Visual Designer/ UX Designer (Locals only)

Visual Designer/ UX Designer (Locals only)

Infojini Consulting is a full service IT consulting, services, and staffing firm with offices in Linthicum Heights ,Maryland, Washington, DC and Mumbai, India.

Infojini Consulting is recognized as one of the fastest growing IT services and software development Companies. With a partnership of all major technology vendors, Infojini Consulting has built a strong Government and commercial customer base including fortune 100 companies and most state and federal agencies such as State of North Carolina, State of South Carolina, State of Maryland, State of California, State of Pennsylvania, State of Virginia, State of Washington and many others.

Infojini Consulting is an equal opportunity employer and considers all qualified individuals for employment irrespective of their race, gender, age, color, sexual orientation. We offer an excellent compensation package

We are looking for Visual Designer/ UX Designer in San Francisco, CA for Fulltime position.

Please refer someone else if you are not available at this time or you are not right match for this job opportunity. We have great Referral Bonus up to $2500!!! Please don't miss to refer someone who are looking for projects.

Job details mentioned below:

Job Title: Visual Designer/ UX Designer

Location: San Francisco, CA

Duration: Full Time

Client: Direct Client

Job Description:

Education and Experience:

1. Super strong visual design portfolio (must)

2. A degree in graphic design, HCI or related disciplines.

3. At least 2 years’ experience in producing visual design components and style guides for

products.

4. Deep knowledge of design principles and methods and ideation tools

5. Excellent knowledge of emerging trends and visual design styles

6. Mastery of standard professional tools (Photoshop, Illustrator, Flash, Dreamweaver) and

understanding of underlying technologies (HTML, CSS)

7. Proficiency in interactive prototyping.

8. Proven ability to create mock-ups and produce multiple iterations efficiently

Additional Information