Author Archives: mnandu

The Work Learn Experience at UBC Mechanical Engineering

Hey everyone,

As the term winds down, it’s time to say goodbye—not just to this role, but to UBC itself. This is probably my last blog post—not just as a Work Learn student, but as a student. It’s a strange, bittersweet feeling as I count down the final days here. Through these blogs, I’ve tried to share useful insights—whether that was about project ideas, Co-op, or research. I’ve also shared moments of joy, anxiety, fear, and even imposter syndrome. But today, I’m turning the focus inward. This post is about what this experience has meant to me.

Why I applied for this role

First off, I’m incredibly grateful to UBC Mech and my supervisor for giving me the opportunity to work as a Student Web Assistant in my final year. Last summer, I was looking for a part-time job—something flexible that could work around my chaotic Mech schedule. As anyone in the program knows, Mech is intense. School comes first, but bills don’t wait. I needed a role that could handle projects and last-minute assignment scrambles. And luckily, I found one that felt close to home.

I call UBC Mechanical Engineering my home because this department has given me so much! It’s where I did my first research internship. It gave me the chance to dive into my favorite specialization. It introduced me to some of the coolest, most talented people—many of whom I now call my friends. It provided couches for naps between classes (my naps >>> any pending assignment or a class) and microwaves for quick meals. When I saw the opening for this role, I applied without a second thought, and I’m so glad it worked out and here I am working as Web Assistant!

My Nap Spot

What the work was like

When I first joined this role, I thought it would mostly revolve around maintaining the website, front-end bug fixes and search engine optimization. And to be fair, that was a big part of it. But what I didn’t expect was how much more I would learn along the way. I got the chance to improve my Photoshop skills, explore Adobe InDesign and Illustrator, and sharpen my design abilities. And when an engineer picks up design skills? That’s always fun!

An image of working on Indesign to get promotional content ready for the website.

As many of you know, I love photography, and these skills will definitely help me take my hobby a step further—maybe even towards creating digital art someday. But beyond the technical skills, this job gave me something far more valuable: the ability to organize my thoughts.

This past year has been a whirlwind. Between an intense course load, job applications, constant rejections, trying to stay healthy, work, manage expenses—just life in general—it felt like my mind was always racing in a million directions. As a man, expressing emotions isn’t always easy. There’s this unspoken expectation to always be strong, to have it together. Before university, I used to sketch a lot—character portraits that reflected my thoughts and emotions. But as academics took over, I stopped, and over time, I think I lost that outlet. I kept pushing my feelings aside, telling myself that a great workout or a game of soccer would be enough. While those things do help, the question on lack of communicating emotions still remains.

Writing these blogs changed that. When I wrote about prioritizing mental health before exams, I think I wasn’t just writing for you all—I was reminding myself of it too. With the rise of generative AI, I’ve barely written anything by hand in years. But these blogs forced me to slow down, to gather my scattered thoughts, and to give them direction. And in doing so, they gave me back a piece of myself I didn’t even realize I had lost.

The best part of the role

Hands down, the people. First and foremost, my incredibly talented coworker and friend, Rachel—whether it was running tours, filming Mech promo videos, or just goofing around, it’s been an absolute blast working together!

Filming promotional content for Mech Spaces

Beyond that, it was the student team—running events together made the job more dynamic and fun. And then there were all the faculty members I met at events. Seeing them outside the classroom, hearing their stories and humor—it gave me a whole new perspective on the people teaching us.

Me representing Mech at First year Networking Event (my facial expression looks terrible cause I’m in the middle of speaking something haha)

Meeting students at tours, networking nights, and open houses was another highlight. Your curiosity and excitement reminded me of my own first year. Back then, I didn’t get to connect with seniors—COVID had just hit—so being on the other side now and getting to be that resource for others has meant a lot.

Wrapping up

As I wrap up this blog series, it’s hard to believe this chapter is coming to a close. But even as I step into the next phase of our lives, I’ll always carry a piece of UBC Mech with me. This department has shaped me in ways I never expected, and I hope it continues to be a place of inspiration, community, and, of course, those ever-essential nap spots for future students.

