A First-Year Student Who Did Not Own a Mac Built an Eye-Tracking Game, Entered Apple’s Swift Student Challenge 2026, and Was Selected in the Global Top 350: How Parul University’s Apple Lab, Swift Coding Club, and a Month of 12-Hour Days Made It Possible

Apple’s Swift Student Challenge is a global competition held every year. Students from universities worldwide submit original apps built using Swift and SwiftUI, Apple‘s programming frameworks. The challenge attracts thousands of entries from students at institutions across every continent. Being selected means Apple’s evaluation team reviewed the app, assessed its originality, technical execution, and creativity, and placed it among the best submissions globally.

Praneel Pandey, a second-semester B.Tech CSE student at Parul University, was selected in the top 350 globally in the 2026 challenge. He was not a final-year student with years of experience. He was in his first year. He had been coding in Swift for roughly five months. And he did not own a Mac, the primary device needed to develop Swift applications. Everything he built came from infrastructure the university provided.

40 Parul University students entered the challenge in 2026, each submitting unique apps. Apple recognised Praneel with an official certificate and AirPods Pro Max. For a first-year student at a private university in Vadodara competing against entries from universities globally, this is not a small outcome. PU students get such exposure that trains them to think beyond the boundaries of mediocre, and that’s when they thrive at the intersection of technology and AI, you too can join in the tribe by enrolling in Parul University’s B.Tech in AI & ML!

Soumya Dhakad: 200 Rejections to 43 LPA

B.Tech CSE at Parul University

Praneel Pandey grew up in Haryana with roots in Ballia, Uttar Pradesh. He attended Wisdom World School. Technology was present from the beginning: his father, a manager, gave him digital devices in first grade. Not as entertainment. As exposure. That early access built a curiosity that never went away.

He completed 11th and 12th in Mumbai and, like many engineering aspirants, aimed to crack the JEE. It did not work out as planned. He pivoted to private universities and chose Parul University’s Engineering Department, based on feedback from people in his coaching circle. Looking back, that choice gave him access to something the JEE pathway might not have: an Apple Authorized Training Center, a Swift Coding Club with structured selection, an Apple Lab with devices he could not have afforded on his own, and a faculty who noticed him in his first semester.

For students searching for what to do after JEE does not work out, or whether a private university can provide serious technical opportunities, Praneel’s story is data. He is in his first year. He has already competed globally. The JEE result is irrelevant to what happened next.

Praneel Pandey – Recognized by Parul University

Praneel’s dive into coding started with curiosity and hackathons, the way it does for many first-year students. The shift happened when a senior mentor named Aryan pointed him toward the Swift Coding Club at Parul University. The club runs a two-step selection process. Praneel cleared it and spent the next four to five months immersed in club activities: structured lessons in Swift and SwiftUI, guided projects, and peer learning alongside self-study through YouTube tutorials.

The club operates under the Apple Authorized Training Center at Parul University, one of a limited number of Apple-recognised training facilities at Indian universities. Most engineering colleges in India do not have this. The curriculum, tools, and teaching standards align with Apple’s own developer education framework. Students learn not just the syntax of Swift but the design principles, user experience standards, and app architecture that Apple evaluates in competitions like the Swift Student Challenge.

Parth Bangoria: Biology Dropout to Deloitte SDE-1

Faculty mentor Umang Panchal Sir provided continuous guidance. Praneel specifically acknowledges the role of mentorship in keeping his preparation structured when self-study alone would have scattered his focus.

The coding culture at Parul University extends beyond this single club: Parth Bangoria attempted to start a separate coding club with faculty support from Khyati Kariya ma’am in the CSE department, and the broader campus regularly sends students to hackathons and coding competitions across the country. If coding is what excites you and you’d want to make a career out of it, engineering admissions are live and seats are filling up daily, delay not and enrol into Parul University’s B.Tech CSE Course!

Praneel did not own a Mac. This is a practical barrier that blocks most Indian students from Swift development entirely. Swift and SwiftUI development requires macOS, which means a MacBook or iMac, devices that cost significantly more than what most engineering students or their families can justify in the first year.

Tanish Patel: 60 LPA at Microsoft

Parul University’s Apple Lab solved this. The lab provides access to Mac devices, Xcode (Apple’s development environment), and the full suite of tools required for Swift development. Praneel used the Apple Lab for his entire project development. He spent roughly one month in the lab, working 10 to 12 hours daily, building Blink Break from concept to submission.

This is the kind of infrastructure detail that matters for prospective students evaluating whether a university can support serious technical ambitions. The Apple Lab did not just exist as a showpiece. It was the reason Praneel could compete at all. Without it, a student from Haryana in his first year of engineering, without a Mac at home, would have had zero ability to enter a Swift competition, let alone reach the global top 350.

Praneel’s project, titled Blink Break, is a game controlled entirely by eye movements using an iPhone. The app uses the iPhone’s front-facing camera to scan the user’s eyes in real time. Based on the direction the user looks, a rover moves on screen. The app also tracks and calculates the number of eye blinks, adding a functional and analytical layer beyond the gaming experience.

