
- thread sizes
- inner and outer diameters
- thresholds indicating appropriate fitting sizes
- Oring identification
O-ring sizes based on information contained in the Parker
5700 O-Ring handbook, Design chart 4-1.
Pre-DESIGN NOTES:
- location of desired thread
- location of seal
- thread size
- inner and outer diameters
- plug diameter

29. Component Layout and Modeling
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Excel generated BOM (Bill of Materials) spreadsheet indicating:
- Quantity
- Units
- Descriptions
- Material composition
- File names indicating machining and casting drawings
Engineers Sketch of Model 330g-M Inlet Port
AutoCAD 2014 generated title block. Including:
- part and model number
- drawing scale
- tolerancing
- Bill of Materials

30. Component Layout and Modeling
FacilityWorkplaceDesign
-LayoutGlenwoodJohnson
EngineeringSystemsandDesign
Model 330g-M INLET PORT Machining Drawing
- Created in AutoCAD 2014, file saved as 330g-M P-Inlet valve.dwg
- Saved to USB in .PDF format
- Dimensioning per MMC tolerancing standards

31. Design Skill Projects
DesignSkillProjectsGlenwoodJohnson
EngineeringSystemsandDesign
HVAC Design Skill Sheet. Includes
- Level 1 Schematic View of HVAC AHU, ducting measured in
CFM, ducting terminals and terminal sizes, duct locations
- Schedules, including Mechanical Equipment and Air Terminal
Sizes
3D Views of site and Air Handler Unit

32. Design Skill Projects
DesignSkillProjectsGlenwoodJohnson
EngineeringSystemsandDesign
Electrical Design Skill Sheet. Includes
- Level 1 Schematic View of HVAC AHU, ducting measured in
CFM, ducting terminals and terminal sizes, duct locations
- Schedules, including Mechanical Equipment and Air Terminal
Sizes
3D Views of site and Air Handler Unit

33. Design Skill Projects
DesignSkillProjectsGlenwoodJohnson
EngineeringSystemsandDesign
Electrical and Lighting Design Skill Sheet. Includes
- Level 1 Schematic View of HVAC AHU, ducting measured in
CFM, ducting terminals and terminal sizes, duct locations
- Schedules, including Mechanical Equipment and Air Terminal
Sizes
3D Views of site and Air Handler Unit