uncc100 ass 3

Propose a methodology using data analysis techniques for the selection of a site for a new ski resort. You have the following data available: land use (classified into rural and urban), roads (motorway, highways and minor roads), meteorological data (point met stations with average snowfall) and terrain. Your proposed site should be in rural area, with good accessibility by car and bus, in an area of high snowfall and with good scenic potential.

Engineering project Explore alternative methods to monitor and meet project milestones, justify selection of chosen method(s).

From an analysis of wind speed data (hourly interval average, taken over a one-year period), the Weibull parameters are determined to be c = 6 m/s and k = 1.8. a) What is the average velocity at this site? b) Estimate the number of hours per year that the wind speed will be between 6.5 and 7.5 m/s during the year. c) Estimate the number of hours per year that the wind speed is above 16 m/s.

Question 2: Briefly define engineering design process. Also describe what disadvantages we can have if the relevant engineering design standard is not followed.

A luxury hotel in a tourist destination has 12 floors with 80 rooms. It also consist of a rooftop swimming pool, buffet and a pub. The hotel owner is looking to integrate and monitor the functioning of the building with a building management system. The system has to address the flowing a) List five requirements of the building that might yield for a BMS. b) Describe the function of the installed BMS for each corresponding requirement mentioned in part a. c) Evaluate and list three advantages of a building fitted with a full Building Management System

5. Stress-strain calculation, heat transfer, and dynamic simulation are forms of: * Productivity efficiency Engineering analysis Documentation Data base optimization

B10

Assess the environmental impact of plastic (PET) container throughout its entire lifecycle (LCA) from the procurement of the raw materials through the recycling of that product. a) Give the four inputs needed in a sustainable design process: b. с. d. b) Give the raw materials needed to process the used material and its extraction process: c) Give possible two Manufacturing Processes needed to make this product: d) Give four material properties to find similar sustainable materials: b. c. d. e) Propose two possible solutions to improve the Environmental Impact: a. b.

Q1: Who does what in organizations Based on this scenario only, what employer obligations to workers are likely to have been contravened? Note: You should support your answer, where applicable, using relevant information from the scenario

Please do not rely too much on chatgpt, because its answer may be wrong. Please consider it carefully and give your own answer. You can borrow ideas from gpt, but please do not believe its answer.Very very grateful!Please do not rely too much on chatgpt, because its answer may be wrong. Please consider it carefully and give your own answer. You can borrowideas from gpt, but please do not believe its answer.Very very grateful!

What is the claim, evidence and reasoning?

Kasapreku Distilleries Ghana Ltd, a liquor Production Company located in Ghana had a major contract to supply alcoholic beverage to a neighboring country within one week deadline. In the course of production, there was a major breakdown which led to a long downtime resulting in missing out on the deadline. Kasapreku had lost a great deal of money due to the company’s inability to seriously inculcate safety and maintenance engineering in their system. (a) Discuss the importance of safety in an engineering maintenance from Kasapreku’s case scenario

)Engineering is based on a knowledge of mathematical and natural Major Topic sciences: Discuss 5 Blooms Designation AN Score Definitions of engineering

Questions Finite Element Method (FEM) is a great tool to analytical engineering, mostly in mechanical Engineering and Nondestructive testing applications; Finite Element Method cannot exist without the model Data from Computer Aided Draughting. The connection of Computer aided Draughting (CAD) and Finite Element Analysis (FEA) cannot be under played in solving and making predictive analysis. Explain the following school of thought using following set of questions: • What is Finite Element Method? What is FEA? What is CAD? • Explain the types of Analyses that can carried on FEA and CAD 1 when combined together • How does CAD model data Affect FEA output? • Where or which branch/part of Mechanical Engineering does FEM best suit or most applicable and explain why • FEA can further enhance the design or production of machine part , list and explain the parameter that can be optimized. Also Explain the term design optimization. • What are the benefits of FEA? What is the Demerit of FEA? In…

Q.1 Explain the following: a) Productivity b) Standard Costing c) Fixed and Variable cost d) Marginal Costing e) Value Engineering Q.2 Define method study. Explain the various techniques of method study. Q.3 Discuss the various method of work measurement in detail. Q.4 What do you mean by the term " Financial incentives" and explain the various incentives payment schemes? Q.5 Explain the importance of MIS and role of MIS in decesion making. Q.6 Discuss the concept of value engineering and role of ergonomics in product design. Q.7 Explain the direct, indirect and overhead costs in detail. Q.8 Discuss concept of material management funtion. What are the activities involved in material management? Q.9 What are X,R, and C charts? Explain the process control charts for variables. Also explain the theory of runs. Q.10 Describe the various strategies for improving productivity in detail.

Working From Home (WFH) has been very popular as a result of the Covid 19 pandemic. It is a known fact that employees undergoing WFH may experience lower back pain that could be caused by home office workstation. Working longer hours, not having a supportive chair, poor posture and many other hazards can all lead to back pain. Evaluate the issues in Figure Q1(b) and propose FOUR (4) ergonomics intervention for working from home (WFH) related to home office set-up. Provide suitable sketch, detail explanation orappropriate common data for each proposed intervention.

Blocking in experimental design is useful because it: A) keeps the experimenter from knowing which subjects are in the treatment group. B) prevents response bias from entering into the experiment. C) gives the quarterback enough time to throw the ball. D) controls for multiple variables in an experiment.

Which type of design develops formulae based on the practice and past experience. Select one: a. Empirical design O b. System design O c. Industrial design O d. Rational design

Company ABC is planning to introduce a new advanced model for their Juice Maker product. The process is mainly fabrication of parts followed by assembly of the final product. The design team of the company is assigned to perform the following tasks. Show how the data is obtained (survey, literature, actual from records). Justify any assumptions used in your analyses. Strategy 1. To set strategy of the operation function based on the following: a. Quality as OQD and cost as OWD. b. The company position itself based on cost. c. The company policy of minimizing use of natural materials to be adopted and deployed. Product Design 2. To design the new model of the product based on the following analyses: a. Use of QFD as a design tool.

P Flag question The following method conduct a brainstorming session to understand the likelihood of future events and impact they may have on project Select one: Delphi Technique O b. Time series models O C. Causal models O d. Market Research

How to determine the critical path of a network in engineering design?

What is the objective of an design optimization process?

any topic.

FINALS ASSIGNMENT IN ME 3215 COMBUSTION ENGINEERING PROBLEM 1: A Diesel engine overcome a friction of 200 HP and delivers 1000 BHP. Air consumption is 90 kg per minute. The Air/fuel ratio is 15 to 1. Find the following: 1. Indicated horsepower 2. The Mechanical efficiency 3. The Brake Specific Fuel Consumption PROBLEM 2: The brake thermal efficiency of a diesel engine is 30 percent. If the air to fuel ratio by weight is 20 and the calorific value of the fuel used is 41800 kJ/kg, what brake mean effective pressure may be expected at S.P. conditions (Standard Temperature and pressure means 15.6°C and 101.325 kPa, respectively)?