Praneel figured out something early that many competition entrants miss: a successful submission needs a unique concept, not just clean code. Technical execution matters, but Apple’s evaluation criteria explicitly reward innovation, creativity, and apps that solve real problems or create genuinely new experiences. He devoted almost a month to finding the right idea before writing a single line of code.

LinkedIn CoachIn: 4 Women in Top 100 from 21,000

What made Blink Break stand out was the intersection of three elements: creativity (a game controlled by eyes rather than touch, which is genuinely unusual), technical complexity (real-time eye tracking using device-native ARKit capabilities, not a trivial implementation), and practical application (blink counting has potential wellness and accessibility uses, extending the app beyond entertainment into health monitoring). This combination is exactly what Apple rewards: innovation that is technically sound, creatively distinctive, and potentially useful beyond the demo. You too can get rewarded if you’re equally passionate about IT, master how to drive emerging technologies in sync with cloud computing by enrolling in Parul University’s M.Tech in Computer Engineering Program.

For students searching for SwiftUI project ideas or what makes a winning Swift Student Challenge submission, the principle is clear: start with the concept, not the code. Find the intersection of something creative, something technically challenging, and something with real-world application, such as by exploring engineering courses of Parul University assuring placements & dream package. Praneel has majorly spent 10 to 12 hours daily for a month because the concept demanded that level of polish. His curiosity and genuine excitement kept him going without burnout.

For students who want to replicate this trajectory, the timeline matters more than inspiration. Here’s the entire breakdown, this is more like lead or loose, you choose what you prefer –

• Month 1: Joined the Swift Coding Club after clearing the two-step selection process. First exposure to Swift syntax and SwiftUI fundamentals through structured club sessions
• Months 2-3: Combined club-guided projects with self-study through YouTube tutorials. Built foundational understanding of Swift patterns, app architecture, and Apple’s design principles. Participated in the Apple Authorized Training Center curriculum
• Month 4: Advanced training at the Apple Lab. Hands-on practice with actual Mac devices and Xcode. Exposure to ARKit and device-native capabilities that would later power Blink Break
• Month 5 (the submission month): Spend the first week on concept ideation, rejecting ideas that were technically interesting but not creatively distinctive. Settled on Blink Break after identifying the eye-tracking-plus-gaming intersection. Then: 10 to 12 hours daily in the Apple Lab for approximately 4 weeks. Built, tested, refined, polished. Submitted with the kind of finish that a global competition demands.

Total time from zero Swift knowledge to global top 350: approximately five months. This is not a story about natural genius. It is a story about structured access (Swift Coding Club selection, Apple Authorized Training Center, Apple Lab devices), guided mentorship (Aryan as senior mentor, Umang Sir as faculty guide), and sustained execution (one month of 10-12 hour days). Each element is replicable by any student with access to the same infrastructure.

A single student’s achievement can be an outlier. Forty students from the same university entering the same global competition in the same year is a culture. Parul University sent 40 entries to the Swift Student Challenge 2026. Each submitted a unique app. Praneel was the one who made the global top 350, but the pipeline that produced him is visible in the 39 others who also built and submitted original Swift apps in their first or second year of engineering.

This is what an Apple Authorized Training Center combined with a structured coding club, a dedicated Apple Lab, and faculty mentorship produces at scale. The infrastructure does not guarantee that every student reaches the top 350. It guarantees that every student who wants to compete has the tools, training, and devices to do so, even if they cannot afford a Mac at home.

The coding culture extends beyond Apple development. Four second-year B.Tech CSE women were selected in LinkedIn CoachIn‘s national top 100 from 21,000 applicants. Soumya Dhakad’s competitive programming earned him 43 LPA at a US-based MNC. Parth Bangoria’s GATE preparation made a Deloitte interviewer stop asking questions. The Apple Lab and Swift Club are one expression of a broader engineering culture that produces measurable outcomes across multiple platforms and competitions.

Placement Hub: 3,500+ Offers, Complete Data

Praneel’s achievement traces directly to infrastructure that existed before he arrived. The Apple Authorized Training Center and Apple Lab provided devices and training he could not have accessed independently. The Swift Coding Club provided structured selection, peer learning, and mentor access (Aryan as senior mentor, Umang Sir as faculty guide). The university sent 40 students to a global Apple competition in a single year. This is not incidental. It is the product of a programme that has also placed students at Microsoft (60 LPA), a US-based MNC (43 LPA), HashedIn by Deloitte (8 LPA), and sent 4 second-year women into LinkedIn CoachIn’s national top 100 from 21,000 applicants.

B.Tech CSE at Parul University’s Faculty of Engineering and Technology. 250+ technology labs including the Apple Lab, AI/ML Lab, Cyber Security Lab, IoT Lab, Extended Reality and Game Lab, Cloud Computing Lab. IMPACT training for placement preparation. PIERC for startup incubation (254 startups, Rs 20 crore+ funding). 2,200+ recruiters. NAAC A++ (CGPA 3.55). ASSOCHAM Best University in Placements for 3 consecutive years.