RACHANA RANADE
*** ***** ****** . *** * . West Lafayette, IN 47906 .
*******.******@*****.*** . 765-***-****
URL: http://webstarts.com/MySiteRachana
OBJECTIVE
To obtain a full-time position that will enable me to use my inter-personal
skills and expertise in the field of usability to improve user satisfaction
and performance in human computer interaction.
SUMMARY
. 2.5 years of experience in usability analysis, user experience, interface
designer, user interface.
. Solid understanding in User-centered methodology (UCD) and product design
and development.
. Excellent in gathering user requirements using UI technology and
developing creative design concepts and visualization using wireframes,
screen flow, work flow and prototypes.
. Experienced in creating personas, user scenarios, user profiles and story
boards.
. Experience in conducting usability testing using eye-tracker, and through
methods such as heuristic evaluation, cognitive walk through, Talk aloud
protocol
. Experienced in designing product/website that is user friendly and cost-
effective.
. Working knowledge of UI technologies such as HTML, XHTML and CSS.
. Good understanding of visual design skills as per W3C standards.
. Working knowledge of using Photoshop and Dreamweaver in developing UI.
. Experience in transforming user needs into User Interface prototypes
using a various techniques and software's.
. Good team player, sincere, enthusiastic and highly motivated with
positive attitude.
. Experienced in team leadership and ability to multitask.
EDUCATION
Clemson University, Clemson, SC
Dec 2009
Masters of Science in Industrial Engineering
GPA: 3.70/4.00
The Maharaja Sayajirao University of Baroda, Vadodara, India
June 2005
Bachelors of Engineering in Mechanical Engineering
GPA: 3.85/4.00
GRADUATE PROJECTS
Identifying optimal information visualization designs for mobile devices
using eye-tracking
The research was conducted to identify optimal designs that can be adopted
while using line graphs and pie charts for information visualization on an
Apple iPhone .
. Created stimuli using Adobe Photoshop.
. Conducted sessions on 15 participants for collecting data on Tobii Eye-
tracker.
. Analyzed the data using statistical software SPSS and Microsoft Excel.
Usability Analysis and Crew Assessment - Copier Evaluation
The purpose of the project is to improve the interface for a multi-
functional copier machine, which is generally used for making copies,
scanning, and printing.
. Identified needs from the customers by creating user profiles, personas
and conducted interviews with the users by creating scenarios.
. Conducted task analysis to understand the system and information flow.
. Performed discount usability method i.e. heuristic evaluation technique
and cognitive walkthrough to identify potential problems with the design
of user interface.
. Created paper prototypes using story board, brainstorming sessions with
the team members and re-iterated based on user testing.
. Conducted usability test such as think aloud protocol (TAP), scenario
based testing and questionnaires on the final product to test the
usability of the interface.
Design of Human-Computer Systems - Creative Inquiry Website Improvement
Mission was to design the website of Creative Inquiry (CI) for Clemson
University's Industrial Engineering Department.
. Gathered customer needs, conducted need analysis based on the interviews
with the client and created personas.
. Collected benchmarking data by conducted extensive market analysis.
. Managed the creative aspect of the project such as visualization and
conceptualization.
. Created several mockups using paper prototypes, Dreamweaver, Adobe
Photoshop and HTML/CSS prototypes for website information architecture and
navigation.
. Finalized the contents of the menu for the website based on user needs by
using card sorting techniques.
. Worked closely with clients and followed web usability rules to convert
the documents in effective web content and to improve search optimization.
. Designed and developed the WebPages from gathering need statements to
final website using Dreamweaver, HTML, and CSS.
. Followed web2.0 standards and W3C rules for the website designed.
. Conducted compatibility tests across different browsers.
. Conducted usability tests to improve user experience and to ensure the
usability of the final website.
Design & Analysis of Human-Machine Systems - Redfern Patient Tracking
Improvement
Mission was to improve the current tracking process for Health Center and
make it more efficient.
. Designed and developed automated excel sheet for maintaining patients
records for Redfern Health Center.
. Identified customer needs by conducting focus groups, face-to-face
interviews and surveys with the clients and performed need analysis.
. Conducted market analysis and research to collect competitive
benchmarking data.
. Created detailed conceptual diagrams, visual mockups, wireframes based on
user needs.
. Applied concept screening technique to come up with the best concept.
. Designed prototypes in various forms including drawings, Adobe Photoshop
mock-ups.
. Used card sorting technique to define information architecture of the
product.
. Customized the final product by working closely with the clients to
satisfy customer requirements.
. Refined the product by conducting usability tests to validate design and
functionality and to increase the user satisfaction and make it efficient.