To anyone who’s been following along with these blogs: thank you. I hope something I wrote helped, even a little. Wishing you good fortunes in the wars to come 🙂

Until next time,
Meet

My Journey as a Mechanical Engineering Student

When I first started university, I was drawn to things that move—dynamics fascinated me. That’s why, when it came time to pick a discipline in first year, mechanical engineering was my choice. I didn’t apply early because I wasn’t entirely sure what I wanted, but by the end of my first year, I knew mech was the right fit. It was Mech 2 that really solidified my passion. I loved how it brought together different systems—dynamics, electronics, and solid mechanics—and turned real-world problems into solvable math equations. Even though it was intense and online (thanks to the pandemic), it was worth every moment.

As many of you know from my previous blog about co-op, my interests eventually shifted toward software. But Mech 2 played a huge role in that transition. Understanding how systems work together and solving for different components using a variety of engineering disciplines made me appreciate systems engineering. It was through those challenges that I realized my passion for building complex machines and robots. The combination of hands-on learning and theory was eye-opening, and I’ll never forget one of my favorite projects from second year—building a gearbox-based pulley system. It was my first time using CAD modeling extensively, and it was both challenging and exciting.

Third year, however, was a whole new level of intense. When you choose mechatronics, you’re signing up for a lot of challenges, especially the heavy course load. I had six or seven core courses each term with only one technical elective, which made time management critical. Between juggling academics and extracurriculars, it was a real test of discipline. For me, grades were never my top priority. What mattered more was understanding the material and gaining useful knowledge I could apply later in my career. There were definitely moments when I didn’t do well in certain aspects of courses, there were times when I felt I was an imposter in a class full of talented people (Can read more about Imposter Syndrome at working through imposter syndrome), but overall, things worked out. I managed to navigate third year successfully (I passed!!!), even if it wasn’t always easy.

Now, in my final year, I find myself reflecting on the experiences I’ve had over the past five years. Mechanical engineering has pushed me to grow in ways I never imagined, and while the journey wasn’t always smooth, it was definitely rewarding. I’m excited to finish my final courses, work on an amazing capstone project, and cherish the memories I’ve made throughout my time in the UBC mechanical engineering program.

To all the prospective mechanical engineering students out there, know that while the path may be challenging, it’s also incredibly fulfilling. Don’t worry too much about your grades; focus on what you’re learning and how you can apply it. Time management, staying curious, and taking on new challenges will carry you far. Looking back, I wouldn’t trade this experience for anything, and I hope that you, too, will find your passion as you embark on your own journey.

The Scenic Route: My Coop Journey through Research Labs, Fusion, and EV chargers

If you’ve ever felt like your degree is taking a bit longer than planned—welcome to the club! It will take me six years to wrap up my degree (two more than the usual), but I wouldn’t trade those extra years for anything. Why? Because they gave me a chance to dive deeper into the industry through a series of coop placements that shaped my career path in ways I never imagined.

My journey kicked off with a six-month internship in a research lab, part of the CREATE U program. The project? Working on mechanical assemblies for bellows. While the task was hands-on and technical, it was the people around me who really expanded my horizons. I spent my days learning from grad students who introduced me to the world of controllers and embedded C programming. Soon enough, I was helping them optimize scripts and—surprise, surprise—my interest in software engineering was born. This experience planted the seed for my eventual specialization in mechatronics.

Next, I found myself at General Fusion, a company aiming to achieve commercial nuclear fusion. For 20 months, I worked as a Diagnostics and Controls Engineer. I started off working on mechanical diagnostics, but the more I interacted with the machine, the more curious I became about the data pipelines and control systems behind it. Slowly but surely, I began taking on software side projects, which eventually led to a full transition into software and controls engineering and honing my DevOps Skills.

Photo By Meet Nandu, Bellow Installation and Control Design for Laser Additive Manufacturing Machine

Photo By Meet Nandu, General Fusion Plasma Injector

The best part about working at General Fusion wasn’t just the complex, scalable systems I helped design and maintain—it was the friends I made along the way. From bike weeks to Christmas parties, the sense of community at General Fusion was unbeatable. Plus, who can say no to running the Sun Run with your coworkers?

