Daniel LiCalzi Public Portfolio

Page 1

Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com



TOC

TOC*

Medical Device Design

Product Design

Interface Design

Exhibit/Furniture Design

Packaging Design

EOS: Melafind system cart

PDC: R-200 Evolution shrink machine (industrial) Ann Keane: Facial Spa (consumer)

EOS: Graphical user interface

Origins of Water: Exhibit

General Mills: Cereal box

Mergenet Medical: LED/LCD display

Chèz: Lounge chair

Hustera: Neonatal intensive care Osteotec: Bone wax applicator

Solè: Stool

Mergenet Medical: Display treatment

* This portfolio is arranged like memory. The more recent projects are in the front, it’s complex and has more detail; then , as you get further away in time it is more filtered with a simple quiet design.

© 2009 Daniel J. LiCalzi



Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com

PDC International R-200 Evolution Shrink Machine*

Objective:

* Shrink machines apply plastic covering to bottles for product branding & safety. (E.g. Tylenol seal, Snapple bottle seal, Arizona ice tea labels)

Simplify & stream line shrink wrap machines’ enclosure & create a unique brand identity to be applied to existing & future product lines.

Š 2009 Daniel J. LiCalzi


PDC: R-200 Evolution Shrink Machine

Concept Ideation

REV.

DATE

DESCRIPTION

19 3

2

3 2

11

3

2

4

7

3

13

17

7

17

6

17

18

1

9

12

18

1

18

16

5

3

10

4 15

3

14

9.50

8

2

6

39.00

11.54

50.56

8.00

28.27 14.96 28.29

9.60

29.58 18

31.15

17

46.42 24.75

78.00

6.75

8.18

66.46 64.69 15.27 33.54

35.31

16.50

19.90

9.50

DWG 000-0000 00/00/00 D 1:1 R0 P 1=1

© 2009 Daniel J. LiCalzi

26.00

20.50

3

45x45

3

6.75"

45x45

8.18"

45x45

11.54"

15

1

45x45

19.9"

14

1

45x45

16

49.73

1

9.5"

13

1

45x45

35.31"

12 11 10 9 8 7 6 5 4 3 2

1 1 1 1 1 2 2 1 2 6 4

45x45 45x45 45x45 45x45 45x45 45x45 45x45 45x45 45x45 45x45 45x45

9.60" 28.29" 31.15" 24.75" 46.42" 20.5 26" 66.46" 64.69" 39" 50.56"

1

2

ITEM

QTY

45x45

78"

DESCRIPTION

MATERIAL

--

FINISH

--

THIS DRAWING AND/OR DATE EMBODIES A CONFIDENTIAL PROPRIETARY DESIGN AND ALL DESIGN, MANUFACTURING, PRODUCTION, USE AND SALES RIGHTS ARE EXPRESSLEY RESERVED. REPRODUCTION OF THIS DRAWING AND/ OR DATE OR DISCLOSURE TO OTHERS WITHOUT AUTHORITY IN WRITING FROM THE XXXXXXXXX IS EXPRESSLY FORBIDDEN.

SIZE DIMENSIONS ARE IN INCHES TOLERANCES ARE: .015 FRACTIONS .X DECIMALS .XX .01 DECIMALS .XXX .005 ANGLES ANGLES .5 .5 DO NOT SCALE DRAWING UNLESS OTHERWISE SPECIFIED

MATERIAL

PDC International

CAD GENERATED DRAWING, DO NOT MANUALLY UPDATE APPROVALS DRAWN

PDC 205

DATE TITLE

Extrusion System

CHECKED RESP ENG

SCALE

MFG ENG

SIZE

QUAL ENG

NOTE

TANAKA KAPEC DESIGN GROUP, INC.

11 Brookfield St., Norwalk, Conn. 06851 203-846-3666 e-mail tkdg@mindspring.com CLIENT

PROJECT

1: 12 D

CAD FILE: DWG. NO.

000-0000

xxxxxxx-xxxxxxx

SHEET REV.

1 OF 1

10

Concept Rendering


PDC: R-200 Evolution Shrink Machine

Product Design Final Production

(industrial)

Δ Created a brand identity which was capable of being applied to existing & new product lines. Δ Material research & supplier liaison with sample acquisition. Δ Concept ideations were carried out by sketches using hand drawing, illustrator, & solidworks. Ergonomics & human factors were applied. Δ 3D Renderings carried out by using Alias Studiotools/Bunkspeed Hypershot.

