CDR Report Sample For Engineers

The main objective of the project was to construct the spacious apartment at Floris 41. Some of the other aims are as follows, to intensify the stability of the structural elements against the external forces, to make a proper space for the residential purpose.

• To work with other members of the organization's staff to acquire land or a parcel of land.
• Choosing the appropriate equipment for excavation operations and preparing a work report for day-to-day duties.
• Supervise and monitor plinth beam and slab work, superstructure column, brick masonry construction, and so forth.

For the third career episode we Formulated the recommendable strategies for encountering water scarcity problems in the study area was the main focus of the study. Duties:

• To examine works of literature on water shortage and the ways used to cope with such a scenario.
• To choose a zone for further investigation and then gather data on water demand in the specified zones.
• Analyze the acquired data and then suggest a stormwater collecting system based on tree planting and the position of the side drain in the research area.

The primary goal of the research was to investigate the impact of rest intervals on the behavior of stainless steel. Other goals included reducing break stress in stainless steel 316 and increasing the aging time of stainless steel.

• To conduct a literature study to get insights into the characteristics and uses of stainless steel.
• Perform studies on the specimen using a Universal Testing Machine both with and without rest intervals (UTM).
• To compare the results of continuous and rest period testing to determine the impact of rest intervals on stainless steel.

The primary objective was to assess EPCM performance using a thermal energy storage system and obtain experimental findings for different temperatures and flow directions during charging and discharging cycles. Project course responsibilities included: gathering information on project-related issues.

• To conduct equipment testing and develop Standard Operating Procedures for the institute's equipment.
• Research and analysis of the results of trials with temperature and flow rate variations.

To design an optimized power circuit of the controlled oscillator of LC Voltage was the primary focus of the project. The secondary motto of this project was as:

• To increase the life of the battery for the optimization of power in critical conditions.
• To enhance reliability and accuracy as well as to minimize power consumption.
• To review several numbers of research papers, books, and related articles to understand the proposed project.
• To create the circuit diagram of VCO topology for the GSM scheme and execute the transient along with phase noise and power analysis of the VCO topology circuit for the GSM circuit.

This project aimed at producing a power supply in the resonant mode for LCD TV and Monitor executing the techniques of soft switching.

• To reduce the switching loss by implementing various switching techniques.
• To acquire a high efficiency in the power supply.
• To study the power supply in different modes.
• To use the appropriate technique for the project as per its performance.
• To design the power supply of switched-mode with hard switching and soft switching.
• To calculate the equation of the various modes by the boundary condition.

In the second career episode, the prime objective of this project was to build a qualitative motorway by selecting the most feasible alignment and detailed design of geometrical and structural components of the motorway. The responsibilities of the candidates were:

• To design the necessary IP needed for logical and server connection, as well as to identify unused IP and ID.
• Carry out network planning and data setup for SDR.
• Using the U31 Client program, complete the job of preparing the OMCR.
• Using U31 Client software, carry out the process of OMB preparation.
• To test E1's connection and create a link.
• Perform issue analysis and debugging.

The project also dealt with the proper establishment of the monitoring system so that the faults occurring in the system could be identified and corrected. The duties were:

• To design the commissioning work as well as the E guard setup.
• Using Ipower SCADA software, prepare the commissioning job by configuring alarms for the respective location.
• Monitor and troubleshoot system issues, as well as prepare and submit reports to the higher-level management team.
• To carry out the duty of connecting the sites to the main server.

The primary concern of the project was to develop as well as to simulate the enterprise network with the concept of VLAN. Responsibilities that were handled were:

• To study the architecture of a multi-tiered system where I studied its topology and the hierarchical Network architecture.
• To develop the methodology as well as the steps of designing the Network.
• To design the communication network and the architecture of the Network.

The primary objectives of the project were set to design the wireless network model for aircraft using satellite communication for better performance. The duties and responsibilities for this project included:

• To study the detailed structure for the project, including the design with the implementation.
• To choose the appropriate parameter for the design.
• To calculate the analysis for the design by the KU and UHF band.
• To design the Network in MATLAB
• To design the Network using the NS2.

In the second career episode, the prime objective of this project was to build a qualitative motorway by selecting the most feasible alignment and detailed design of geometrical and structural components of the motorway. The responsibilities of the candidates were:

• Perform site supervision and modify the project's detailed drawings.
• Conduct standard penetration tests (SPT) and assess steel structures for concrete.
• To test the on-site thickness of collected concrete and asphalt, as well as to assist the plant engineer.

