For the last five years, my quality assurance reviews pertain mostly to courses whether it be for companies such as LinkedIn, Lionbridge, or various universities. When these courses are analyzed, it ensures that all students are taking a course with great quality. A small portion of my responsibilities and courses I have analyzed are listed below:
Performance Testing: Performance testing is seen as one of the most important steps when it comes to website or course quality testing. During this phase, testing page-load speed, core vitals, and see how the site responds to attempted overloads. Courses are scrutinized against a spec sheet provided by the requester. Testing includes body copy, resources, headlines, and content.
Perform Functional Website Testing: Check to see if the site works as intended by taking the time to test buttons, forms, menus, and links. Additionally, ensuring that all form submissions routs to the designated people and any automated responses are correctly configured.
User Testing: Ensures visitors to the website or course can intuitively navigate through and find the information needed to support them and take the desired action you want. During user testing, you would look at things such as content hierarchy, site search functionality, and menu structure.
Compatibility Testing: Validates that the website performs appropriately across various browsers like Chrome, Safari, and Firefox for both desktop and mobile devices. Making sure that text and images are aligning and stacking correctly at different breakpoints for various screen sizes.
SEO Testing: Testing reviews whether the website is optimized to be found on search engines like Google, Bing, and Yahoo. During this process, you would look for both technical and on-page SEO errors, such as meta descriptions, alt tags, page titles and SEO optimized URL structures.
USC Business & Law Courses
MMLIS_LIM535
MMLIS_LIM537
MMLIS_LIM593
MMLIS_LIM562
MMLIS_LIM595
LLM_LAW598
LLM_LAW663
LLM_LAW603
LLM_LAW664
LLM_LAW710
Quality Assurance Review - Lionbridge
Secure C Run-Time Protection
Defending Ajax-enabled Web Applications
Creating Secure SQL Server and Azure SQL Databases
Creating Secure AWS Cloud Applications – Beta Build
Creating Secure Azure Applications – Beta Build
Creating Secure PHP Web Applications – Beta Build
Securing Python Microservices – Beta
Common C Vulnerabilities and Attacks
Common ASP.NET Vulnerabilities and Attacks - Beta
Securing ASP.Net MVC Applications
Creating Secure iOS Applications with Swift – Beta
Creating Secure Android Code with Java – Beta
Protecting Data on Android in Java
Preventing Vulnerabilities in Android Code in Java
Creating Secure JavaScript and JQuery Code
Preventing Integer Overflows in Java Code
Securing the Infrastructure Architecture – Beta and Final
Defending the Infrastructure – Beta and Final
Protecting Cloud Infrastructure – Beta
Protecting Microservices, Containers, and Orchestration – Beta
Creating Secure Application Architecture - Beta
Meeting Confidentiality, Integrity and Availability Requirements
Fundamentals of Threat Modeling – Beta
How to Perform a Security Code Review – Beta