Monday, June 20, 2011

Research

This uptown community needed a house of a fair size made primarily for party-goers and entertainment. It has it own water treatment part, with solar panels included on the roof to provide a very self-sustaining home for a expanded budget. This house sits at 56 Bellfort in Brantford, Ontario.

Analyzing this floor plan for a 1900 sq ft, country style house from left to right we can see the two bedrooms with a bathroom shared. The designer thought it was a good idea to place a full bath shared between the smaller two bedrooms because the master bedroom has an on-suite. The great room is directly off of the foyer and is accessible to all guests that can come straight through foyer instead of having to detour throughout the other rooms. The great room and the breakfast nook are open concept along with a kitchen and an isle making extra counter space. The dining room is off of the kitchen and is open concept with the foyer. There is a half-bath off of the breakfast nook and across from the bath is a storage space with the utilities inside. Accessible through the utilities is the two-car garage. Past the half-bath and the utilities unit is the master bedroom on the left. The hallway is minimal to avoid wasting space. Once in the master bedroom there is a bay window, an exit onto the back porch, a walk-in closet and through thee walk-in closet is a master bathroom with shower, bath and two sinks. Extra space in the garage, the bathrooms and the bedrooms are made into closets for storage space. The back porch has been extended to reach the wall and become accessible to the master bedroom.


The floor plan above has a few things I’ve noticed that I either like or dislike.

Like:
·    The full-bath is shared between the two smaller bedrooms
·    The back porch extended to the master bedroom
·    The living room being directly through the foyer
·    The breakfast nook, kitchen and dining room all being lined up
·    The kitchen and the utilities being close possibly for easier ventilation
·    The master bedroom having a walk-in closet and an on-suite bathroom

Dislike:
·    Five windows being over a porch (easy to look in, easy to break in)
·    The bay window in the master bedroom
·    The dining room being open with the foyer
·    The cathedral and vaulted ceilings because of difficulty for cleaning
·    The half-bath could have been placed in a better location more spaced out   from the master bathroom

Above is a 3 bedroom, 1700 sq. ft bungalow with an unfinished basement. The master bedroom has a bay window with an en-suite bathroom and a walk-in closet. The en-suite bathroom includes a Jacuzzi, a double sink and a shower. Outside of the master bedroom there is a closet for storage space, the laundry room and an entrance to the garage. Through the hall are the dining area and the kitchen. The kitchen and dining room are partially open concept while the dining room and great room are completely open concept. The great room and dining room both have sloped ceilings. There are doors from the dining room and great room leading out to the back porch. Through the great room is the entrance way leading out onto the front porch. To the right of the foyer is a washroom which is shared between the two attached bedrooms. The bedroom to the right of the bathroom is slightly smaller than the other bedroom and has a different doorway. Each of these two bedrooms has two windows. The garage has a bay door and another entrance form the outside near the far back corner.

The floor plan above has a few things I’ve noticed that I either like or dislike.

Like:
·    The full-bath is shared between the two smaller bedrooms
·    The great room being directly through the foyer
·    The kitchen and dining area being open concept
·    The master bedroom having a walk-in closet and an on-suite bathroom
·    The en-suite bathroom having both a bath and a shower with double sinks
·    Entrance to porch through dining room for easy entertainment
·    The bathroom being off of the foyer
·    A lot of storage space

Dislike:
·    The window above the bath in the master bathroom
·    The bay window in the master bedroom, preferably a regular window or two
·    The sloped ceilings because of difficulty for cleaning
·    Double doors at the entrance
·    The shape of the walk-in closet and the storage space made beside it

Landscape

Elevations

Floor Plan- Bubble Diagram (Final)

Rendered Pictures - Final

Tuesday, June 14, 2011

Journals - Week 3 June

Monday - Absent. Appointment.
Tuesday - Completed the basement furnishings. Learned how to do elevations.
Wednesday - Learne4d about title blogs and how to dimension work and finished house, just need to put my house in title blogs and make a photoshop document.
Thursday - Absent. Stayed home, sick.
Friday - Finished most of house. Made JPEG's to post on blogger. Posted and updated my blog.

Tuesday, June 7, 2011

Second Week of June

Monday - Graduation Retreat. Stayed home, sunburn.
Tuesday - Still working on my house. Adding furnishings and windowcoverings and begining to work on landscape.
Wednesday - I completed the furnishings of the second floor. Began to work on bathrooms downstairs. Completed the half bathroom and the spare room.
Thursday - I finished the living room and the laundry room. Added a few things to the basement.
Friday - Finished the kitchen and the dining room. Started to finish the basement.

Journals Begining of June

Monday - Completed the floor plan for the ground floor and second floor. I only have walls up so far with the dimensions of rooms.
Tuesday - I completed the basement floor plan with the rooms and started adding doors and windows.
Wednesday - Finshed making doors and windows and made a deck on top of my garage.
Thursday - Added some curtains to my house. Fixed up some windows and tried to add asthetics.
Friday - Absent. Appointment in London.

Wednesday, May 11, 2011

Journal Week 14

Monday - CPR/First Aid Training in room 237 for my SHSM.
Tuesday - CPR/First Aid Training in room 237 for my SHSM. Completed and attained certificate.
Wednesday - Had a lesson on proper house plans and designs with a statement as well as research to create a bubble diagram.
Thursday -
Friday -

Journals Week 13

Monday - fixed up my skills canada poster and brochure. Came up with an entirely new button design.
Tuesday - Skills Canada Competition (Waterloo)
Wednesday - Skills Canada Awards Ceremony (Waterloo)
Thursday - Talk to Penner about skills Canada. Tried to get caught up on the new house project?
Friday - Absent: slept in

Wednesday, April 27, 2011

Study Problem #17

Journals Week 12

Monday - Easter Monday
Tuesday - Worked on organizing skills Canada stuff. Completed the sectional drawing. Went and spoke to Mr.Penner.
Wednesday - Posted Grade 12 sectional drawing. Spoke to Mr.Penner.
Thursday - Absent: Attended a funeral
Friday - Updated blog. Spoke to Mr.Romono and recieved a permission form for Skills Ontario.

