Our 203k consultant team at Beryl Engineering has the skills, knowledge and experience that you need when applying for FHA 203k or Fannie Mae Homestyle loans. Our consultants offer their expertise as a way to facilitate your transaction, and to ensure that you have the information you need in order to stay on budget. When you hire our professionals, you will benefit from our 15 years of experience and in-depth knowledge about building codes, feasibility and construction costs.
What Our Professional Consultants Have to Offer
Our 203k consultant will meet with you one-on-one at the proposed project site. We walk with you through the structure as we complete our inspection. During this time, our consultant takes video, photos and written notes about major flaws. We will also report on minor and cosmetic issues that could affect the feasibility of your project. Each member of our engineering team participates in ongoing training and education to stay up-to-date with construction technology, local building codes, lending requirements and safety issues that could affect the efficacy and efficiency of your project proposal.
How We Help to Facilitate Your Construction Project
Most lenders require that you have a professional, independent feasibility report included in your 203k loan application. Our feasibility report is comprehensive and includes information about repairs that are mandatory, recommended and desirable for your intended use of the property. Each section of our report includes a feasibility study of whether or not the needed repairs could be made based upon an engineering prospective. We also include a detailing of the costs associated with the needed repairs. Your lender may use this information to determine whether or not your proposed project is cost-effective and how much risk they would be taking on in order to lend you the money to do the work. You can use this information to decide on how to prioritize repairs. Our project work scope report helps your transaction to be completed within your desired time frame.