Photo By General Fusion, the team

For the last 8 months of my coop adventure, I worked as a Software Automation Test Engineer at Delta Q Technologies, a company focused on electric vehicle chargers. By this point, my transition from mechanical engineering to software was complete. I spent my time developing test system infrastructures, testing and implementing firmware and diving deeper into product development on the commercial side of the industry. It was here that I really honed my industry skills and learned how products move from concept to market.

The work was great, but I have to say, Delta Q’s company culture was a highlight. Even though I worked remotely most days, I had the chance to join engineering team-building activities, Soccer Fridays, Basketball Wednesdays, and a second round of the Sun Run. Oh, and did I mention Delta Q has a pet-friendly policy? I used to be a little scared of dogs but I ended up making a dog bestie at the office— a character development arc for me haha!

Photo By Delta Q technologies, Easter Bunny Chocolate Decor on IC650 Charger

Photo By Meet Nandu, with a dog (Oliverrrrr!!)

All in all, my coop experiences were invaluable. They not only shaped my technical skills but also gave me memories and friendships that will last a lifetime. It’s incredibly important to explore and understand what works best for you before entering the real world. Maybe, like me, your interests lie in controls or software rather than pure mechanical design. Or maybe you want to dive deeper into dynamics, simulations, and CFD. Some of you might even be wondering, “Am I in the right degree?”

Here’s the thing: Mechanical engineering is broad, and your skillset can take you into just about any industry. You don’t have to be a computer science major to get into software, just like you don’t need to stick to traditional mechanical roles. Whether it’s materials, structures, electronics, or biomechanics, they all interact with mechanics in some way, and with a mechanical degree, you can pursue almost anything. So, if you’re feeling a little lost right now, don’t worry—there’s always a way to figure out what you really want to do.

Currently in my last year of school, I’m working as a Web Development Assistant. Beyond part-time bug fixing I love this role of a full time guide for you all, a voice for UBC Mechs! If you’re reading this, I hope you get the chance to dive into similar experiences, and if you’ve already had some, I’d love to hear your stories! You can reach me at studentassistant@mech.ubc.ca.

Here’s to the scenic route—it might take longer, but the views are unbeatable!

Exploring MECH 423: A Hands-On Journey in Mechatronics

If you’re considering mechatronics in your mechanical engineering journey, MECH 423: Mechatronics Product Design offers a glimpse into the field’s exciting and interdisciplinary nature. It’s a lab-focused course where you apply concepts from various areas to build systems from the ground up. Here’s what to expect and how it shaped my learning experience.

MECH 423 is entirely project based, which makes it one of the most practical, hands-on experiences you can have in your mechatronics degree (alongside Capstone) where you will use your knowledge from controller design (MECH 467), sensors and actuators (MECH 420) and other software courses like (CPSC 259, CPEN 333) to develop a mechatronics product. The course is a marathon of problem-solving and design challenges that push you to learn by doing—and trust me, it’s as rewarding as it sounds.

The journey begins with foundational labs:

Lab 1: Understanding the software architecture of a mechatronic system. Here, you dive into C# programming and learn how to create user interfaces (UI). This forms the basis of how you’ll interact with mechatronic systems.
Lab 2: Embedded system design in embedded C. You’ll explore the intricacies of firmware development, bare-metal programming, and the embedded architecture that forms the backbone of modern mechatronic devices.
Lab 3: A culmination of the first two labs. You solder a PCB, integrate motor drivers, and program the logic for a two-axis gantry system. This involves blending hardware and software skills—everything from controlling motors with firmware to interfacing with a C#-based UI application.

And finally we work on a project of our choice that synthesizes everything. This is where creativity and technical knowledge collide, and you can create something truly interesting and meaningful in a short span of around 1 month.

Our Project: A Robotic Gripper

(You can also read about Janet’s MECH 423 project here.)