Monday, April 18, 2011

Journals - Week 11

Monday - Presented sectional drawing presentation to grade 11's
Tuesday - Completed grade 12 sectional drawing. Left early to teach a religion class at St.Pius X school with Mrs.Ferraccolio's grade 5-6 class.
Wednesday - Worked on Skills Canada poster. Organized the silhouettes around the globe.
Thursday - Worked on grade 12 drawing. The title is study problem 17, it is a sectional drawing.
Friday - Good Friday

Tuesday, April 12, 2011

Journals - Week 10

Monday - Prepared presentation. Took notes on the lesson from Mr.D's moodle under the 3rd post.
Tuesday - Wrote the Euclid Math Contest.
Wednesday - Absent from class, slept in...
Thursday - Worked on slide show presentation and corrected a few things. Began working on college sectional drawing.
Friday - Continued working on college drawing. Didn't quite finish the first drawing yet but I'm making progress. I've asked Arber a few times for help when I got stuck. Monday should go better.

Monday, April 11, 2011

Graphics Communication

Introduction:
¡Engineering drawing is a language used to relate and communicate ideas between professionals and non-professionals if need be.
¡Learning the language of technical graphics allows you to visualize problems more clearly and use graphic images to find solutions with more ease.
¡Importance of Engineering drawing: Visualization, Communication, & Documentation
¡92% of the design process is graphically based.
¡Why is graphics design so important?
¡Try to describe to someone a product in words that will later need to be manufactured or built. It’s harder than with words.
¡Engineers must fulfill two important aspects of design: Aesthetics and Function
¡Design: process of conceiving or inventing ideas & communicating those ideas to others.
¡It requires input from such areas as customer needs, materials, capital, energy, time requirements, & human knowledge/skills
 
Engineering Design Process
¡It is a linear approach divided into a number of steps. It moves through each step in a sequential manner; if problem comes up, the process may return to previous step (called iteration or looping)
¡It is a nonlinear team approach to design that brings together the input, processes, & output elements necessary to produce a product.
¡The people & processes are brought together at the beginning (not typical in linear)
¡Team made up of: design & production engineers, technicians, marketing & finance personnel, planners, & managers.
¡Three activities that make up the concurrent design process are: Ideation, Refinement, & Implementation.
¡3-D Modeling is extremely important in this type of design process.
 
Graphics Communication
 
What you will learn:
¡Visualization: the ability to mentally control visual information
¡Graphics Theory: geometry and projection techniques
¡Standards: sets of rules that govern how parts are made and technical drawings are represented
¡Conventions: commonly accepted practices and methods used for technical drawings
¡Tools: devices used to create engineering drawings and models, including both hand-held and computer tools
¡Applications: the various uses for technical graphics in engineering design, such as mechanical, electrical, and architectural
 
Technical Drawing Tools:
¡Three basic types of drawings: Freehand sketches, Instrument drawings, & Computer Drawings and models.
¡Most widely used tool is computer-aided design/drafting (CAD). CAD is a computer software and related computer hardware that supplements or replaces traditional hand tools in creating models and technical drawings.
 
Parts of a CAD System:
¡CPU (hardrive)
¡Input (mouse/keyboard)
¡Output (monitor/printer)
¡Operating System (Windows/Mac)
¡Software (Microstation, AutoCAD)
 
CAD Software:
Common basic features:
¡Commands to generate geometry
 
Engineering Design USing Sketching and CAD:
¡Ideas are initially sketched and then more accurate CAD drawings are created
¡A single accurate CAD database can be used to go from ideation to manufacturing and documentation
 
Terminology:
¡CAD: Computer Aided Design
¡CADD: Computer Aided Design & Drafting
 
Engineering Drawing
 
Introduction:
¡An effective means of communicating technical ideas & solutions using a clear and precise language with definite rules and regulations
¡The primary medium for communicating and developing design concepts
 
Conventions:
¡Conventions are commonly accepted practices, rules, or methods (i.e.. hidden lines, dimension lines…)
¡Most important convention is Alphabet of Lines established by ASME called linestyles
¡Line patterns communicate what the line represents in the drawing
¡Line patterns tell you information such as whether the line is hidden, visible, or a centerline
¡Views should be selected to minimized the use of hidden lines
¡Precedence of lines: Visible à Hidden à Center

Alphebet of Lines:


¡It removes language barrier between technical & non-technical audiences
¡Follows a system of standards
 
Standards:
¡Standards ensure that drawings convey the same information to everyone who interprets them
¡Standards organizations like ANSI (American National Standards Institute) & ISO (International Standards Organization) publish standards detailing how drawings should be created so they can be interpreted universally
¡Example: ANSI Y14.5M-1994-Dimensions and Tolerance
¡CAM: Computer Aided Manufacturing
¡CIM: Computer Integrated Manufacturing
¡CAE: Computer Assisted Engineering
¡CAPP: Computer-Aided Process Planning
¡MRP: Material Requirement Planning
¡EDM: Enterprise Document/Data Management
¡CAE: Computer Assisted Engineering
¡Blue Print Reading: Interpreting drawings made by others
¡Finite Element Analysis, 3-D Rendering, Animation, Documentation, Rapid Prototyping software
are available for use with CAD
¡Functions for controlling views
¡Modifiers for changing drawing geometry
¡Annotation Commands for adding text, dimensions, and notes
¡Others