Aaron Emmert has 14 months of experience working on various Appian projects. He has experience implementing dynamic grids, pickers and reports to improve record readability. He is currently working at Freddie Mac on a large Appian project. He also has experience with technologies like ASP.NET, C#, Java and databases like SQL Server and MongoDB.

1. Aaron Emmert
Revature
11730 Plaza America Drive #205, Reston, VA - 20190
Email: aaroncemmert@gmail.com Phone: 218-428-6797
Appian Experience Summary
 14 months of IT experience.
 Currently in Project at Freddie Mac.
 Took part in project: Internal Insurance App that streamlined the insurance approval
processes of Notifications and Monthly Claims. Implemented Dynamic Editable
Pickers and Grids for organization and readability.
 Took part in project: Personal Medical Advocate that was submitted to Appian World.
Built on top of the CSA application, listed below. Enhanced record readability to gauge
the status of a patient as quickly as possible using stackeddrillable charts and dynamic
computational grids.
 Took part in project: Concierge Service Application. Implemented records that imitates
Continuity of Care Documents (CCD) and XML parsers for eventual hospital
Electronic Medical Record (EMC) integration.
 Experience with Appian SAIL functions and recipes.
 Implemented custom rules: Expressions, Interfaces, and Queries. I design these rules to
enhance both reusability and maintainability.
 Familiar with CDTs for easier organization and application execution.
Other Experience Summary
 Familiar with DataSets and DataReaders as well as Entity Framework within
ADO.NET.
 Familiar with ConfigurationManager, SqlConnection, SqlCommand, and
SqlDataAdapter, in a Winform ADO.NET application as well as event listeners.
 Know how to use .NET LINQ to query on data pulled from a database.
 Implemented ASP.NET SignalR within an ASP.NET MVC project.
 Familiar with Deployd hosting a MongoDB talking to a client running on Node.js using
AngularJS.
 Implemented a C++ data transfer program that used TCP sockets which experimented
with the ARQ protocols.
 I have built C and C++ make files, compiled them and ran the executable in a Bash
UNIX Shell.
 Familiar with Valgrind debugger tool for memory leak detection in C and C++
programs. Also familiar with dynamic memory allocation of calloc and malloc.
 Utilized CSS3 and JavaScript unobtrusively in my HTML 5 pages along with using
Three.js libraries.
 Implemented key listeners, event handlers, and threads in Java.

2. Technical Skills
Appian Appian BPM Suite (7.10-16.2 versions), SAIL
Database SQL Server, MongoDB, Sybase
Web Servers IIS
Platforms ASP.NET MVC
Languages JavaScript, Java, HTML 5, CSS3, C#, C, C++, SQL
Other Frameworks JQuery, Bootstrap, ASP.NET SignalR, Node.js, Three.js,
AngularJS
Development Tools Visual Studios, Eclipse, and NetBeans
Education
Bachelor’s Degree in Computer Science Sep 2010 – May 2015
University of Wisconsin – Eau Claire
Certification
 Brainbench JavaScript
 Brainbench HTML 5
 Brainbench C#
 Brainbench SQL (ANSI)
Project Details #1
Appian at Freddie Mac Aug 2016 – Current
I am working at Freddie Mac via Hexaware Technologies. Though I can’t give specifics, it is my
first large project consisting of daily scrum meetings, defect management, user story planning,
testing and execution.
Technologies: Appian 7.9 Platform, SAIL, SQL
Project Details #2
Appian at Persistent Systems Jan 2016 – Feb 2016
Project: Concierge Service Application
The concierge service application is an Appian application which can be used to track and
manage patient medical records and history in pursuit of better medical care. The patients can
use the application in order to have more direct contact as well as faster and more detailed alerts
with their primary care physicians and nurses.
 Created SAIL forms for powerful and dynamic discharge requests.
 Implemented dynamic, drillable reports to display patient encounters.

3.  Use custom data types for organization, ease of storage and retrieval of data.
 Custom expressions and query rules to have reusable components.
 CCD (Continuity of Care Document) parser for reading custom templates that contains
data from EMCs (Electronic medical record) from hospitals.
Technologies: Appian 7.10 Platform, SAIL
Project Details #3
Appian Practice at Persistent Systems Oct 2015 – Nov 2015
Project: Congressional Casework Application
The US Congress receives hundreds of correspondences a day on various federal, state, and local
issues. They have a whole team of staff devoted to managing constituent relationships. Often,
Congressional Offices act as liaisons between their constituents and Federal Agencies. These
requests for assistance must be routed to, managed, and resolved by Caseworkers who specialize
in these affairs.
 Creation of dynamic drillable reports showing status of case requests, and the number of
requests each caseworker handled.
 Use of CDT’s to ease communication with MySQL Database, for storing and retrieving
data from an external database.
 Created links to records on reports such as User records and Case records for easier
gathering of knowledge for a specific case request.
 Used dynamic link components within report grids to connect to relevant records and
previously uploaded files.
 Created dynamic form components for the use of file uploads and showing custom picker
fields to choose local or external files to include in the submission of a request form.
 Used various expression rules to create reusable queries and form components
Technologies: Appian 7.10 Platform, SAIL
Project Details #4
ASP.NET Project at Eintern Sep 2015 – Oct 2015
Project: Real-Time Auctions
Description:
There are many auction sites that exist today but they currently don't use all of the current
standards of web programming to give the best user experience. RTA is an auction site based on
the new technology of web sockets that will allow users to socially connect and participate in

4. auctions in real time. Users do have to register to save payment information and see a history of
auctions as well as see future auctions.
Responsibilities:
 Used Code First development approach.
 Implemented parallel thread-safe static concurrent dictionaries in the Hub.
 Used database contexts as a data access layer.
 Implemented a Credit Card validator.
 CRUD operations for auctions and auctioneers.
Technologies: .NET, SQL Server 2014, .NET with C# Programming, ASP.NET, ADO.NET,
ASP.NET Identity.
Project Details #5
Undergraduate Researcher Sep 2014 – May 2015
Project: Dynamic User Interaction with Evolving Artificial Intelligence and Environment
Description:
Essentially the goal of my research is to create the butterfly effect where the decisions of
both the individual NPCs and the player affect the environment at large. Which means the player
is no longer the only agent of change in a video game. This not only enhances the customer
experience from the gamer's perspective but also saves video game developers time and money
which is critical in today's economy.
Responsibilities:
 Applied Calculus for creating path from one object to another moving object so that
they intersect at time (t).
 Designed interactions between NPCs and planets.
 Designed a game engine where events and movements are governed by time rather
than frame rate.
Technologies: HTML 5, CSS3, JavaScript, Three.js