ASD01 Exam Questions & Answers
Designing Blue Prism Process Solutions • Blue Prism
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About ASD01 Exam
The ASD01 Designing Blue Prism Process Solutions certification exam is a comprehensive assessment designed for professionals seeking to validate their expertise in Blue Prism's Robotic Process Automation (RPA) platform. This intermediate-level certification focuses on process design principles, solution architecture, and best practices for implementing efficient automation workflows. Candidates will demonstrate proficiency in analyzing business requirements, designing scalable RPA solutions, and optimizing process performance. The exam covers critical topics including process mapping, object identification, exception handling, and system integration, making it essential for RPA developers, business analysts, and automation architects who want to advance their careers in the rapidly growing field of intelligent automation.
Professionals preparing for the ASD01 exam should leverage comprehensive exam dumps and practice tests to enhance their preparation strategy. These resources provide candidates with realistic exam simulations, detailed explanations of complex concepts, and targeted practice on high-frequency question types. By utilizing updated study materials and practice tests, candidates can identify knowledge gaps, build confidence, and develop effective time management skills before sitting for the actual examination. Whether you're an aspiring Blue Prism certified professional or an experienced automation specialist looking to formalize your credentials, combining hands-on platform experience with quality exam preparation resources significantly increases your chances of achieving a successful certification outcome and advancing your RPA career prospects.
Exam Topics & Objectives
4-Week Study Plan for ASD01
Week 1: Foundation & Process Design Fundamentals
- Study Objective 1: Process analysis and business requirements gathering techniques
- Review process mapping methodologies and documentation standards
- Complete practice exercises on identifying automation opportunities
- Study Objective 2: Blue Prism platform architecture and capabilities
- Learn about object studio, process studio, and control room components
- Watch tutorial videos on creating your first process flow
- Complete hands-on lab: Set up Blue Prism development environment
Week 2: Object Design & Technical Implementation
- Study Objective 3: Object design principles and best practices
- Learn application modeling and interface automation techniques
- Practice creating reusable business objects with multiple actions
- Study Objective 4: Data types, variables, and decision logic
- Master control flow structures (loops, conditions, error handling)
- Complete coding exercises on variable manipulation and calculations
- Hands-on lab: Build a multi-step business object with error handling
Week 3: Advanced Process Features & Integration
- Study Objective 5: Process design patterns and queue management
- Learn about work queue implementation and item status tracking
- Review exception handling and recovery mechanisms
- Study Objective 6: System integration and data connectivity
- Master database connections and API interactions
- Practice XML/JSON data manipulation within processes
- Hands-on lab: Create a process with queue management and database integration
Week 4: Deployment, Testing & Exam Preparation
- Study Objective 7: Deployment strategy and control room management
- Learn scheduling, monitoring, and resource allocation concepts
- Review security and audit trail requirements
- Study Objective 8: Testing, troubleshooting, and optimization
- Master debugging techniques and performance optimization
- Practice root cause analysis for common issues
- Take full-length practice exams and review weak areas
- Review all objectives with focus on exam-style scenario questions
Sample ASD01 Questions
Practice with real exam-style questions. Reveal answers to verify your knowledge.
Consider the following steps for a theoretical manual process
* Check in input folder for any new files.
* If there are no files check again later as files can arrive anytime, and there is no limit to the number of files that may come.
* Open the next available file.
* Take the first case
* Start System X and find the case details.
* If the case can't be found., move to the next one.
* After finding the case in System X. fetch additional case details from System Y.
* Again if the case can't be found, move to the next one.
* Analyse all the data to see if System Z should be updated
* If the data does not meet the requirements, add notes indicating this to Systems X and Y and move to the next case
* If the data does meet the requirements, update the case in System Z
* Add notes to Systems X and Y and move to the next case.
* At the end of the file, go back and look for another
* Stop checking for new files at 16:00 and finish any remaining cases.
* When all work is complete create a report of the day's exception cases.
* Close down Systems X, Y and Z.
If it is possible that there are long intervals between files arriving, what are the alternatives the process should take to control System X, System Y and System Z? (select 2 responses)
Consider the following steps for a theoretical manual process
* Check in input folder for any new files.
* If there are no files check again later as files can arrive anytime, and there is no limit to the number of files that may come.
* Open the next available file.
* Take the first case
* Start System X and find the case details.
* If the case can't be found, move to the next one.
* After finding the case in System X. fetch additional case details from System Y.
* Again if the case can't be found, move to the next one
* Analyse all the data to see if System Z should be updated.
* If the data does not meet the requirements, add notes indicating this to Systems X and Y and move to the next case
* If the data does meet the requirements, update the case in System Z
* Add notes to Systems X and Y and move to the next case.
* At the end of the file, go back and look for another
* Stop checking for new files at 16:00 and finish any remaining cases.
* When all work is complete create a report of the day's exception cases.
* Close down Systems X, Y and Z.
If the volume of incoming cases is such that 1 Resource PC can easily handle the workload, which of the following steps for an automated solution should be part of the 'Preparation' phase of an automated process?
ProSafe credil reference agency retrieves data from bank and other credit providers where customers have missed payments or gone into default. The data is very sensitive and fed directly into a Blue Prism work queue via a web service. Blue Prism process must process the data within 4 hours. The Blue Prism solution runs continuously and each case takes approximately 30 seconds to process. It is expected that an average of 10,000 cases per day will be required and up to 10 Blue Prism robots are available. The Blue Prism solution is shown below:
For each case the process will access the customer account in the HotRisk system and, where an account exists, harvest the data which will be fed along with the Work Queue data into a rules engine. The rules engine is a Blue Prism process that does not interact with any target system. It merely consumes data and. via a complicated series of decision and choice stages, determines the new customer risk factor.
There is to be no scheduler used. Instead the Process Controllers who work in shifts to provide 24 hour support will stop and start process instances in line with Work Queue volumes.
As a Blue Prism process solution designer, who is reviewing the solution, which of the following would concern you? (select 3 responses)
Consider the following high-level design:
The application concerned is prone to being sluggish or even unresponsive at times. As the solution designer you should anticipate that there will be system exceptions and that after an exception case the application might not be in arNdea1 state. What should you do? (select 3 responses).
VivaBank have an account closure process that can take up to three days to close an account. All requests within the bank's core system to close an account take place overnight during batch processing. There are two scenarios:
The timings relate to the expected automation time.
All requests will arrive in a Blue Prism work queue from multiple channels using either web services or other Blue Prism processes.
The following detail from the Functional Requirement Questionnaire must be considered:
* Cases must be processed on the same day if they come in between 08 00 and 22:00 Monday to Friday
* Exception cases are to be emailed to the manual team during processing as and when they occur.
* It is expected that up to 200 cases can be expected per day.
The Blue Prism solution consists of four processes and four Blue Prism Work Queues.
Cases come into the Account Closures Work Queue and are processed by the Account Closure process which determines if they are ^Nil Balance" or "Balance to Transfer" scenarios. Before adding the case to the relevant work queue, a check is made to see if an identical key has been added to the work queue today. If so the case is not added.
The Transfer Balance process works its queue and, for each successfully processed case, adds case to the Close Account queue.
The Close Account process works its queue and. for each successfully processed case, adds a case to the Confirm Closure queue with the case deferred to 08:00 the next day.
The Confirm Closure process completes the sequence by confirming that the account is finally closed.
A scheduler has been created to start all four processes at 08:00. Each process shall be configured to finish accordingly:
Please select from the statements below the ones you consider to be correct (select 2 responses
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