The exhaustive list of topics in Architectural Engineering in which we provide Help with Homework Assignment and Help with Project is as follows:
Building Technology
Solar Heat Gain through Windows
Guidelines for Lab Report 1
Project Presentations
Comparison of Prediction and Measurement
Modeling Thermal Dynamics
Presentations of Results from Lab 1
Fundamentals of Natural Ventilation: Hydrostatic Equation, Ideal Gas Law, Bernoulli's Equation, Orifice Equation
Lighting Measurements
Review of Thermal Time Constant Estimates from Mr. Potato Head
Guidelines for Lab Report 2
Simulation Tool for Estimating Wind-driven and Buoyancy Driven Airflows
Downloading Temperature Data
Combined Buoyancy-driven and Wind-driven Flows
Scaling Relationships
Multi-node Models
Lab 3: Daylighting
Reinstalling Temperature Loggers
Luminous Efficacy of Lamps
Prediction of Temperatures inside Test Houses
Completion of Construction of Test Houses
Demonstration of Temperature Loggers
Lab 1: Design of Passive-Solar Houses
Integration of Energy, Airflow and Lighting
Calculation of Benefit of Roof Openings
Calculations and Simulations in Support of the Design of Sustainable Housing
Airflow Measurements with Hot-wire Anemometer
Templates for Internal Distribution of Air
Introduction to Modeling Thermal Systems
Daylighting Fundamentals
Comparison of Predicted and Measured Lighting Levels
Heat Capacity of Air inside a House
Inverse Square Law and Applications
Modifying Test Houses
Buoyancy and Wind-driven Airflows
Solar Heat Gain through Walls and Roofs
Design and Construction of Passive-Solar Test House
Comparison of Walls and Windows
Single-sided Ventilation
Course Introduction
Introduction to Urban Housing in China
Guidelines for Lab Report 3
Modeling Airflows and Temperatures
Modifying Houses and Reinstalling Temperature Loggers
Design of Sustainable Housing for Afghanistan
Zonal-cavity Method for Lighting Design
Introduction to Gujarati Houses
Downloading Temperature Data
Luminance and Illuminance Calculations
Daylighting Measurements in Base-case House
Thermal-mass Measurements (Mr. Potato Head), Demonstration of Thermal-dynamics Spreadsheet Program
Lighting Simulation with Lightscape
Construction of Base-case House
Lighting Fundamentals
Construction and Test of a Model for Convective Cooling of Thermal Mass
Modification of Models and Second-round Tests
Frequency Analysis
MATLAB® Modeling of Complex Thermal Models
Reynolds Number
Airflow Simulation Using CONTAMW V2.0
Daylighting Simulation in Gujarati Houses
Construction of Model Apartment Balconies (Indoor-outdoor Transition Spaces) for Wind-driven Airflow Studies or Model Office and Atrium for Buoyancy-driven Airflow Studies
Lab 2: Natural Ventilation
Launching of Loggers and Deploying of Test Houses
Fundamentals of Natural Ventilation (cont.)
Electrical-circuit Analogies
Lumen and Daylight Factor Methods
Fundamentals of Energy in Buildings
Introduction, energy
Water: liquid and vapor
Quiz review
Entropy, cogeneration systems
Heat transfer introduction
Psychrometrics
Energy conservation
Human comfort
Transients, moist air mixtures
Quiz 1
Energy, work
Introduction to design project 2: radiation
Tour: Building 68, Koch Biology Building; and Building N51, MIT Museumand the Digital Design Fabrication Group
Conductive heat transfer, moisture transfer in walls
Conservation of energy, heat
Heating and cooling systems
Steady state flow
Applications
Convection
Water, refrigerants, gases
Solar radiation, windows
Natural ventilation
Review
Introduction to the second law
Quiz 2
Composite walls
Heat pumps, refrigeration cycles
Basic Structural Design
Frames / Beam project
Forces and forms in beams
Design project (cont.)
Steel design
Frame design
Beam testing
Timber design
Sustainable structures
TOPICS
Stability and indeterminancy
Midterm review
Design project
Advanced topics in structural design
Lateral load systems
Loading
Design for strength and serviceability
Truss design
Beam design
Structural failures
Indeterminacy / Design project
Reinforced concrete design
Indeterminate beams
Beams and frames
Introduction
Cables and arches
Buckling
Compression and tension structures
Indeterminate beams/frames
Review
Design project presentations
Column testing
Midterm exam
Indeterminate frames
Review lecture
Designing for axial forces
Forces and forms in frames
Truss design / Column project
Connections
Design project (cont.)
