Best Research And Product Development New Haven Near Me

4worldlovers: Science Park Development Corporation is a not-for-profit corporation established by Yale, the City of New Haven, Olin Corporation and the State of Connecticut to develop the former Winchester Firearms factory campus in New Haven, CT.

Science Park is located just west of Yale's Science Hill and the "Yale Whale" Ingalls Skating Arena. It is home to start up and established biotech and technology companies, Yale University offices, apartments, and not-for-profit organizations serving New Haven communities.

4worldlovers:
Our clinical research unit is a modern facility that provides study-related clinical care and monitoring of the participants in our clinical trials. The New Haven Clinical Research Unit has 71 inpatient beds as well as outpatient facilities. Many of the studies include overnight stays. Within the research unit location, you’ll have access to internet, a large relaxation and reading area, and a multimedia room for entertainment. There is also a terrace available for fresh air.


Participants receive financial compensation for their participation. The amount depends on factors like length of the stay, total number of study visits, and the nature of the study procedures.


The screening visit is a key step to joining a clinical trial. At this visit, you will review the informed consent document with members of the study team at the PCRU. The informed consent document describes the details of the clinical trial, including what your rights and responsibilities would be as a participant, and any potential risks, so that you can decide whether you’d like to participate. The study team will answer any questions you may have.


If you decide to participate, you will sign the informed consent document and then undergo study-required tests, procedures, or assessments to confirm whether you meet the eligibility criteria for the study. These may include blood tests, an electrocardiogram (a test that uses sensors attached to the skin to check your heart’s rhythm and electrical activity), and vital signs.


A typical clinical trial at the New Haven PCRU may have busy days with lots of study procedures, as well as rest days with lots of downtime.


For a typical clinical trial at this facility, your busy day will likely start with an overnight fast. You’ll likely wake up early in the morning for pre-dose activities, which could include an electrocardiogram (a test that uses sensors attached to the skin to check your heart’s rhythm and electrical activity), vital signs, and a blood draw. The study doctor will review your results to confirm you may receive the study drug. Staff will administer your dose according to the study requirements — it could be a tablet or capsule by mouth, a liquid that you drink, an injection, a treatment applied to the skin, or other forms. After that, you’ll likely have procedures throughout the day and into the evening, such as blood draws and safety assessments, meals, and monitoring by the staff to see how you’re feeling.

4worldlovers:

Presco helps clients innovate and bring breakthrough products to market. Our teams of electronics, software, mechanical and industrial designers provide solutions to the most challenging problems.


Presco has worked in the area of AC power generation and distribution (from low power up to 100KW) and we have extensive experience in DC power conversion.

Modern practice is to convert a sensor signal to digital form as soon as possible, so the demand for low-noise analog circuit design has declined, leaving a scant few of us who are skilled in the art.

Our experience with analog to digital conversion (ADC) ranges from sub-Hertz to multi-GHz.

At Presco, our experience allows us to analyze the thermal performance of a design before we build prototypes, eliminating costly design iterations.

Presco’s experience with different system architectures and communication standards makes us a great choice to solve your interconnectivity problems.


At Presco, the term “high speed” refers to digital and analog circuits that typically operate at frequencies from tens of MHz up to a few GHz.


In addition to systems, circuit, and layout design services, our aggressive use of optimal algorithm development and advanced FPGAs shorten design cycles, lower costs, speed simulation, and assure reliability.


Presco’s software development team excels at creating specialized embedded software, as well as desktop and mobile applications.


Our engineering team has years of experience designing complete mechanical assemblies and enclosures for a wide range of industries. We follow design-for-manufacturing best practices and established quality assurance standards to solve problems and help our customers bring products to market.


Presco manufactures only circuit modules and mechanical packages that we have developed for our clients. By striking a delicate balance between in-house work and outsourced services, we can deliver the best of both worlds.