© 2009 Daniel J. LiCalzi



Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com

ANN KEANE Tens Facial Spa*

* Tens Facial Spa is a device that electrically stimulates the face muscles to tighten & stimulate facial tissues.

Objective: Design a portable , wireless, handheld device & recharging station.

Š 2009 Daniel J. LiCalzi


Ann Keane: Facial Spa

Concept Ideation

Š 2009 Daniel J. LiCalzi


Ann Keane: Facial Spa

Product Design Concept Rendering

(consumer)

Δ Concept ideation carried out using 3D sketching technique. Color options were presented using computer rendering. Δ Solidworks modeling & Alias Studiotools/Bunkspeed Hypershot rendering. Δ Final prototype SLA.

© 2009 Daniel J. LiCalzi



Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com

Chèz Lounge Chair

Objective: Design outdoor furniture using wooden dowels & stainless steel to be shown in the IDSA booth at ICFF NYC.

© 2009 Daniel J. LiCalzi


Chèz: Lounge Chair

Design Process

Jig & SS Frame © 2009 Daniel J. LiCalzi


Chèz: Lounge Chair

Furniture Design

Δ The flexible properties of oak wood dowels were used to provide the necessary give for comfort. Δ Scale and full-scale models were done using wood, wire, foam-core, & graphics. Δ Curves were precisely translated to the computer & used to construct a CAD model of the frame & jig. Δ Stainless steel frame was welded & brush finished. Oak dowels were treated with oil.

Prototype © 2009 Daniel J. LiCalzi



Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com

Origin of H2O Exhibit

Objective: Design an exhibit to portray the topic “Origin of Water.”

© 2009 Daniel J. LiCalzi


Origins of H2O: Exhibit

Concept Ideation

Research Presentation Š 2009 Daniel J. LiCalzi


Origins of H2O: Exhibit

Exhibit Design Exhibit Detail

Δ Researched & presented big bang theory. Δ Used 3D sketch modeling & space analysis techniques to create expansive spaces & tension between objects. Δ Responsible for the final concept of the Big Bang area of the exhibit. Δ Created and presented a Powerpoint presentation.

© 2009 Daniel J. LiCalzi



Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com

General Mills Cereal Box

Objective: Design a stand-up bag & determined if it is a viable replacement for the current bag-in-box design.

Š 2009 Daniel J. LiCalzi


General Mills: Cereal Box

Consumer & Industry Research

Test Prototypes Š 2009 Daniel J. LiCalzi


General Mills: Cereal Box

Packaging Design

Δ Extensive consumer & manufacturing industry research. Δ Material research & supplier liaison with sample acquisition. Δ Prototype test results indicated that the stand-up bag saved space, was easier to carry, and more environmentally sustainable than existing bag-in-box design. Δ Created a unique brand identity using form; Adobe Illustrator & bristol board.

Final Prototypes © 2009 Daniel J. LiCalzi


Daniel J. LiCalzi Industrial Designer

240 Washington Avenue, Suite 3B, Brooklyn, NY 11205 +1-516-819-4071 daniellicalzi@gmail.com

Mergenet Medical HiFLO2*

Objective: Design & CAD-model a transparency effect for the display housing & render with device.

Š 2009 Daniel J. LiCalzi

* HiFLO2 series of HfT devices provide noninvasive delivery of warm, humidified respiratory gases through a non-sealing nasal cannula at flow rates up to 40 L/min.


Mergenet Medical: HiFLO2

Medical Device Design Concept Renderings

© Tanaka Kapec Design Group Inc. 2008

Δ Display housing effect was designed using transparency & a metallic finished texture plate to give the impression of advanced technology. Δ Designed graphical user interface layout and control position.

A

A

Δ Collaborated with electrical engineers and modeled in Solidworks. Δ Rendered using Autodesk Alias Studio & Bunkspeed Hypershot.

Blackout dead front max thickness is .7mm

.7mm 1.63mm

Section: A

CAD Modeling © 2009 Daniel J. LiCalzi


Solè Outdoor Stool

Objective: Design out door furniture using boot soles & mechanical fasteners (no adhesives).

Š 2009 Daniel J. LiCalzi


Solè : Outdoor Stool

Furniture Design Design Process

Δ A unique seating alternative for the outdoor furniture market. The sole stool was made out of the industrial wasted Vibram soles and uses galvanized steel hardware. It was waterproof, rust proof, and surprisingly comfortable. Δ The soles were made of butyl rubber which is a very unforgiving material. By attaching the soles together a new “material” was produced which could then be manipulated in new ways. Using this technique a Solè was designed.

Prototype © 2009 Daniel J. LiCalzi


Thank you!


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