In the third career episode, the client had designed as well as constructed the road through the Punjab region. The responsibilities of the candidates were:

• To design rural roads and conduct a project cost analysis.
• Conduct reconnaissance surveys, evaluate, and assess local construction methods.
• To carry out a field density and sieve test in accordance with the project's specifications.
• To check RCC constructions, as well as revise structural designs and maintain site safety.

The project was carried out to perform the design calculation of an optimized version of the distillation unit by increasing the production rate of LPG. The roles and responsibilities of the candidates were:

• To study on distillation process of crude oil along with various types of distillation units used to obtain refined oil at different temperatures.
• To made different considerations for the design process including the size, weight, and working temperatures.
• To determine the total output of the material in terms of its mass.
• To determine the number of tubes required and the area of each tube for the heat exchanger.

The main aim of the study was to design a framework for the pipeline in other to accommodate the increased natural gas capacity. The roles and responsibilities of the client for this project was:

• To collect the pipeline parameter like pipeline height, pipeline material grade for the simulation process.
• To study pipeline installation guidance and procedures.
• To determine the most suitable parallel pipes by comparing the two scenarios.
• To analyze the simulation result.

The prime aim of the project was the analysis and design of the arch bridge. Using SAP 2000 for determination of the load distribution on the supports The key responsibility of the writer is:

• To gather information regarding the design of the arch bridge.
• To carry out the modeling of arc bridge on SAP 2000 software.
• To check limitations of vibration as mentioned in the LRFD guideline and limitations of the deflections as per the NCHPR guidelines.

Structural design was the primary goal of this project. Additionally, by taking into account the required characteristics.

• To get knowledge about prestressed concrete, prestressed beam, TSM, cracking, and decomposition forces by examining various forms of literature.
• For the purpose of verifying the tensile reinforcement in the longitudinal direction and determining the ultimate limit condition of the flexural beam the estimated value and how many viable options are available.
• To calculate eccentricity using a tendon with a parabolic curve.

Welding fixtures for the door were the subject of this project, which focused on the steps involved in the production process. To lessen the operator's weariness while working in the sector. The following were the responsibilities for the second episode of the professional career:

• This project was designed to gather data on welding fixture manufacturing processes and to assess how the company's product manufacturing operations are performing.
• To develop a CAD model of the welding fixture.

The following were the responsibilities for the second episode of the professional career:

• To manage material for its development and assemble it.
• To perform various parameters such as the fixture's cost, volume, weight, and assembly time calculations.
• To present the details of the project in a report.

The career episode aims at the implementation of the sale management tool team core for increasing the productivity of the store's inventory management. Duties were:

• To collect the information for the system suppliers or service providers regarding the employed technologies, the requirement of cost, and the quality of support service.
• To analyze three different alternatives to the point sale management tool.
• To conduct a meeting with the service provider and involve in the demonstration of the product.

The project's primary goal was to examine the benefits and drawbacks of quick juice. Increased productivity and efficiency of the staff was also a goal in this project's second phase. To gather the project requirements from the commercial manager and industrial engineer in order to successfully complete the project, the following roles were implemented:

• Interviewing customers to learn what they think about the product's description, as well as juice and storage difficulties.
• The process flow chart approach may be used to evaluate and show the work done by the staff.
• Analysis and evaluation of parameters for the improvement.

The main objective of this project was to improve the productivity of the pillar blasting. Duties:

• To understand the techniques regarding a mining method and geology and learn about the geotechnical conditions at Sindesar Khurd Mine (SKM).
• To select vertical crater retreat method and long hole open stopping method (LHOS) for the extraction of ore.
• To head towards the process of Pillar blasting.
• To analyze and evaluate the blast results.
• To find the dimension of a crown pillar in the 85th level.

The main objective of the project was to develop the key performance Indicator Reporting Platform and develop the Global Drill and Blast management system. Roles were:

• To identify and review the key performance indicators of the drilling and blasting process by the obligation of the contract and expectations from the client.
• To recognize and select the appropriate data source for the process of drilling and blasting KPIs along with the building of a relationship matrix.

The vital purpose of this project was to construct integrated petrochemical in the ATYRAU region. Other project goals were to minimize the construction cost of the integrated petrochemical complex by developing a cost-efficient and effective budget., to maintain the quality of the complex by conducting qualitative assessment. Responsibility of project was

• To review the piping and instrumentation diagram (P& ID) to know about the piping and process equipment along with the branches, valves, and the control interlocks.

The chief purpose of this project was to work on the Greenfield LiOH.H2O production plant for Albemarle Kemerton Plant.