For my project, we built a robotic gripper that could adjust its grip force. The idea was simple but important—robots need to handle all kinds of objects light and heavy, long and narrow, short and bulky. The goal was to design a gripper capable of adjusting its grip force to interact safely with objects or even humans. Imagine a robotic arm picking up both a heavy box and a delicate sugar cube—it needs to know how much force to apply to avoid damaging the object.

Robotic Gripper End Effector

Load Calibration of the gripper.

Here’s how we approached it:

Gripper Design: We designed a sturdy yet flexible mechanism for gripping objects securely without causing damage.
Force Control: We implemented a current-control system on firmware and calibrated it using a load cell to measure the force. A potentiometer let us manually adjust the grip for different objects.
Electrical Components: We worked with motor drivers and hall sensors to power the system and provide feedback.
User Interface: Using python, we built a simple application to monitor the force being applied.

The design day demo involved putting our finger in between the gripper and demonstrating how a low grip target set on the gripper makes it easy to pick objects like sugar cubes without crushing them and reduce pinch hazard during human – robot interaction and at the same time it can pick up weights as heavy as 20 kgs without hesitation.

Advanced robotics use computer vision, train on input data and finally categorize, detect and recognize objects and set a target force based on the object in front of the gripper. Given the timeframe and the scope of the project, we didn’t go that far but we still managed to build a reliable, functional system we were proud of.

The process wasn’t without its challenges. Debugging became our second nature—almost like a rite of passage. Spending 3–4 hours in the lab every evening (and occasionally battling headaches from stubborn bugs) was tough, but the satisfaction of seeing our system come to life made it all worthwhile.

MECH 423 shows you the practical side of mechatronics: building, testing, and refining systems until they work seamlessly. It’s not always easy, but it’s incredibly rewarding.

Yes, the challenges are real. Expect sleepless nights, endless debugging sessions, and moments of self-doubt. But with every solved bug, every lab success, and every project completed, you’ll find yourself becoming a more confident, capable engineer. This is when you start to think beyond grades and truly appreciate how seamlessly these products have incorporated into our lives and marvel the engineering going behind it.

If you thrive on challenges and crave the satisfaction of creating something from scratch, mechatronics is for you. The degree equips you with a unique skill set that blends mechanical, electrical, and software engineering—preparing you for a future in automation, robotics, IoT, and beyond.

So, prospective students: dive in. Embrace the bugs, the setbacks, and the late nights. Because at the end of it all, you’ll look back and realize it was worth every single moment. And who knows? Maybe one day, you’ll be designing systems that change the world.

Research or Industry: What is the right choice for me?

As graduation approaches, many of us face a big question: Should I pursue a career in research or dive into industry? Both paths offer rewarding experiences, but the right choice depends on your passions, goals, and desired work environment.

Why Choose Research?

If you’re deeply curious and passionate about diving into a specific area, research might be the perfect fit. Academic research allows you to explore uncharted territories, develop new knowledge, and contribute to solving global challenges. In Canada, research roles—especially in universities—are often well-supported through grants, encouraging innovation in various fields, including clean energy, materials science, or advanced robotics.

Advantages of Research:

Deeper Exploration: You can pursue a topic you’re truly passionate about, with the freedom to experiment and innovate.
Academic Environment: Surrounded by experts, you’ll have mentorship opportunities and the chance to collaborate with leading scholars.
Flexible Schedule: While research demands dedication, academic environments often offer more flexibility around work hours.

Challenges of Research:

Deadlines & Funding: Research timelines are tied to funding cycles and grant approvals, which can add pressure. But this also fosters project management and proposal-writing skills.
Long-Term Focus: Research outcomes may take time to materialize, so patience and persistence are key.

Why Choose Industry?

On the other hand, jumping into industry gives you hands-on experience in applying what you’ve learned. Industry roles bring a dynamic pace, where you’ll work on real-world projects and see immediate impact. Canada’s booming sectors—such as renewable energy, automation, and AI-driven technologies—offer diverse opportunities for mechanical engineers.