PROFESSIONAL EXPERIENCE
Graduate Teaching Assistant, Clemson, SC
Jan 2008 - Dec 2009
Physics and Astronomy Department, Clemson University
. Conducted weekly undergraduate physics lab which involved assisting
students to perform the experiments, teaching, grading, preparing quizzes
and proctoring.
. Gathered a title of Group leader for the lab which involved teaching and
assisting new TA.
Summer Intern, Houston, TX May
2008 - Aug 2008
Baker Hughes Incorporated (BHI), Division-Mechanical Reliability and Life
Management
. Identified critical features - failure location, mode/ mechanism for BHI
tool.
. Automated the time-depth profile synchronization between memory data and
surface data gathered from BHI tool in Matlab.
Lead Engineer (Layouts), Vadodara, India
July 2005 - Aug 2007
ALSTOM, Division-Balance of Plant (BOP)
. Prepared flow diagrams and designed piping layouts using AutoCAD and
recommended changes in process and procedures gaining 10% increase in
overall productivity and 2% decrease in manpower.
. Generated Bill of Quantity (BOQ) and performed cost analysis resulting in
12% improvement in associated cost reductions.
. Created and implemented Material Master (MM) logic for ERP software SAP
. Led an engineering team of 5 members and delivered the project on-time
and within budget.
. Prepare various reports and presentations for Operational and Executive
Management.
. Collaborated with vendors and worked with cross functional team including
engineering, purchase and project management to establish baseline
performance and work standards.
. Aided in implementing 5S and won the best 5S volunteer award
RESEARCH
Graduate thesis: "Effectiveness of team-building and team work in real and
virtual worlds"
. Developed a virtual class room for team training in Second Life.
. Conductedcross cultural team-building training sessions for 90
participants.
. Performed descriptive statistics,univariate analyses, hypothesis testing
and cost benefit analysis on the data using SPSS.
Undergraduate thesis: "Embedded Controller for Polar Robot Arm with
Pneumatic Muscles"
. Devised a mobile robot arm with a spherical polar work envelope that was
actuated using pneumatic power instead of the conventional stepper motors.
. Created cost effective pneumatically powered robot as compared to its
electrical and hydraulically actuated counterparts, provided smooth and
rapid point-to-point movement leading to reduction of overall handling
times.
. Designed a dedicated micro-controller for the robot arm that provided
mobility, ease of controls and independence from a macro computer console.
PUBLICATION
. Ranade, R., Greenstein, J.S. (2010). Effectiveness of Team-Building and
Teamwork in Real and Virtual Worlds. In Proceedings of the Human Factors
and Ergonomics Society 54th Annual Meeting, San Francisco (In
publication).
HONORS
. Best Technical Paper at Footprints 2005 - A National level inter-college
technical conference.
Topic: "Embedded Controller for Polar Robot Arm with Pneumatic Muscles."
. Best Working Model - "Water Rockets" at Footprints 2005.
Developed a hydro-pneumatically propelled low altitude short range rocket.
PRESENTATIONS
. "An application of user centered design methodology to design a health
care software" by Rachana Ranade, Vikas Vadlapadla, Denzil Jeykumar.
Presented at the 7th Industrial Engineering Research Poster Competition,
Clemson University, April 8 - 10, 2009.
. "Effectiveness of team-building and teamwork in real and virtual worlds."
by Rachana Ranade. Presented at the 7th Industrial Engineering Research
Poster Competition, Clemson University, April 8 - 10, 2009.
ACTIVITIES
. Member of Organizing Committee of FOOTPRINTS-2002, 2003.
. Managed the overall events of a national level technical
competition.
. Developed and implemented strategies for student participation and
fund raising for the event.
. Member of the Editorial Committee for Faculty Magazine as well as the
Mechanical Engineering Department Magazine (M.S. University of Baroda) and
college website development team.
. Member of AID (Association for India's Development) - Clemson Chapter.
COMPUTER SKILLS
General: Basics of Hardware and Networking, Dreamweaver, Photoshop,
Microsoft Expression.
Languages: C/ C++, FORTRAN, Basic programming skills of Java, Scilab,
Matlab, HTML, CSS.
Engineering specific: AutoCAD, ERP Package SAP R/3 (MM & BOQ), AFT Fathom,
Minitab, Wiebull, SPSS, Programming in Auto lisp, Basic knowledge of Pro-E,
ANSYS.
COURSE WORK
Human Factors Engineering, Design and Analysis of Human-Machine Interface,
Design of Human-Computer Interface, Usability Evaluation and Crew
Assessment, Eye Tracking Methodology and Applications, Engineering
Optimization and Application, Manufacturing Systems Planning and Design,
Quality Engineering, Probability and Statistics, Technology
Entrepreneurship.