• To analyze the functional specifications provided by the work contractor for the PLC and PCS programming for the EPCM.
• To review the designs for the workshops, detail, and GA drawings, along with the other 3D designs.
• To review the designs as per the ASME VIII Div. 1 for construction of pressure vessels.
• To gain in-depth knowledge about the Kemerton plant.

The main objective was to develop an Arduino-based accident detection system that provided an accurate location of the accident

• To study all the ideas related to the implementation of the GPS and GSM modules for the project.
• To determine the hardware and software necessities for the system.
• To prepare the block-based diagram of the accident detection system.
• To develop the codes for the action of the Arduino.

This project targeted to survey the relevant personals regarding the site. Similarly, to enhance the service efficiency of linking networks for aggregation and satellite.

• To start to explore the theoretical knowledge practically regarding the NBN technologies, standards of construction, and networks.
• To collaborate with the copper specialist of the company and also with the fiber specialist for this survey.
• To survey the panel type with the possibility to get installed.

The major aim was to assess the quality environment in the work site based upon the quality of air, water and reducing noise levels.

• To become acquainted with the hydropower details and construction activities carried out in it.
• To examine the impact of tunnel excavation at intake, Adit1, and due to operation of batching and crushing plant.
• To evaluate all the results carefully in terms of physical, biological, socio-economic, and cultural environment.
• To propose a feasible solution as the responsible member of the study.

The primary objective related to this project was to perform the IEE of the Janakpur Parikrama through a detailed survey regarding the physical, biological, socio-economic, and cultural prospects.

• To get involved in performing the detailed study of the project site with the help of available resources.
• To perform the necessary survey of the Janakpur Parikrama road that included environmental aspects.
• To examine the necessary impact that could occur in the environment while performing the project in the areas connecting with this road.

The project's main objective was to design the wind energy-based power system for grid connection. Other secondary objectives were to enhance the use of renewable wind energy, to increase the efficiency of the power generation system. Duties

• To investigate more literary works by other authors that are relevant to the wind energy system.
• Choosing the units for the system's modeling.
• Using the assistance of other users, tackle the difficulty encountered during the simulation.
• Create a model of the subsystems involved in the width modulation system.

The main target of the project work was to design the power factor correcting circuit to improve the power factor of the AC power network. Some other aims were, to improve the system's power quality and to add accuracy to the model of the system, to increase the power factor of the unit by utilizing the best correction circuit. Roles and responsibility

• To get a thorough understanding of power factor correction (PFC) methods and circuits.
• Choosing the project's core units and components.
• Create a Simulink model of the PFC circuit with and without a capacitive unit.

The main aim behind this project was to design and analyze the wing structure made from a composite material of aluminum alloy and carbon-epoxy, in reducing the overall cost of manufacturing the wing by the inclusion of composite material.

• To enhance the efficiency and life of the aircraft wing with the use of composite material.
• To undertake an examination into aircraft wings and different loading circumstances.
• Choosing the best composite material for a comparative study.

The main aim of this project was to calculate the power required for the operation of different modes of flight in the helicopter. Duities:

• Conduct a literature review to determine the requirement for MATLAB simulation in the Helicopter model.
• Choosing the right components for the project's implementation.
• Analyze the model in order to generate different graphs.
• Using MATLAB, simulate the model by specifying boundary conditions.

For Career episode 2 main intention of the project was to construct an irrigation dam for farmers within the mining locality. The other objectives of this project were to fulfill the irrigation water requirement of the farmers in the locality of mining, to provide the water with adequate quality for improving crop production.

• Conduct preliminary research on project papers and a site survey.
• To clear the project site and prepare for the project.
• To denote the diameter for building, excavation, and lining purposes.
• Caissoning into the aquifer and supervising intake construction.

The prime aim of the project was to evaluate the land scope effect on soil loss from erosion sites. The other goals of the project were to estimate the soil loss from the erosion site by using the USLE method to preserve the topsoil of the land from the soil erosion.

• To study the project documents and conduct a preliminary visit to the site.
• To survey the study area and analyze the topography.
• To develop the topographical map for the surveyed area.
• To divide the total land area into separate divisions.

The primary goal of the research was to develop a low-cost electro spinning device for nano fiber production. Duities:

• Electrospinning was used in the previous testing, so I went through the procedure again.
• Based on the system's needs, I selected a number of components.
• I drew a block diagram depicting the electrospinning process in its entirety.
• It was my idea to design the circuit components and then build the model.

Roles and Responsibilities:

• Make a thorough review of all tender documents to understand more about the system requirements.
• A radiographic room's major components include the following: the design of its layout, access to the room's equipment and medical appliances, installation of the room's major components, testing the installed system's functionality, provision of system training for the hospital's staff (including doctors and nurses), testing, and installation.