help me prepare for this interview Job Summary We are hiring a full-time SOC Analyst who is technical, dedicated to learning new things, security-minded, has strong initiative, and is able to manage projects autonomously. The Information Security team defends the company’s digital infrastructure by designing, implementing, and improving the company’s cybersecurity architecture. This is a critical role responsible for protecting infrastructure, cloud, edge devices, and data against unauthorized use, modification, exfiltration, or damage. If you’re excited to be part of a fast-growing, then Medpace is a great place to grow your career.
Responsibilities
Engineer security solutions without oversight while collaborating with multiple internal departments and vendors; Analyze security systems and seek continuous improvements; Research vulnerabilities, perform vulnerability scanning and alleviate threats; Mature security best practices and policies internal to the organization; Develop new processes while cross-training coworkers and assisting employees on security-related matters; Provide security awareness training and testing for employees to verify proper security protocols are being adhered to; Performing cyber security incident triage, reviewing logs, and performing remediation activities; and Review and reduce inappropriate/overprovisioned access to drive least privileged access.
Qualifications
Minimum of bachelor's degree, preferably in Cybersecurity or Information Technology; Prior Internship/co-op experience within Information Security Understanding of security best practices and how to implement them at a business-wide level Experience with using and maintaining some of the following: SIEM Endpoint Detection & Response Cloud based architecture such as Azure Privileged Access Management/Identity Access Active Directory Soft skills including exceptional communication skills, working well in small groups, and analytical thinking with the ability to solve complications Fundamental scripting skills, such as PowerShell/Python
Welcome! I'm excited to help you prep for your SOC Analyst interview with Medpace. We'll make sure you're fully ready to discuss everything from SIEM and Active Directory to scripting and real-time incident triage.
To make sure we tailor this prep perfectly to your background and focus on the areas that will make you stand out, let's start with a quick question about your hands-on experience.
To help us focus our interview prep, how much hands-on experience do you already have with SIEM tools, EDR platforms, or Active Directory from prior internships, coursework, or home labs?
I've built home labs to practice with them, but no professional experience yet.
In an interview, a key concept you'll need to explain clearly is how these two tools complement each other. While a SIEM acts as the central nervous system gathering logs from everywhere, EDR acts as the highly specialized security guard stationed directly on individual computers.
Before we test how you'd explain this to an interviewer, which specific SIEM or EDR tools did you deploy or experiment with in your home lab?
I used Splunk and Microsoft Sentinel for my SIEM
Splunk and Microsoft Sentinel are the absolute perfect duo to have on your resume for Medpace, especially since they rely heavily on Azure cloud infrastructure.
In a SOC analyst interview, having home lab experience is a massive gold star, but only if you can articulate it professionally. Interviewers want to hear about the actual security scenarios you simulated, not just that you clicked buttons to install the software.
When they ask about your home lab, you want to frame your experience using a three-step structure: the Architecture (what you built), the Attack Simulation (how you generated malicious logs), and the Analysis (how you investigated the alerts). This proves you didn't just build a passive lab; you actually used it to practice real-world triage.
To give you an idea of how to structure this, let's look at a classic home lab setup that maps directly to what enterprise networks use.
A SOC analyst home lab pipeline showing security telemetry moving from a compromised victim network through a log forwarder into a central SIEM and analyst console.
I have set up a placeholder visualization above representing this exact pipeline. Having a architecture blueprint like this in your mind helps you explain your lab setup with total confidence.
For example, you can tell an interviewer:
- The Architecture: "I built a virtualized environment with a Windows Server acting as an Active Directory Domain Controller and a Windows 10 target workstation, forwarding all event logs to a centralized Splunk instance."
- The Attack Simulation: "To generate realistic telemetry, I used attack simulation frameworks to run and brute-force attacks against my target workstation."
- The Analysis: "I then built custom dashboards and alerts in Splunk to parse those security logs, analyze logon event IDs, and trace the simulated attacker's lateral movement."
This turns a simple hobby project into an impressive story of practical engineering and curiosity.
Let's test this out. If an interviewer at Medpace asks you: "Walk me through a specific detection rule or alert you built in your home lab. What malicious activity were you trying to catch, and how did you verify it worked?"
How would you answer that using your experience?
I'd talk about creating an alert for suspicious PowerShell execution.
An alert targeting suspicious execution is a spectacular scenario to bring up, especially because attackers love using built-in administrative tools to fly under the radar.
Let's work together to polish this specific story using our 3-step structured framing: Architecture, Attack Simulation, and Analysis. We want to show the interviewer that you understand the entire detection engineering lifecycle, not just that you saw an alert pop up.
The Anatomy of a PowerShell Detection Scenario
In an interview, you want to walk through the technical specifics of how you configured your environment to capture this activity, how you simulated the behavior safely, and exactly what forensic artifacts you searched for. Let's break down how this flows logically:
| Phase | What You Built / Did | Why It Matters for the Interview |
|---|---|---|
| Architecture | Configured Windows Event Forwarding, enabled GPO auditing, and turned on PowerShell script block logging (Event ID 4104). | Demonstrates you know how to build a reliable telemetry pipeline. |
| Attack Simulation | Executed an obfuscated PowerShell payload (like a Base64 encoded web request) to mimic an attacker trying to download malware. | Proves you understand modern administrative abuse and bypass techniques. |
| Analysis | Created a Splunk search looking for highly-obfuscated commands, specific execution policies (-Bypass), or anomalous parent-child process relationships. | Shows your query mechanics and analytical triage ability to confirm true positives. |
When you lay it out like this, the interviewer can instantly see your technical depth. They see you as someone who knows how to configure logs, simulate threats, and write high-fidelity queries.
To bring this to life, we need to talk about the core evidence you gathered. Let's zoom in on the exact telemetry that makes this detection possible. In Windows, enabling allows your SIEM to see the complete, de-obfuscated code block as it is executed in memory, which is crucial because attackers frequently encode their command-line arguments to evade basic monitoring tools.
Let's put this into practice. If we want to look for an attacker attempting to run a PowerShell command that silently downloads and executes a script from the internet, what specific command-line arguments or flags (like bypassing execution restrictions) would you configure your detection query to flag?