Advantages of Industry:

Immediate Impact: You’ll apply classroom concepts directly and quickly see the tangible results of your work.
Broader Skill Development: In industry, you’ll gain skills beyond engineering, like project management, teamwork, and communication. Industry also pushes you to solve complex, multi-disciplinary problems, broadening your expertise.
Structure and Deadlines: If you thrive in a fast-paced environment with clear deliverables and timelines, industry will keep you engaged and motivated.

Challenges of Industry:

Tight Deadlines: While exciting, industry roles come with structured deadlines and fast turnarounds. You’ll need to prioritize efficiency and adaptability.
Less Flexibility: The focus is on delivering results, which can mean less freedom to explore side interests compared to academia. But this can be a great way to master time management.

Ultimately, choosing between research and industry comes down to understanding what excites you. If you’re passionate about deep dives into specific topics and don’t mind delayed gratification, research will let you push the boundaries of knowledge (You can read more about undergraduate research opportunities undergraduate-research-in-mech. If you want to apply your skills immediately and see direct results, industry offers an exciting, fast-paced environment to grow in. Alternatively, you could pursue a role in Research and Development (R&D), where you get to experience the best of both worlds. Many companies are at the forefront of developing cutting-edge technologies, combining deep research with practical industry applications. During one of my co-op terms, I had the privilege of working at an R&D company focused on developing the world’s first nuclear fusion reactor (Can read more about my co-ops at my-coop-experience. It was an incredible environment where research directly translated into tangible industry results—a perfect balance of innovation and impact.

Both paths offer incredible opportunities, and the best part is, Canada’s engineering landscape supports both transitions. Ultimately, it’s all about what drives you—so think about what environment energizes you most and makes you happy :))

5 Perfect Long Weekend Escapes in Vancouver: Unwind from Midterms and Recharge for School

As midterms loom on the horizon, it’s easy to get overwhelmed by the mountain of assignments, deadlines, and labs. But hey, before Vancouver turns back into “Raincouver” and we’re buried in our textbooks (or laptops), there’s no harm in hitting pause to soak in the last bits of sunshine! For those of us who aren’t from Vancouver (like I was, once upon a time), there’s so much to explore. Over the past five years, I’ve had the chance to experience the city like a Vancouverite. Here are my top 5 (sober!!) must-dos if you’re looking to unwind this long weekend!

1. Chill at One of Vancouver’s Stunning Beaches

I know, I know, it sounds basic, but how many cities can offer both mountain and ocean views at the same time? Vancouver’s beaches are a magical combination of golden sands, volleyball games, and that calming sea breeze. Whether you hit up Kitsilano Beach for a casual day out or paddleboard at Jericho, the beach is the place to unwind. If you’re lucky, you might even spot an orca playing in the distance. Not a bad way to hit pause before exams, right?

2. Hike the Sea-to-Sky Highway

If you’re a nature lover (or even just someone looking to disconnect from all things tech), there’s no better cure for midterm stress than a hike along the Sea-to-Sky Highway. The drive alone is breathtaking, but the real gems are the trails that wind up into the mountains. Garibaldi Lake, Stawamus Chief, and Joffre Lakes are just a few iconic hikes that will reward you with turquoise-blue lakes, towering waterfalls, and views that feel straight out of a screensaver. Bonus: Being out of Wi-Fi range gives you the perfect excuse to ditch your phone and just breathe.

3. Gastown: Where History Meets Hipster Vibes

Gastown has that old-European charm, with cobblestone streets and architecture that takes you back in time. My personal favorite? The iconic steam clock that whistles every 15 minutes—no matter how many times I see it, it never gets old. And hey, while you’re wandering, grab a coffee at one of the quaint cafes. Just remember, stay away from East Hastings if you’re not looking for any “surprises” (trust me on this one).

4. Feel the Need for Speed: Go Karting

Okay, this one might seem random, but there’s nothing like the thrill of racing around a track at high speeds to clear your head. Whether you’re a speed demon or just someone looking to blow off some steam (pun intended), go-karting is the perfect adrenaline rush. Plus, it’s a solid way to take your mind off the fact that you haven’t started studying for that midterm yet…

5. Explore Nature at Bloedel Conservatory and Stanley Park

If fast cars aren’t your thing, maybe a more tranquil escape is calling your name. Stanley Park and the Bloedel Conservatory offer lush green spaces where you can walk, bike, or just sit and people-watch. Wander through the tropical rainforest under the Bloedel dome or bike along the seawall for a full nature detox. Don’t forget to check out the Aquarium, where you’ll find mesmerizing sea creatures and get a break from reality.