Architectural Construction and Computation
Field Trip - Sargent Wood Products
Computer Controlled Design and Construction
Presentation on Design
CNC Construction
Presentation on Construction
Student Final Presentations
Student Proposal Presentations
Field Trip
Introduction to Traditional Design
Presentation on Construction
Final Construction
Presentation on Design
Traditional Design and Construction
Motion Based Design
Tuned Mass Dampers I
Base Isolation III
Base Isolation II
Test 2
Test 1
Loadings II
TOPICS
MOTIONLAB, Review
Tuned Mass Dampers II
Optimal Damping II
Base Isolation I
Optimal Damping V
Optimal Stiffness III
Optimal Stiffness VI
Introduction
Tuned Mass Dampers III
Optimal Damping IV
Optimal Stiffness V
Base Isolation IV
Optimal Damping III
Optimal Stiffness II
MOTIONLAB Examples, Review
Tuned Mass Dampers IV
Optimal Stiffness I
Loadings I
Optimal Damping I
Optimal Stiffness IV
Immaterial Limits: Process and Duration
Desk critique
Lecture by Brigitte Shim
Introduce Studio Issues and Problem
Desk critique
Desk critique
Desk critique
Desk critique
Desk critique for Problem 1 Part 2
Defamiliarization Representations Due
Desk critique
Leave for Chicago
Desk critique
Desk critique
Desk critique
Fabrication
Presentation by Saul Griffith
Fabrication
Desk critique
Mid Review
Level 2 Forum, Trajectory 2 posted
Final Review
Desk critique
Introduction to a Quarry
Desk critique
Pin Up
Desk critique
3 Models, Set 1 due
Review Problem 1 Part 2
Informal pin-up in groups of 3
Pin Up 2 Models Due in sketch model form at 1"=1/32"
Scale jump to 1" = 1/8" Models and Drawings
Desk critique
Desk critique
Problem 1 Part 1 Due
Student Process Presentations
Models due
Fabrication
Desk critique
3 Models, Set 2 due
Ecologies of Construction
Lecture
Part II: Production and consumption
MichellApigian
Part I: Origins and theory
1st day of class
Lecture
Lecture
Last day of class
Tim Gutowski
Part III: Applications and case studies
Randy Kirchain
Paolo Ferrão
Chris Carbone
In-class essay
Analysis of Historic Structures
Foundation Diagrams
Introduction to Sustainable Design Issues
Architecture Structures
Architecture Structures 2
Course Introduction
TOPICS
Foundations
Wood 1
Wood 2
Active Statics
Exterior Envelopes
Window Technologies
AL Roof System
Exterior Envelopes 2
Masonry 1
Metals
Concrete 1
Final Session
Masonry 2
Masonry 3
Building Technology: Materials and Construction
Architecture Structures
Architecture Structures 2
TOPICS
Course Introduction
Window Technologies
Foundations
Foundation Diagrams
Introduction to Sustainable Design Issues
AL Roof System
Wood 1
Wood 2
Active Statics
Exterior Envelopes
Exterior Envelopes 2
Metals
Concrete 1
Window Technologies
AL Roof System Final Session Masonry 1
Masonry 2
Masonry 3
Building Technology: Building Structural Systems
Phase 2: Metals (cont.)
Phase 4: Polymers (cont.)
Phase 1: Skin and Bones: Evolution and Innovation
Phase 4 :Polymers (cont.)
Phase 2: Metals (cont.)
Phase 5: Composites
Phase 1: Skin and Bones: Evolution and Innovation (cont.)
Phase 3: Ceramics
Final Lecture
Phase 4: Polymers
Phase 2: Metals
Phase 3: Ceramics (cont.)
Phase 3: Ceramics (cont.)
Final Project Presentations
Lab: Envelopes
Lab
Connections (Structures HW #3 Due)
Final Project Presentations
Construction Processes IV
Envelopes I
Panel Discussion: Advances in Building Technology(Structures HW #2 Due)
Construction Processes II: Processes HW Assigned
Structural Forms in Concrete
Indeterminate Structures II
Integration (Processes HW Due)
Integration
Studio Visits: Final proposals
Integration
Integration
Lab
Structural Forms in Timber
Envelopes IV
Monday schedule: Construction Processes III
Lab: Statics
Studio Visits: Final proposals
Graphic Statics I
Structural systems: Structures HW #3 Assigned(Envelope HW Due)
Integration
Integration
Structural Forms in Steel: Structures HW #2 Assigned (Structures HW #1 Due)
Graphic Statics II
Introduction: Structure and Form
Envelopes II: Envelope HW Assigned
Indeterminate Structures I
Integration
Lab
Envelopes III
Construction Processes I
Structural Forms in Masonry: Structures HW #1 Assigned