Honorable Mention: Sleep (My Personal Favorite)

If you’re more of a homebody, a long weekend is also the perfect time to catch up on sleep. Waking up without an alarm for even just one day is pure bliss. Throw in a TV binge session (you earned it!) and maybe some snacks, and you’ve got yourself the perfect recharge. Forget your stress, calorie count, assignments, and your upcoming deadlines—just for a little while—and you’ll be ready to tackle the next round of school madness with fresh energy.

So, there you have it—five solid ways to unwind and make the most of a long weekend in Vancouver. Whether you’re an adventurer, a beach lover, or someone who enjoys a quiet day in, there’s always something to help you reset before the academic grind kicks in again. Enjoy it, because before you know it, we’ll be in Raincouver mode! ⛈️

Prioritizing Mental Health During Exam Season

Exam season—two words that instantly bring stress to every student’s mind. For us in mechanical engineering, balancing difficult courses, projects, and the pressure to perform well can be overwhelming. But while studying and acing exams is important, taking care of your mental health during this high-stress period is even more crucial.

Image Credit: r/sciencememes

For me, de-stressing is key to staying focused and relaxed. Going for a run, playing soccer, or doing a quick workout really helps me clear my mind. Physical activity works wonders when you’re stuck in study mode for hours, and it doesn’t have to be complicated—just get moving. Whether it’s hitting the gym or taking a 15-minute walk around campus, you’ll feel the difference. It gives your brain a break, helps with focus, and resets your energy.

Sleep—Easier Said Than Done, Right?

Getting 8-9 hours of sleep before an exam is what I aim for, but I know that’s not everyone’s reality—especially for those who like pulling all-nighters. I’ve found that sleep is one of the biggest contributors to my performance. Sure, it’s easier said than done, but if you can manage even a few nights of proper rest leading up to exams, you’ll feel a lot more prepared. When I head into an exam, I go with a relaxed mindset, hoping for the best but knowing that a well-rested brain will work more efficiently than one running on caffeine and no sleep.

Study Habits: Different for Everyone

Everyone studies in their own way. Some people create meticulous notes, formula sheets, PowerPoints, or flashcards. For me, I’m all about pen and paper. I like solving problems on blank sheets, getting my thoughts out of my head and onto the page. Now, I’m not the most organized—I tend to overwrite on the same paper with different course material or random thoughts. It may not look pretty, but it works for me.

If you’re like me and sometimes your thoughts are racing in all directions, here’s a trick: Treat your mind like a program running multiple threads. When I get overwhelmed, I use a mental “task queue”—I prioritize the most important task, focus on it, and “dequeue” it by writing it down if I get stuck. I switch to the next task, and return to the first one once I have more clarity. This stops the mental race conditions (yeah, that’s the programmer in me talking!) and helps me stay focused.

Fueling Your Brain: Hydration and Good Food

Don’t forget the basics—hydration and good food. I always keep water with me and try to eat well during exam season. It’s easy to neglect proper meals when you’re cramming, but you’ll perform better if your body has the right fuel. Trust me, energy drinks and chips won’t cut it long term.

A Final Thought: Exams Don’t Define You

Here’s the most important thing I can tell you: a piece of paper does not determine who you are or what you will become. There will be easy exams and difficult ones—that’s inevitable. But your mental health and well-being should always come first. The stress you feel now is just a small piece of your journey, and if you consistently put in effort over time, that hard work will pay off. Looking back, you’ll see that one difficult exam was just a bump in the road of your personal growth.

To everyone reading this: You’ve made it this far in mechanical engineering or you’re planning to, which means you’re already incredibly smart and capable. Be proud of yourself. Give yourself a pat on the back, take care of your mind and body, and get ready to give your best shot to the exams ahead.

Good luck—you’ve got this! (╯▽╰ )